diff --git a/Apps/SampleData/models/ShadowTester/Shadow_Tester.gltf b/Apps/SampleData/models/ShadowTester/Shadow_Tester.gltf
new file mode 100644
index 000000000000..f0fc5533c527
--- /dev/null
+++ b/Apps/SampleData/models/ShadowTester/Shadow_Tester.gltf
@@ -0,0 +1,270 @@
+{
+    "accessors": {
+        "accessor_16": {
+            "bufferView": "bufferView_22",
+            "byteOffset": 0,
+            "byteStride": 0,
+            "componentType": 5123,
+            "count": 6630,
+            "type": "SCALAR"
+        },
+        "accessor_18": {
+            "bufferView": "bufferView_23",
+            "byteOffset": 0,
+            "byteStride": 12,
+            "componentType": 5126,
+            "count": 1195,
+            "max": [
+                10.460100173950195,
+                10.460100173950195,
+                10.506499290466309
+            ],
+            "min": [
+                -10.460100173950195,
+                -10.460100173950195,
+                -0.14849600195884705
+            ],
+            "type": "VEC3"
+        },
+        "accessor_20": {
+            "bufferView": "bufferView_23",
+            "byteOffset": 14340,
+            "byteStride": 12,
+            "componentType": 5126,
+            "count": 1195,
+            "max": [
+                1,
+                1,
+                1
+            ],
+            "min": [
+                -1,
+                -1,
+                -1
+            ],
+            "type": "VEC3"
+        }
+    },
+    "animations": {},
+    "asset": {
+        "generator": "collada2gltf@",
+        "premultipliedAlpha": true,
+        "profile": {
+            "api": "WebGL",
+            "version": "1.0.2"
+        },
+        "version": "1.0"
+    },
+    "bufferViews": {
+        "bufferView_22": {
+            "buffer": "shadow_tester",
+            "byteLength": 13260,
+            "byteOffset": 0,
+            "target": 34963
+        },
+        "bufferView_23": {
+            "buffer": "shadow_tester",
+            "byteLength": 28680,
+            "byteOffset": 13260,
+            "target": 34962
+        }
+    },
+    "buffers": {
+        "shadow_tester": {
+            "byteLength": 41940,
+            "type": "arraybuffer",
+            "uri": 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+                0,
+                0,
+                0,
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+            "name": "Y_UP_Transform"
+        }
+    },
+    "programs": {
+        "program_0": {
+            "attributes": [
+                "a_normal",
+                "a_position"
+            ],
+            "fragmentShader": "shadow_tester0FS",
+            "vertexShader": "shadow_tester0VS"
+        }
+    },
+    "scene": "defaultScene",
+    "scenes": {
+        "defaultScene": {
+            "nodes": [
+                "node_1"
+            ]
+        }
+    },
+    "shaders": {
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+        },
+        "shadow_tester0VS": {
+            "type": 35633,
+            "uri": "data:text/plain;base64,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"
+        }
+    },
+    "skins": {},
+    "techniques": {
+        "technique0": {
+            "attributes": {
+                "a_normal": "normal",
+                "a_position": "position"
+            },
+            "parameters": {
+                "ambient": {
+                    "type": 35666
+                },
+                "diffuse": {
+                    "type": 35666
+                },
+                "emission": {
+                    "type": 35666
+                },
+                "modelViewMatrix": {
+                    "semantic": "MODELVIEW",
+                    "type": 35676
+                },
+                "normal": {
+                    "semantic": "NORMAL",
+                    "type": 35665
+                },
+                "normalMatrix": {
+                    "semantic": "MODELVIEWINVERSETRANSPOSE",
+                    "type": 35675
+                },
+                "position": {
+                    "semantic": "POSITION",
+                    "type": 35665
+                },
+                "projectionMatrix": {
+                    "semantic": "PROJECTION",
+                    "type": 35676
+                },
+                "shininess": {
+                    "type": 5126
+                },
+                "specular": {
+                    "type": 35666
+                }
+            },
+            "program": "program_0",
+            "states": {
+                "enable": [
+                    2929,
+                    2884
+                ]
+            },
+            "uniforms": {
+                "u_ambient": "ambient",
+                "u_diffuse": "diffuse",
+                "u_emission": "emission",
+                "u_modelViewMatrix": "modelViewMatrix",
+                "u_normalMatrix": "normalMatrix",
+                "u_projectionMatrix": "projectionMatrix",
+                "u_shininess": "shininess",
+                "u_specular": "specular"
+            }
+        }
+    }
+}
\ No newline at end of file
diff --git a/Apps/SampleData/models/ShadowTester/Shadow_Tester_2.gltf b/Apps/SampleData/models/ShadowTester/Shadow_Tester_2.gltf
new file mode 100644
index 000000000000..4c2241f9d24b
--- /dev/null
+++ b/Apps/SampleData/models/ShadowTester/Shadow_Tester_2.gltf
@@ -0,0 +1,270 @@
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+            "type": "VEC3"
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+    },
+    "animations": {},
+    "asset": {
+        "generator": "collada2gltf@",
+        "premultipliedAlpha": true,
+        "profile": {
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+        "version": "1.0"
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+    "bufferViews": {
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+        "bufferView_23": {
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+        }
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+    "buffers": {
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+        }
+    },
+    "materials": {
+        "Material-effect": {
+            "name": "Material",
+            "technique": "technique0",
+            "values": {
+                "ambient": [
+                    0,
+                    0,
+                    0,
+                    1
+                ],
+                "diffuse": [
+                    0.6399999856948853,
+                    0.6399999856948853,
+                    0.6399999856948853,
+                    1
+                ],
+                "emission": [
+                    0,
+                    0,
+                    0,
+                    1
+                ],
+                "shininess": 50,
+                "specular": [
+                    0.5,
+                    0.5,
+                    0.5,
+                    1
+                ]
+            }
+        }
+    },
+    "meshes": {
+        "Cube_003-mesh": {
+            "name": "Cube.003",
+            "primitives": [
+                {
+                    "attributes": {
+                        "NORMAL": "accessor_20",
+                        "POSITION": "accessor_18"
+                    },
+                    "indices": "accessor_16",
+                    "material": "Material-effect",
+                    "mode": 4
+                }
+            ]
+        }
+    },
+    "nodes": {
+        "Cube_003": {
+            "children": [],
+            "matrix": [
+                1,
+                0,
+                0,
+                0,
+                0,
+                1,
+                0,
+                0,
+                0,
+                0,
+                1,
+                0,
+                0,
+                0,
+                0,
+                1
+            ],
+            "meshes": [
+                "Cube_003-mesh"
+            ],
+            "name": "Cube_003"
+        },
+        "node_1": {
+            "children": [
+                "Cube_003"
+            ],
+            "matrix": [
+                1,
+                0,
+                0,
+                0,
+                0,
+                0,
+                -1,
+                0,
+                0,
+                1,
+                0,
+                0,
+                0,
+                0,
+                0,
+                1
+            ],
+            "name": "Y_UP_Transform"
+        }
+    },
+    "programs": {
+        "program_0": {
+            "attributes": [
+                "a_normal",
+                "a_position"
+            ],
+            "fragmentShader": "shadow_tester20FS",
+            "vertexShader": "shadow_tester20VS"
+        }
+    },
+    "scene": "defaultScene",
+    "scenes": {
+        "defaultScene": {
+            "nodes": [
+                "node_1"
+            ]
+        }
+    },
+    "shaders": {
+        "shadow_tester20FS": {
+            "type": 35632,
+            "uri": "data:text/plain;base64,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"
+        },
+        "shadow_tester20VS": {
+            "type": 35633,
+            "uri": "data:text/plain;base64,cHJlY2lzaW9uIGhpZ2hwIGZsb2F0OwphdHRyaWJ1dGUgdmVjMyBhX3Bvc2l0aW9uOwphdHRyaWJ1dGUgdmVjMyBhX25vcm1hbDsKdmFyeWluZyB2ZWMzIHZfbm9ybWFsOwp1bmlmb3JtIG1hdDMgdV9ub3JtYWxNYXRyaXg7CnVuaWZvcm0gbWF0NCB1X21vZGVsVmlld01hdHJpeDsKdW5pZm9ybSBtYXQ0IHVfcHJvamVjdGlvbk1hdHJpeDsKdmFyeWluZyB2ZWMzIHZfcG9zaXRpb25FQzsKdm9pZCBtYWluKHZvaWQpIHsKdmVjNCBwb3MgPSB1X21vZGVsVmlld01hdHJpeCAqIHZlYzQoYV9wb3NpdGlvbiwxLjApOwp2X3Bvc2l0aW9uRUMgPSBwb3MueHl6Owp2X25vcm1hbCA9IHVfbm9ybWFsTWF0cml4ICogYV9ub3JtYWw7CmdsX1Bvc2l0aW9uID0gdV9wcm9qZWN0aW9uTWF0cml4ICogcG9zOwp9Cgo="
+        }
+    },
+    "skins": {},
+    "techniques": {
+        "technique0": {
+            "attributes": {
+                "a_normal": "normal",
+                "a_position": "position"
+            },
+            "parameters": {
+                "ambient": {
+                    "type": 35666
+                },
+                "diffuse": {
+                    "type": 35666
+                },
+                "emission": {
+                    "type": 35666
+                },
+                "modelViewMatrix": {
+                    "semantic": "MODELVIEW",
+                    "type": 35676
+                },
+                "normal": {
+                    "semantic": "NORMAL",
+                    "type": 35665
+                },
+                "normalMatrix": {
+                    "semantic": "MODELVIEWINVERSETRANSPOSE",
+                    "type": 35675
+                },
+                "position": {
+                    "semantic": "POSITION",
+                    "type": 35665
+                },
+                "projectionMatrix": {
+                    "semantic": "PROJECTION",
+                    "type": 35676
+                },
+                "shininess": {
+                    "type": 5126
+                },
+                "specular": {
+                    "type": 35666
+                }
+            },
+            "program": "program_0",
+            "states": {
+                "enable": [
+                    2929,
+                    2884
+                ]
+            },
+            "uniforms": {
+                "u_ambient": "ambient",
+                "u_diffuse": "diffuse",
+                "u_emission": "emission",
+                "u_modelViewMatrix": "modelViewMatrix",
+                "u_normalMatrix": "normalMatrix",
+                "u_projectionMatrix": "projectionMatrix",
+                "u_shininess": "shininess",
+                "u_specular": "specular"
+            }
+        }
+    }
+}
\ No newline at end of file
diff --git a/Apps/SampleData/models/ShadowTester/Shadow_Tester_3.gltf b/Apps/SampleData/models/ShadowTester/Shadow_Tester_3.gltf
new file mode 100644
index 000000000000..f46f5a519783
--- /dev/null
+++ b/Apps/SampleData/models/ShadowTester/Shadow_Tester_3.gltf
@@ -0,0 +1,270 @@
+{
+    "accessors": {
+        "accessor_16": {
+            "bufferView": "bufferView_22",
+            "byteOffset": 0,
+            "byteStride": 0,
+            "componentType": 5123,
+            "count": 6738,
+            "type": "SCALAR"
+        },
+        "accessor_18": {
+            "bufferView": "bufferView_23",
+            "byteOffset": 0,
+            "byteStride": 12,
+            "componentType": 5126,
+            "count": 1281,
+            "max": [
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KUApUClQKWAooClgKLAn8ClwKYAowCjAKYApkCmQKaAo4CjgKaApsCmwKcApACkAKcAp0CnQKeApICkgKeAp8CnwKgApQClAKgAqECoQKiApYClgKiApcCowKkApgCmAKkAqUCpQKmApoCpgKnApsCmwKnAqgCqAKpAp0CnQKpAqoCqgKrAp8CnwKrAqwCoAKsAq0CrQKuAqICogKuAqMCrwKwAqQCpAKwArECpQKxArICsgKzAqcCpwKzArQCtAK1AqkCqQK1ArYCtgK3AqsCqwK3ArgCuAK5Aq0CuQK6Aq4CrgK6Aq8CrwK7ArwCsAK8Ar0CsQK9Ar4CvgK/ArMCswK/AsACwALBArUCtQLBAsICwgLDArcCtwLDAsQCxALFArkCxQLGAroCxgK7Aq8CxwLIArwCyALJAr0CyQLKAr4CygLLAr8CywLMAsACwALMAs0CzQLOAsICwgLOAs8CwwLPAtACxALQAtECxQLRAtICxgLSAscC0wLUAsgCyALUAtUC1QLWAsoC1gLXAssCywLXAtgCzALYAtkC2QLaAs4C2gLbAs8C2wLcAtAC0ALcAt0C3QLeAtIC0gLeAtMC3wLgAtQC4ALhAtUC1QLhAuIC4gLjAtcC4wLkAtgC5ALlAtkC2QLlAuYC2gLmAucC5wLoAtwC6ALpAt0C3QLpAuoC3gLqAt8C3wLrAuwC7ALtAuEC7QLuAuIC4gLuAu8C4wLvAvAC5ALwAvEC8QLyAuYC8gLzAucC8wL0AugC6AL0AvUC6QL1AvYC9gLrAt8C6wL3AvgC7AL4AvkC+QL6Au4C+gL7Au8C+wL8AvAC8AL8Av0C/QL+AvIC8gL+Av8C8wL/AgAD9AIAAwEDAQMCA/YCAgP3AusC9wIDAwQDBAMFA/kCBQMGA/oC+gIGAwcD+wIHAwgD/AIIAwkDCQMKA/4CCgMLA/8CCwMMAwADAAMMAw0DDQMOAwIDDgMDA/cCDwMQAwQDEAMRAwUDBQMRAxIDEgMTAwcDEwMUAwgDFAMVAwkDCQMVAxYDCgMWAxcDCwMXAxgDGAMZAw0DDQMZAxoDDgMaAw8DDwMbAxwDHAMdAxEDHQMeAxIDEgMeAx8DEwMfAyADIAMhAxUDFQMhAyIDIgMjAxcDIwMkAxgDJAMlAxkDGQMlAyYDJgMbAw8DJwMoAxwDHAMoAykDKQMqAx4DHgMqAysDKwMsAyADIAMsAy0DLQMuAyIDIgMuAy8DLwMwAyQDJAMwAzEDMQMyAyYDJgMyAycDJwMzAzQDKAM0AzUDKQM1AzYDKgM2AzcDNwM4AywDOAM5Ay0DLQM5AzoDLgM6AzsDOwM8AzADPAM9AzEDPQM+AzIDPgMzAycDMwM/A0ADQANBAzUDQQNCAzYDQgNDAzcDNwNDA0QDOANEA0UDRQNGAzoDRgNHAzsDOwNHA0gDPANIA0kDPQNJA0oDSgM/AzMDSwNMA0ADTANNA0EDQQNNA04DTgNPA0MDQwNPA1ADUANRA0UDRQNRA1IDUgNTA0cDRwNTA1QDVANVA0kDSQNVA1YDSgNWA0sDVwNYA0wDTANYA1kDWQNaA04DWgNbA08DWwNcA1ADXANdA1EDUQNdA14DUgNeA18DUwNfA2ADVANgA2EDYQNiA1YDVgNiA1cDYwNkA1gDZANlA1kDWQNlA2YDWgNmA2cDWwNnA2gDXANoA2kDaQNqA14DagNrA18DawNsA2ADbANtA2EDYQNtA24DYgNuA2MDbwNwA2QDcANxA2UDZQNxA3IDcgNzA2cDcwN0A2gDaAN0A3UDdQN2A2oDagN2A3cDawN3A3gDeAN5A20DbQN5A3oDegNvA2MDbwN7A3wDfAN9A3EDcQN9A34DfgN/A3MDfwOAA3QDdAOAA4EDgQOCA3YDdgOCA4MDdwODA4QDhAOFA3kDeQOFA4YDhgN7A28DhwOIA3wDfAOIA4kDiQOKA34DfgOKA4sDfwOLA4wDjAONA4EDgQONA44DjgOPA4MDjwOQA4QDhAOQA5EDkQOSA4YDhgOSA4cDkwOUA4gDiAOUA5UDlQOWA4oDigOWA5cDiwOXA5gDmAOZA40DjQOZA5oDmgObA48DmwOcA5ADkAOcA50DnQOeA5IDngOTA4cDkwOfA6ADlAOgA6EDoQOiA5YDlgOiA6MDowOkA5gDmAOkA6UDpQOmA5oDmgOmA6cDpwOoA5wDnAOoA6kDqQOqA54DqgOfA5MDnwOrA6wDrAOtA6EDoQOtA64DogOuA68DowOvA7ADpAOwA7EDsQOyA6YDsgOzA6cDswO0A6gDtAO1A6kDqQO1A7YDtgOrA58DqwO3A7gDrAO4A7kDuQO6A64DugO7A68DuwO8A7ADvAO9A7EDsQO9A74DsgO+A78DswO/A8ADtAPAA8EDwQPCA7YDwgO3A6sDwwPEA7gDuAPEA8UDuQPFA8YDugPGA8cDxwPIA7wDyAPJA70DvQPJA8oDvgPKA8sDywPMA8ADzAPNA8EDzQPOA8IDwgPOA8MDwwPPA9AD0APRA8UDxQPRA9IDxgPSA9MDxwPTA9QD1APVA8kDyQPVA9YD1gPXA8sD1wPYA8wD2APZA80DzQPZA9oD2gPPA8MDzwPbA9wD3APdA9ED3QPeA9ID3gPfA9MD0wPfA+AD1APgA+ED4QPiA9YD4gPjA9cD1wPjA+QD2APkA+UD2QPlA+YD5gPbA88D5wPoA9wD3APoA+kD6QPqA94D6gPrA98D6wPsA+AD4APsA+0D7QPuA+ID4gPuA+8D4wPvA/AD8APxA+UD8QPyA+YD5gPyA+cD8wP0A+gD9AP1A+kD9QP2A+oD6gP2A/cD6wP3A/gD7AP4A/kD+QP6A+4D+gP7A+8D+wP8A/AD8AP8A/0D8QP9A/4D8gP+A/MD8wP/AwAEAAQBBPUDAQQCBPYDAgQDBPcDAwQEBPgDBAQFBPkD+QMFBAYE+gMGBAcE+wMHBAgECAQJBP0D/QMJBAoECgT/A/MD/wMLBAwEDAQNBAEEAQQNBA4EAgQOBA8EAwQPBBAEEAQRBAUEBQQRBBIEEgQTBAcEEwQUBAgEFAQVBAkECQQVBBYEFgQLBP8DFwQYBAwEDAQYBBkEDQQZBBoEGgQbBA8EGwQcBBAEHAQdBBEEEQQdBB4EEgQeBB8EEwQfBCAEIAQhBBUEIQQiBBYEFgQiBBcEIwQkBBgEJAQlBBkEJQQmBBoEGgQmBCcEGwQnBCgEHAQoBCkEKQQqBB4EKgQrBB8EKwQsBCAEIAQsBC0EIQQtBC4EIgQuBCMELwQwBCQEMAQxBCUEJQQxBDIEMgQzBCcEMwQ0BCgEKAQ0BDUENQQ2BCoEKgQ2BDcEKwQ3BDgEOAQ5BC0EOQQ6BC4ELgQ6BC8ELwQ7BDwEMAQ8BD0EMQQ9BD4EMgQ+BD8EMwQ/BEAEQARBBDUENQRBBEIEQgRDBDcEQwREBDgERARFBDkERQRGBDoERgQ7BC8ERwRIBDwEPARIBEkEPQRJBEoESgRLBD8ESwRMBEAETARNBEEEQQRNBE4EQgROBE8EQwRPBFAEUARRBEUEUQRSBEYERgRSBEcEUwRUBEgEVARVBEkEVQRWBEoEVgRXBEsESwRXBFgETARYBFkEWQRaBE4EWgRbBE8ETwRbBFwEUARcBF0EUQRdBF4EUgReBFMEUwRfBGAEYARhBFUEVQRhBGIEVgRiBGMEVwRjBGQEZARlBFkEZQRmBFoEZgRnBFsEZwRoBFwEaARpBF0EaQRqBF4EagRfBFMEXwRrBGwEbARtBGEEYQRtBG4EbgRvBGMEYwRvBHAEcARxBGUEZQRxBHIEcgRzBGcEZwRzBHQEdAR1BGkEaQR1BHYEdgRrBF8EdwR4BGwEeAR5BG0EbQR5BHoEbgR6BHsEbwR7BHwEfAR9BHEEcQR9BH4EfgR/BHMEfwSABHQEgASBBHUEdQSBBIIEdgSCBHcEgwSEBHgEhASFBHkEeQSFBIYEegSGBIcEewSHBIgEfASIBIkEiQSKBH4EigSLBH8EiwSMBIAEjASNBIEEgQSNBI4EggSOBIMEjwSQBIQEhASQBJEEkQSSBIYEhgSSBJMEkwSUBIgEiASUBJUElQSWBIoEigSWBJcElwSYBIwEjASYBJkEmQSaBI4EjgSaBI8EYAKbBJAEkASbBGQCZAKcBJIEkgScBGcCZwKdBJQElASdBGoCagKeBJYElgSeBG0CbQKfBJgEmASfBHACcAJyApoEmgRyAmACoAShBKIEowSkBKUEpgSnBKgEqQSqBKsErAStBK4ErwSwBLEEsgSzBLQEtQQDAAUAtgQGAAgAtwQJAAsAuAS5BLoEuwS8BL0EvgQSABQAvwQVABcAwAQYABoAwQQbAB0AwgTDBMQExQTGBMcEyAQkACYAyQQnACkAygQqACwAywQtAC8AzATNBM4EzwTQBNEE0gQ2ADgA0wQ5ADsA1AQ8AD4A1QQ/AEEA1gRCAEQA1wRFAEcA2ARIAEoA2QRLAE0A2gROAFAA2wRRAFMA3ARUAFYA3QRXAFkAYABaAFwAYwBdAF8AZQBgAGEAZgBiAGMAMgJkAGEAaQBiAGcAbQBoAGcAcABqAGwAcQBoAG4AdABvAHAAdQBxAHIAdgBzAHQAWgB1AFsAXwBeAHYAegBbAHcAXwB2AHkAfABcAHoAYwBfAHsAfQBhAHwAfwBmAHsAMgJhAH4AZwBmAIAAgwBtAIAAcABsAIIAbgBtAIQAdABwAIUAdwByAIQAdgB0AHgAgwCAAIcAggCBAIkAiwCEAIcAhQCCAIoAdwCEAIwAjgB4AIoAegB3AI0AkAB5AI4AfAB6AI8AkQB7AJAAkwB9AI8AfwB7AJIAmwB+AJMAhgCAAJIAkACOAJUAjwCNAJcAmQCRAJUAkwCPAJgAkgCRAJoAMwKbAJgAhgCSAJwAnwCHAJwAiQCIAJ4AoACLAJ8AogCKAJ4AjACLAKEAlACOAKIAlgCNAKEApQCfAKMApwCeAKQAoACfAKYAogCeAKgAqgChAKYAlACiAKkAlgChAKsArACVAKkArgCXAKsAmQCVAK0ArwCYAK4AsQCaAK0AMwKYALAAnACaAKMAtQCuALIArQCsALQAtgCvALUAtwCxALQAywCwALYAowCxALgAuwClALgApwCkALoApgClALwAqACnAL0AvwCqALwAqQCoAL4AqwCqALIAswCsAL4AvAC7AMEAwwC9AMIAxAC/AMEAxgC+AMMAsgC/AMUAyACzAMYAtQCyAMcAtACzAMkAtgC1AMoAzAC3AMkANALLAMoAzQC4AMwAuwC4AMAAwgC6AM4A0QDKAM8A0wDMANAANALKANIA1ADNANMAwADNANUAwgDOANcAwQDAANgAwwDCANkA2wDEANgAxgDDANoA3QDFANsAyADGANwAzwDHAN0AyQDIANAA2QDXAN8A4QDbAOAA4wDaAN8A3QDbAOIA5QDcAOMAzwDdAOQA0ADcAOYA5wDRAOQA6QDTAOYA0gDRAOgA1ADTAOoA7ADVAOoA3gDXAOsA2ADVAOAA8ADpAO0A6ADnAO8A6gDpAPEA9ADsAPEA3gDrAPMA4ADsAPUA3wDeAPYA9wDhAPUA+ADjAPYA+gDiAPcA5QDjAPkA5ADiAPsA5gDlAO0A7gDnAPsA/gD3APwAAAH4AP0A+gD3AP8AAgH5AAAB+wD6AAEB7QD5AAMBBAHuAAEBBQHwAAMBNQLvAAQB8QDwAAYBCAH0AAYBCQHzAAcB9QD0APwA9gDzAP0ANQIEAQsBBgEFAQ0BEAEIAQ0BCQEHAQ8B/AAIAREBEgH9AA8BFAH+ABEBAAH9ABMB/wD+ABUBFgECARMBGAEBARUBAwECARcBBAEBAQoBDAEFARcBGwETARkBHQEVARoBFgETARwBGAEVAR4BFwEWAR8BCgEYASABIQEMAR8BNgILASABDQEMASIBJQEQASIBDwEOASQBEQEQASYBGQESASQBGgEUASYBIgEhASgBKwElASgBJAEjASoBJgElASwBGQEkAS0BLwEaASwBGwEZAS4BMQEdAS8BHAEbATABMwEeATEBHwEcATIBNAEgATMBJwEhATIBNgIgATUBOQExATYBMAEuATgBMwExAToBMgEwATsBNAEzATwBPQEnATsBNwI1ATwBPgEoAT0BKwEoAT8BQgEqAUABLAErAUEBQwEtAUIBNgEvAUEBNwEuAUMBPwE+AUUBQgFAAUcBQQE/AUgBQwFCAUkBNgFBAUoBTAE3AUkBOQE2AUsBTQE4AUwBTgE6AUsBUAE7AU0BPAE6AU8BUgE9AVABNwI8AVEBRAE+AVIBVgFOAVMBUAFNAVUBWAFPAVYBUgFQAVcBOAJRAVgBWQFEAVcBRQFEAVoBXAFHAVsBXgFIAVoBSQFHAV0BYAFKAV4BTAFJAV8BUwFLAWABTQFMAVQBZAFcAWEBXgFaAWMBZQFdAWQBZgFgAWMBaAFfAWUBUwFgAWcBagFUAWgBVgFTAWkBVQFUAWsBWAFWAWwBbgFXAWsBOAJYAW0BbwFZAW4BWgFZAWIBawFqAXEBbAFpAXMBdAFuAXEBOQJtAXMBdQFvAXQBYgFvAXYBZAFhAXgBYwFiAXkBegFlAXgBewFmAXkBfAFoAXoBfQFnAXsBagFoAXABcgFpAX0BeQF2AX8BegF4AYEBggF7AX8BhAF8AYEBfQF7AYMBhgFwAYQBcgF9AYUBcQFwAYcBcwFyAYgBigF0AYcBOQJzAYkBdQF0AYsBfgF2AYsBeAF3AYABiAGFAY4BkAGKAY8BpQGJAY4BkQGLAZABfgGLAZIBlQGAAZMBfwF+AZQBgQGAAZYBmAGCAZQBhAGBAZcBmgGDAZgBhgGEAZkBjQGFAZoBhwGGAY8BlgGVAZwBngGYAZ0BoAGXAZwBmgGYAZ8BogGZAaABjQGaAaEBjwGZAaMBjgGNAaQBpgGQAaMBOgKlAaQBpwGRAaYBkgGRAagBlQGTAZsBlAGSAZ0BpgGjAasBOgKkAa0BrgGnAasBqAGnAa8BsQGbAbABswGdAa8BnAGbAbIBtQGeAbMBoAGcAbQBnwGeAbYBtwGiAbQBuAGhAbYBowGiAaoBrAGkAbgBuwG1AbkBvQG0AboBtgG1AbwBvwG3Ab0BuAG2Ab4BqgG3AcABwgGsAb4BqwGqAcEBrQGsAcMBxAGuAcEBrwGuAcUBxwGxAcYBswGvAbkBsgGxAboBwwHCAckBywHEAcoBxQHEAcwBzwHHAc0BuQHFAc4B0AG6Ac8B0QG7Ac4B0gG9AdAB1AG8AdEBvwG9AdMBvgG8AdUBwAG/AdYBwgG+AcgBygHBAdYB2gHUAdcB0wHSAdkB1QHUAdsB3QHWAdkByAHVAdwB3wHKAd0ByQHIAd4B4AHLAd8BzAHLAeEB5AHPAeIBzgHMAeMB5QHQAeQB0QHOAdcB2AHSAeUB4QHgAecB6gHkAegB4wHhAekB5QHkAesB7QHXAekB2AHlAewB7wHaAe0B2QHYAe4B8QHbAe8B3QHZAfAB3AHbAfIB9AHfAfAB3gHcAfMB5gHgAfQB9wHuAfUB+QHxAfYB8AHuAfgB+gHyAfkB/AH0AfgB8wHyAfsB/QHmAfwB5wHmAf4BAQLqAf8B6QHnAQAC6wHqAQICAwLtAQAC7AHrAfUB7wHtAfYB/gH9AQUCAQL/AQcCAAL+AQgCAgIBAgkCCgIDAggCDAL1AQkC9gEDAgsCDgL3AQwC+QH2AQ0C+AH3AQ8CEAL6AQ0CEQL8AQ8CFgL7ARACBAL9ARECDQILAhMCDwIOAhUCFwIQAhMCGAIRAhUCOwIWAhcCBAIRAhkCHAIFAhkCBwIGAhsCCAIFAh0CCQIHAh4CHwIKAh0CIAIMAh4CCwIKAhICFAIOAiACJAIbAiECHQIcAiMCJQIeAiQCJgIfAiMCJwIgAiUCKQISAiYCFAIgAigCEwISAioCFQIUAisCFwITAiwCLgIYAisCOwIXAi0CGQIYAi8CIgIcAi8CXQArAl4ALAIqAmUAYgAuAl0ALQIsAmQAaQAvAmIAIgIvAmgAagAkAmsAIwIiAnEAbwAlAmoAJgIjAnUAcwAnAm8AKQImAloAXgAoAnMAKgIpAmAAXwLeBN8E3wTgBF8C4QTiBOME5ATlBOME4wTmBOcE6ATpBOcE5wTqBOsE7ATtBOsE6wTuBO8E7wTwBOsEXQLxBPIE8gTzBF0CXgL0BPUE9QT2BPcE9wT4BF4C+QT6BF8CXwLgBOEE4gTkBOME5gToBOcE6gTsBOsE6wTwBF0CXQLzBF4CXgL1BPcE+AT5BF8CXwLhBOME4wTnBF8C6wRdAl8CXgL4BF8CXwLnBOsEmwRgAmICmwRiAmQCnARkAmUCnARlAmcCnQRnAmgCnQRoAmoCngRqAmsCngRrAm0CnwRtAm4CnwRuAnACcgJwAnECYQJgAnECYgJhAnQCYgJ0AmMCZQJjAnYCZQJ2AmYCaAJmAngCaAJ4AmkCawJpAnoCawJ6AmwCbgJsAnwCbgJ8Am8CcQJvAn4CcQJ+AmECdAJzAoACdAKAAnUCdQKBAnYCdgKCAncCdwKDAngCeQJ4AoUCeQKFAnoCewJ6AocCfAJ7AogCfQJ8AokCfgJ9AooCfgKKAnMCgAJ/AowCgQKAAo0CgQKNAoICggKOAoMCgwKPAoQChQKEApEChQKRAoYChwKGApMCiAKHApQCiQKIApUCiQKVAooCigKWAn8CiwKXAowCjQKMApkCjQKZAo4CjwKOApsCjwKbApACkQKQAp0CkQKdApICkwKSAp8CkwKfApQClQKUAqEClQKhApYCiwKWApcClwKjApgCmQKYAqUCmQKlApoCmgKmApsCnAKbAqgCnAKoAp0CngKdAqoCngKqAp8CoAKfAqwCoQKgAq0CoQKtAqIClwKiAqMCowKvAqQCpQKkArECpgKlArICpgKyAqcCqAKnArQCqAK0AqkCqgKpArYCqgK2AqsCrAKrArgCrAK4Aq0CrQK5Aq4CowKuAq8CsAKvArwCsQKwAr0CsgKxAr4CsgK+ArMCtAKzAsACtALAArUCtgK1AsICtgLCArcCuAK3AsQCuALEArkCuQLFAroCugLGAq8CuwLHArwCvALIAr0CvQLJAr4CvgLKAr8CvwLLAsACwQLAAs0CwQLNAsICwwLCAs8CxALDAtACxQLEAtECxgLFAtICuwLGAscCxwLTAsgCyQLIAtUCyQLVAsoCygLWAssCzALLAtgCzQLMAtkCzQLZAs4CzgLaAs8CzwLbAtAC0QLQAt0C0QLdAtICxwLSAtMC0wLfAtQC1ALgAtUC1gLVAuIC1gLiAtcC1wLjAtgC2ALkAtkC2gLZAuYC2wLaAucC2wLnAtwC3ALoAt0C3gLdAuoC0wLeAt8C4ALfAuwC4ALsAuEC4QLtAuIC4wLiAu8C5ALjAvAC5QLkAvEC5QLxAuYC5gLyAucC5wLzAugC6QLoAvUC6gLpAvYC6gL2At8C7ALrAvgC7QLsAvkC7QL5Au4C7gL6Au8C7wL7AvAC8QLwAv0C8QL9AvIC8wLyAv8C9ALzAgAD9QL0AgED9QIBA/YC9gICA+sC+AL3AgQD+AIEA/kC+QIFA/oC+wL6AgcD/AL7AggD/QL8AgkD/QIJA/4C/gIKA/8C/wILAwADAQMAAw0DAQMNAwIDAgMOA/cCAwMPAwQDBAMQAwUDBgMFAxIDBgMSAwcDBwMTAwgDCAMUAwkDCgMJAxYDCwMKAxcDDAMLAxgDDAMYAw0DDgMNAxoDAwMOAw8DEAMPAxwDEAMcAxEDEQMdAxIDEwMSAx8DFAMTAyADFAMgAxUDFgMVAyIDFgMiAxcDFwMjAxgDGAMkAxkDGgMZAyYDGgMmAw8DGwMnAxwDHQMcAykDHQMpAx4DHwMeAysDHwMrAyADIQMgAy0DIQMtAyIDIwMiAy8DIwMvAyQDJQMkAzEDJQMxAyYDGwMmAycDKAMnAzQDKQMoAzUDKgMpAzYDKwMqAzcDKwM3AywDLAM4Ay0DLgMtAzoDLwMuAzsDLwM7AzADMAM8AzEDMQM9AzIDMgM+AycDNAMzA0ADNANAAzUDNQNBAzYDNgNCAzcDOAM3A0QDOQM4A0UDOQNFAzoDOgNGAzsDPAM7A0gDPQM8A0kDPgM9A0oDPgNKAzMDPwNLA0ADQANMA0EDQgNBA04DQgNOA0MDRANDA1ADRANQA0UDRgNFA1IDRgNSA0cDSANHA1QDSANUA0kDSgNJA1YDPwNKA0sDSwNXA0wDTQNMA1kDTQNZA04DTgNaA08DTwNbA1ADUANcA1EDUgNRA14DUwNSA18DVANTA2ADVQNUA2EDVQNhA1YDSwNWA1cDVwNjA1gDWANkA1kDWgNZA2YDWwNaA2cDXANbA2gDXQNcA2kDXQNpA14DXgNqA18DXwNrA2ADYANsA2EDYgNhA24DVwNiA2MDYwNvA2QDZANwA2UDZgNlA3IDZgNyA2cDZwNzA2gDaQNoA3UDaQN1A2oDawNqA3cDbANrA3gDbAN4A20DbgNtA3oDbgN6A2MDcANvA3wDcAN8A3EDcgNxA34DcgN+A3MDcwN/A3QDdQN0A4EDdQOBA3YDdwN2A4MDeAN3A4QDeAOEA3kDegN5A4YDegOGA28DewOHA3wDfQN8A4kDfQOJA34DfwN+A4sDgAN/A4wDgAOMA4EDggOBA44DggOOA4MDgwOPA4QDhQOEA5EDhQORA4YDewOGA4cDhwOTA4gDiQOIA5UDiQOVA4oDiwOKA5cDjAOLA5gDjAOYA40DjgONA5oDjgOaA48DjwObA5ADkQOQA50DkQOdA5IDkgOeA4cDlAOTA6ADlQOUA6EDlQOhA5YDlwOWA6MDlwOjA5gDmQOYA6UDmQOlA5oDmwOaA6cDmwOnA5wDnQOcA6kDnQOpA54DngOqA5MDoAOfA6wDoAOsA6EDogOhA64DowOiA68DpAOjA7ADpQOkA7EDpQOxA6YDpgOyA6cDpwOzA6gDqAO0A6kDqgOpA7YDqgO2A58DrAOrA7gDrQOsA7kDrQO5A64DrgO6A68DrwO7A7ADsAO8A7EDsgOxA74DswOyA78DtAOzA8ADtQO0A8EDtQPBA7YDtgPCA6sDtwPDA7gDuQO4A8UDugO5A8YDuwO6A8cDuwPHA7wDvAPIA70DvgO9A8oDvwO+A8sDvwPLA8ADwAPMA8EDwQPNA8IDtwPCA8MDxAPDA9ADxAPQA8UDxgPFA9IDxwPGA9MDyAPHA9QDyAPUA8kDygPJA9YDygPWA8sDywPXA8wDzAPYA80DzgPNA9oDzgPaA8MD0APPA9wD0APcA9ED0QPdA9ID0gPeA9MD1APTA+AD1QPUA+ED1QPhA9YD1gPiA9cD2APXA+QD2QPYA+UD2gPZA+YD2gPmA88D2wPnA9wD3QPcA+kD3QPpA94D3gPqA98D3wPrA+AD4QPgA+0D4QPtA+ID4wPiA+8D5APjA/AD5APwA+UD5QPxA+YD2wPmA+cD5wPzA+gD6AP0A+kD6QP1A+oD6wPqA/cD7APrA/gD7QPsA/kD7QP5A+4D7gP6A+8D7wP7A/AD8QPwA/0D8gPxA/4D5wPyA/MD9APzAwAE9AMABPUD9QMBBPYD9gMCBPcD9wMDBPgD+AMEBPkD+gP5AwYE+wP6AwcE/AP7AwgE/AMIBP0D/gP9AwoE/gMKBPMDAAT/AwwEAAQMBAEEAgQBBA4EAwQCBA8EBAQDBBAEBAQQBAUEBgQFBBIEBgQSBAcEBwQTBAgECAQUBAkECgQJBBYECgQWBP8DCwQXBAwEDQQMBBkEDgQNBBoEDgQaBA8EDwQbBBAEEAQcBBEEEgQRBB4EEwQSBB8EFAQTBCAEFAQgBBUEFQQhBBYECwQWBBcEFwQjBBgEGAQkBBkEGQQlBBoEGwQaBCcEHAQbBCgEHQQcBCkEHQQpBB4EHgQqBB8EHwQrBCAEIQQgBC0EIgQhBC4EFwQiBCMEIwQvBCQEJAQwBCUEJgQlBDIEJgQyBCcEJwQzBCgEKQQoBDUEKQQ1BCoEKwQqBDcELAQrBDgELAQ4BC0ELQQ5BC4EIwQuBC8EMAQvBDwEMQQwBD0EMgQxBD4EMwQyBD8ENAQzBEAENARABDUENgQ1BEIENgRCBDcENwRDBDgEOAREBDkEOQRFBDoEOgRGBC8EOwRHBDwEPQQ8BEkEPgQ9BEoEPgRKBD8EPwRLBEAEQARMBEEEQgRBBE4EQwRCBE8ERARDBFAERARQBEUERQRRBEYEOwRGBEcERwRTBEgESARUBEkESQRVBEoESgRWBEsETARLBFgETQRMBFkETQRZBE4ETgRaBE8EUARPBFwEUQRQBF0EUgRRBF4ERwRSBFMEVARTBGAEVARgBFUEVgRVBGIEVwRWBGMEWARXBGQEWARkBFkEWQRlBFoEWgRmBFsEWwRnBFwEXARoBF0EXQRpBF4EXgRqBFMEYARfBGwEYARsBGEEYgRhBG4EYgRuBGMEZARjBHAEZARwBGUEZgRlBHIEZgRyBGcEaARnBHQEaAR0BGkEagRpBHYEagR2BF8EawR3BGwEbAR4BG0EbgRtBHoEbwRuBHsEcARvBHwEcAR8BHEEcgRxBH4EcgR+BHMEcwR/BHQEdASABHUEdgR1BIIEawR2BHcEdwSDBHgEeASEBHkEegR5BIYEewR6BIcEfAR7BIgEfQR8BIkEfQSJBH4EfgSKBH8EfwSLBIAEgASMBIEEggSBBI4EdwSCBIMEgwSPBIQEhQSEBJEEhQSRBIYEhwSGBJMEhwSTBIgEiQSIBJUEiQSVBIoEiwSKBJcEiwSXBIwEjQSMBJkEjQSZBI4EgwSOBI8EjwRgApAEkQSQBGQCkQRkApIEkwSSBGcCkwRnApQElQSUBGoClQRqApYElwSWBG0ClwRtApgEmQSYBHACmQRwApoEjwSaBGAC+wSgBKIE/ASjBKUE/QSmBKgE/gSpBKsE/wSsBK4EAAWvBLEEnZGIQRFHosH/kEZB32CEQRFHosH/kEZB32CEQRFHosGZtxK/nZGIQYXalUH/kEZB32CEQYXalUH/kEZB32CEQRFHosH/kEZBnZGIQYXalUGZtxK/32CEQYXalUGZtxK/32CEQYXalUH/kEZBnZGIQRFHosGZtxK/32CEQRFHosGZtxK/32CEQYXalUGZtxK/32CEQRFHosH/kEZB32CEQYXalUH/kEZB32CEQYXalUGZtxK/nZGIQYXalUH/kEZBnZGIQRFHosH/kEZBnZGIQRFHosGZtxK/9bmHwSyHosH/kEZB9bmHwW1WnsH/kEZB9bmHwW1WnsGZtxK/9bmHQSyHosH/kEZB9bmHQW1WnsH/kEZB9bmHwW1WnsH/kEZB9bmHQSyHosGZtxK/9bmHQW1WnsGZtxK/9bmHQW1WnsH/kEZB9bmHwSyHosGZtxK/9bmHwW1WnsGZtxK/9bmHQW1WnsGZtxK/9bmHwW1WnsH/kEZB9bmHQW1WnsH/kEZB9bmHQW1WnsGZtxK/9bmHQSyHosH/kEZB9bmHwSyHosH/kEZB9bmHwSyHosGZtxK/9bmHwT2KlUH/kEZB9bmHwfu6mUH/kEZB9bmHwfu6mUGZtxK/9bmHQT2KlUH/kEZB9bmHQfu6mUH/kEZB9bmHwfu6mUH/kEZB9bmHQT2KlUGZtxK/9bmHQfu6mUGZtxK/9bmHQfu6mUH/kEZB9bmHwT2KlUGZtxK/9bmHwfu6mUGZtxK/9bmHQfu6mUGZtxK/9bmHwfu6mUH/kEZB9bmHQfu6mUH/kEZB9bmHQfu6mUGZtxK/9bmHQT2KlUH/kEZB9bmHwT2KlUH/kEZB9bmHwT2KlUGZtxK/hA2ywYQNskGUfQE9hA2ywYQNskED0Se/hA2ywYQNssED0Se/hA2yQYQNskGUfQE9hA2yQYQNskED0Se/hA2ywYQNskED0Se/hA2yQYQNssGUfQE9hA2yQYQNssED0Se/hA2yQYQNskED0Se/hA2ywYQNssGUfQE9hA2ywYQNssED0Se/hA2yQYQNssED0Se/hA2ywYQNskED0Se/hA2yQYQNskED0Se/hA2yQYQNssED0Se/hA2yQYQNskGUfQE9hA2ywYQNskGUfQE9hA2ywYQNssGUfQE9BHPUwAAAgD8322BAgjkKwQAAgD8322BAgjkKwQAAgL8322BAgjkKwQAAgD84ohu9BHPUwAAAgD84ohu9BHPUwAAAgL84ohu9gjkKwQAAgL8322BAgjkKwQAAgL84ohu9BHPUwAAAgL84ohu9BHPUwAAAgL8322BABHPUwAAAgL84ohu9BHPUwAAAgD84ohu9BHPUwAAAgD8322BABHPUwAAAgD84ohu9gjkKwQAAgD84ohu9gjkKwQAAgD8322BAgjkKwQAAgD84ohu9gjkKwQAAgL84ohu9dM2cQAt7UkCxhetAlZqdQNfAYkCxhetAs16mQD1EX0DsL+RAVwSQQAt7UkBH5hVBr3eVQAt7UkCC/xpB22iWQIidZUCC/xpBe72lQAt7UkDsL+RA8l6wQKVJW0CpvN5AFamMQAt7UkALXhBBYhCRQPm9Z0BH5hVBaQC7QAt7UkBnYdtA8e+vQAt7UkCpvN5ArMWNQDANaUALXhBBFamMQGd+aUA0nQpBFamMQAt7UkBd3ARBAYeLQAt7UkA0nQpB8e+vQAt7UkD02yVBaQC7QAt7UkCgiSdBBDm7QGH4VkCgiSdBrMWNQDANaUBd3ARBYhCRQPm9Z0AuqP5Ae72lQAt7UkBoIiNB8l6wQKVJW0D02yVBVwSQQAt7UkAuqP5A22iWQIidZUDNdfRAdM2cQAt7UkCQdx9Bs16mQD1EX0BoIiNBr3eVQAt7UkDNdfRAlZqdQNfAYkCQdx9BSDOZQO4DeEDNdfRAL/qfQLpmckCQdx9BSDOZQO4DeECC/xpBL/qfQLpmckCxhetAMCqUQK0vfEBH5hVBDDyoQHGPa0DsL+RAxaexQJPBY0CpvN5AoOC7QKVJW0BnYdtAYhCRQFTBfkALXhBBVwSQQH+ff0A0nQpBoOC7QKVJW0CgiSdBxaexQJPBY0D02yVBYhCRQFTBfkBd3ARBMCqUQK0vfEAuqP5ADDyoQHGPa0BoIiNBr3eVQCECikA0nQpB22iWQP5giUBd3ARB2PC8QD1EX0CgiSdBur2zQHGPa0D02yVBQUOrQBDkdkBoIiNBSDOZQKWDh0AuqP5Ab7udQHB8hEDNdfRAv9SjQC9pgECxhetAv9SjQC9pgECQdx9BQUOrQBDkdkDsL+RAb7udQHB8hECC/xpBSDOZQKWDh0BH5hVB22iWQP5giUALXhBBur2zQHGPa0CpvN5AlgSpQBu7hkCQdx9Bv9SjQN3qi0CC/xpBlgSpQBu7hkCxhetAbVavQC9pgEDsL+RAVIy2QLpmckCpvN5AL/qfQILFj0BH5hVBlZqdQBwlkkALXhBB2PC8QD1EX0BnYdtAdM2cQD3ykkA0nQpBMV++QAHBYkCgiSdBVIy2QLpmckD02yVBlZqdQBwlkkBd3ARBL/qfQILFj0AuqP5Av9SjQN3qi0DNdfRAbVavQC9pgEBoIiNBe72lQAJImkA0nQpBkh3AQIidZUCgiSdBs16mQMFWmUBd3ARBDDyoQFSMlkAuqP5A5Pe5QO4DeED02yVBqU20QHB8hEBoIiNBbVavQN3qi0CQdx9BQUOrQC0EkkDNdfRAbVavQN3qi0CxhetAQUOrQC0EkkCC/xpBDDyoQFSMlkBH5hVBqU20QHB8hEDsL+RA5Pe5QO4DeECpvN5Akh3AQIidZUBnYdtAs16mQMFWmUALXhBBVIy2QILFj0CxhetAur2zQFSMlkCC/xpBxaexQGyVm0BH5hVB5Pe5QKWDh0DsL+RA5969QK0vfECpvN5A8l6wQDqvnkALXhBB8e+vQEW7n0A0nQpB3hrCQPm9Z0CgiSdB5969QNcvfED02yVB8l6wQDqvnkBd3ARBxaexQGyVm0AuqP5A5Pe5QKWDh0BoIiNBVIy2QILFj0CQdx9Bur2zQFSMlkDNdfRABDm7QPD5oUBd3ARBoOC7QDqvnkAuqP5A3hrCQFTBfkD02yVBkh3AQP5giUBoIiNB2PC8QMFWmUDNdfRAMV++QBwlkkCxhetAMV++QBwlkkCQdx9Bkh3AQP5giUDsL+RA2PC8QMFWmUCC/xpBoOC7QDqvnkBH5hVB3hrCQFTBfkCpvN5A3hrCQPm9Z0BnYdtABDm7QPD5oUALXhBBaQC7QIcWo0A0nQpBa0PEQFoNaUCgiSdBFoLGQCECikDsL+RAFoLGQEW7n0BH5hVBFoLGQH+ff0CpvN5AFoLGQGd+aUBnYdtAFoLGQIcWo0ALXhBBFoLGQLA4pEA0nQpBFoLGQIcWo0Bd3ARBFoLGQGd+aUCgiSdBFoLGQH+ff0D02yVBFoLGQEW7n0AuqP5AFoLGQCECikBoIiNBFoLGQD3ykkCQdx9BFoLGQAJImkDNdfRAFoLGQAJImkCC/xpBFoLGQD3ykkCxhetAZOnKQFTBfkD02yVBmubMQP5giUBoIiNBjSPRQDqvnkAuqP5AVRPQQMFWmUDNdfRAEaXOQBwlkkCxhetAEaXOQBwlkkCQdx9BmubMQP5giUDsL+RAVRPQQMFWmUCC/xpBjSPRQDqvnkBH5hVBZOnKQFTBfkCpvN5AwsDIQDANaUBnYdtAKcvRQPD5oUALXhBBxAPSQIcWo0A0nQpBwsDIQFoNaUCgiSdBKcvRQPD5oUBd3ARBfFzbQGyVm0BH5hVBWyXPQK0vfECpvN5AZOnKQPm9Z0BnYdtAO6XcQDqvnkALXhBBURTdQEW7n0A0nQpBZOnKQPm9Z0CgiSdBWyXPQK0vfED02yVBO6XcQDqvnkBd3ARBfFzbQGyVm0AuqP5ASQzTQKWDh0BoIiNBiEbZQFSMlkDNdfRA7nfWQILFj0CQdx9BiEbZQFSMlkCC/xpB7nfWQILFj0CxhetASQzTQKWDh0DsL+RANsjkQFSMlkAuqP5AmbbYQHB8hEBoIiNBAcHhQC0EkkDNdfRAwK3dQN3qi0CxhetAwK3dQN3qi0CQdx9BmbbYQHB8hEDsL+RAAcHhQC0EkkCC/xpBNsjkQFSMlkBH5hVBSQzTQMQDeECpvN5Aj6XmQMFWmUALXhBBskbnQAJImkA0nQpBr+bMQIidZUCgiSdBj6XmQMFWmUBd3ARBSQzTQO4DeED02yVB7nfWQLpmckCpvN5AEaXOQNfAYkBnYdtArWnvQBwlkkALXhBBzjbwQD3ykkA0nQpBEaXOQAHBYkCgiSdB7nfWQLpmckD02yVBrWnvQBwlkkBd3ARBEwrtQILFj0AuqP5AwK3dQC9pgEBoIiNBrP/jQBu7hkCQdx9Bbi/pQN3qi0DNdfRArP/jQBu7hkCxhetAbi/pQN3qi0CC/xpBEwrtQILFj0BH5hVBwK3dQC9pgEDsL+RAAcHhQBDkdkBoIiNBvkjvQHB8hEDNdfRAbi/pQC9pgECQdx9BvkjvQHB8hECC/xpBbi/pQC9pgECxhetAAcHhQBDkdkDsL+RA5dDzQKWDh0BH5hVBiEbZQHGPa0CpvN5AUpv2QP5giUALXhBBk4z3QCECikA0nQpBahPQQD1EX0CgiSdBiEbZQHGPa0D02yVBUpv2QP5giUBd3ARB5dDzQKWDh0AuqP5A4PP7QFTBfkALXhBB6//8QH+ff0A0nQpBjSPRQKVJW0CgiSdBfFzbQJPBY0D02yVB4PP7QFTBfkBd3ARB/dn4QK0vfEAuqP5ANsjkQHGPa0BoIiNBEwrtQLpmckCQdx9B5dDzQMQDeEDNdfRA5dDzQMQDeECC/xpBEwrtQLpmckCxhetA/dn4QK0vfEBH5hVBNsjkQHGPa0DsL+RAfFzbQJPBY0CpvN5AjSPRQKVJW0BnYdtAUpv2QIidZUDNdfRArWnvQNfAYkCQdx9BUpv2QIidZUCC/xpBrWnvQNfAYkCxhetAj6XmQBNEX0DsL+RA4PP7QPm9Z0BH5hVBO6XcQKVJW0CpvN5AgT7/QDANaUALXhBBjC0AQWd+aUA0nQpBgT7/QDANaUBd3ARBPsvRQGH4VkCgiSdB4PP7QPm9Z0AuqP5AUKXcQKVJW0D02yVBj6XmQD1EX0BoIiNBob4AQQt7UkA0nQpBjC0AQQt7UkBd3ARBxAPSQAt7UkCgiSdBURTdQAt7UkD02yVB6//8QAt7UkAuqP5AskbnQAt7UkBoIiNBk4z3QAt7UkDNdfRAzjbwQAt7UkCxhetAzjbwQAt7UkCQdx9Bk4z3QAt7UkCC/xpBskbnQAt7UkDsL+RAURTdQAt7UkCpvN5A6//8QAt7UkBH5hVBxAPSQAt7UkBnYdtAjC0AQQt7UkALXhBBrWnvQD81QkCxhetAUpv2QI5YP0CC/xpB4PP7QB04PUBH5hVBj6XmQAOyRUDsL+RAgT7/QOboO0ALXhBBO6XcQJusSUCpvN5AjC0AQa93O0A0nQpBgT7/QOboO0Bd3ARBPsvRQLT9TUCgiSdBO6XcQJusSUD02yVBj6XmQAOyRUBoIiNB4PP7QB04PUAuqP5ArWnvQD81QkCQdx9BUpv2QI5YP0DNdfRAjSPRQJusSUCgiSdB4PP7QME0JkBd3ARB/dn4QGnGKEAuqP5AfFzbQKw0QUD02yVBNsjkQKVmOUBoIiNB5dDzQFHyLEDNdfRAEwrtQIaPMkCxhetAEwrtQIaPMkCQdx9BNsjkQKVmOUDsL+RA5dDzQFHyLECC/xpB/dn4QGnGKEBH5hVBfFzbQKw0QUCpvN5AjSPRQJusSUBnYdtA4PP7QME0JkALXhBB1v/8QMFWJUA0nQpBvkjvQGH9G0CC/xpB5dDzQPbuFUBH5hVBAcHhQC8SLkDsL+RAiEbZQKVmOUCpvN5AUpv2QEQ0EkALXhBBk4z3QNTxEEA0nQpBUpv2QEQ0EkBd3ARBVRPQQAOyRUCgiSdBiEbZQKVmOUD02yVB5dDzQPbuFUAuqP5AAcHhQC8SLkBoIiNBvkjvQGH9G0DNdfRAbi/pQLcjJECQdx9Bbi/pQLcjJECxhetArWnvQAisAEBd3ARBEwrtQBJrBUAuqP5A7nfWQIaPMkD02yVBwK3dQLcjJEBoIiNBbi/pQFwgDUDNdfRArP/jQAqAF0CxhetArP/jQAqAF0CQdx9BwK3dQLcjJEDsL+RAbi/pQFwgDUCC/xpBEwrtQBJrBUBH5hVB7nfWQIaPMkCpvN5AEaXOQD81QkBnYdtArWnvQAisAEALXhBBzjbwQI0j/j80nQpBEaXOQD81QkCgiSdBmbbYQGH9G0DsL+RASQzTQFHyLECpvN5ANsjkQNy67z9H5hVBj6XmQCmR5D8LXhBBskbnQHnM4D80nQpBj6XmQCmR5D9d3ARBr+bMQI5YP0CgiSdBNsjkQNy67z8uqP5ASQzTQFHyLED02yVBmbbYQGH9G0BoIiNBwK3dQFwgDUCQdx9BAcHhQLvtAEDNdfRAAcHhQLvtAECC/xpBwK3dQFwgDUCxhetAWyXPQGnGKED02yVBSQzTQPbuFUBoIiNBfFzbQHyW2z8uqP5AiEbZQNy67z/NdfRA7nfWQBJrBUCxhetA7nfWQBJrBUCQdx9BSQzTQPbuFUDsL+RAiEbZQNy67z+C/xpBfFzbQHyW2z9H5hVBWyXPQGnGKECpvN5AmubMQI5YP0BnYdtAO6XcQEQvzz8LXhBBURTdQBn/yj80nQpBO6XcQEQvzz9d3ARBZOnKQB04PUCgiSdBjSPRQEQvzz9H5hVBKcvRQGwEwj8LXhBBZOnKQME0JkCpvN5AwsDIQOboO0BnYdtAxAPSQBCSvT80nQpBKcvRQGwEwj9d3ARBwsDIQOboO0CgiSdBZOnKQME0JkD02yVBmubMQEQ0EkBoIiNBjSPRQEQvzz8uqP5AEaXOQAisAECQdx9BVRPQQCmR5D/NdfRAEaXOQAisAECxhetAVRPQQCmR5D+C/xpBmubMQEQ0EkDsL+RAFoLGQBn/yj8uqP5AFoLGQNTxEEBoIiNBFoLGQHnM4D/NdfRAFoLGQI0j/j+xhetAFoLGQI0j/j+Qdx9BFoLGQNTxEEDsL+RAFoLGQHnM4D+C/xpBFoLGQBn/yj9H5hVBFoLGQBCSvT8LXhBBFoLGQMFWJUCpvN5AFoLGQK93O0BnYdtAFoLGQL8JuT80nQpBFoLGQBCSvT9d3ARBFoLGQK93O0CgiSdBFoLGQMFWJUD02yVB3hrCQME0JkCpvN5Aa0PEQOboO0BnYdtABDm7QGwEwj8LXhBBaQC7QBCSvT80nQpBBDm7QGwEwj9d3ARBa0PEQOboO0CgiSdBoOC7QEQvzz8uqP5A3hrCQME0JkD02yVBkh3AQEQ0EkBoIiNB2PC8QCmR5D/NdfRAMV++QAisAECQdx9B2PC8QCmR5D+C/xpBMV++QAisAECxhetAkh3AQEQ0EkDsL+RAoOC7QEQvzz9H5hVBur2zQNy67z/NdfRAVIy2QBJrBUCQdx9Bur2zQNy67z+C/xpBVIy2QBJrBUCxhetA5Pe5QPbuFUDsL+RA5969QGnGKECpvN5AxaexQHyW2z9H5hVB3hrCQB04PUBnYdtA8l6wQEQvzz8LXhBB8e+vQBn/yj80nQpB8l6wQEQvzz9d3ARB3hrCQB04PUCgiSdBxaexQHyW2z8uqP5A5969QGnGKED02yVB5Pe5QPbuFUBoIiNBe72lQHnM4D80nQpBs16mQCmR5D9d3ARBkh3AQI5YP0CgiSdBDDyoQNy67z8uqP5A5Pe5QFHyLED02yVBqU20QGH9G0BoIiNBglavQFwgDUCQdx9BQUOrQLvtAEDNdfRAQUOrQLvtAECC/xpBglavQFwgDUCxhetADDyoQNy67z9H5hVBqU20QGH9G0DsL+RA5Pe5QFHyLECpvN5Akh3AQI5YP0BnYdtAs16mQCmR5D8LXhBBlgSpQAqAF0CQdx9BlgSpQAqAF0CxhetAv9SjQFwgDUCC/xpBL/qfQBJrBUBH5hVBglavQLcjJEDsL+RAVIy2QIaPMkCpvN5AMV++QD81QkBnYdtAlZqdQAisAEALXhBBdM2cQI0j/j80nQpBlZqdQAisAEBd3ARBMV++QD81QkCgiSdBL/qfQBJrBUAuqP5AVIy2QIaPMkD02yVBglavQLcjJEBoIiNBv9SjQFwgDUDNdfRAr3eVQNTxEEA0nQpB22iWQEQ0EkBd3ARB2PC8QAOyRUCgiSdBur2zQKVmOUD02yVBSDOZQPbuFUAuqP5AQUOrQC8SLkBoIiNBb7udQGH9G0DNdfRAv9SjQLcjJECxhetAv9SjQLcjJECQdx9BQUOrQC8SLkDsL+RAb7udQGH9G0CC/xpBSDOZQPbuFUBH5hVBur2zQKVmOUCpvN5A22iWQEQ0EkALXhBBL/qfQIaPMkCxhetADDyoQKVmOUDsL+RASDOZQFHyLECC/xpBMCqUQGnGKEBH5hVB2PC8QAOyRUBnYdtAxaexQKw0QUCpvN5AYhCRQME0JkALXhBBVwSQQMFWJUA0nQpBoOC7QJusSUCgiSdBxaexQKw0QUD02yVBYhCRQME0JkBd3ARBMCqUQGnGKEAuqP5ADDyoQKVmOUBoIiNBSDOZQFHyLEDNdfRAL/qfQIaPMkCQdx9BBDm7QLT9TUCgiSdBrMWNQOboO0Bd3ARBYhCRQB04PUAuqP5A8l6wQJusSUD02yVBs16mQAOyRUBoIiNB8GiWQI5YP0DNdfRAlZqdQD81QkCQdx9B8GiWQI5YP0CC/xpBlZqdQD81QkCxhetAs16mQAOyRUDsL+RAYhCRQB04PUBH5hVB8l6wQJusSUCpvN5ABDm7QLT9TUBnYdtArMWNQOboO0ALXhBBKqmMQK93O0A0nQpBFoLGQAt7UkCfGihBFoLGQAt7UkA+P9pABDm7QGH4VkBnYdtAMV++QNfAYkBnYdtAa0PEQDANaUBnYdtAmubMQIidZUBnYdtAVRPQQBNEX0BnYdtAKcvRQGH4VkBnYdtAKcvRQLT9TUBnYdtAVRPQQAOyRUBnYdtAZOnKQB04PUBnYdtAoOC7QJusSUBnYdtArcCsQGaDbD+LFSVAl/+4QAAAAADGipJAfsGyQMsUez+LFSVAl/+4QAAAgD+LFSVA2T2/QLoUez+LFSVAcTinQDfbVD+LFSVAB1+iQAgFNT+LFSVARWSeQOc5Dj+LFSVAP2+bQCjvwz6LFSVACp2ZQO/FRz6LFSVAl/+YQLuZgTWLFSVACp2ZQGnFR76LFSVAP2+bQAfvw76LFSVARWSeQNY5Dr+LFSVAB1+iQOYENb+LFSVAXDinQCfbVL+LFSVArcCsQFaDbL+LFSVAacGyQLoUe7+LFSVAl/+4QAAAgL+LFSVA2T2/QLoUe7+LFSVAlj7FQGaDbL+LFSVA58bKQDfbVL+LFSVAPKDPQPcENb+LFSVAE5vTQNY5Dr+LFSVAGZDWQAfvw76LFSVAOGLYQKzFR76LFSVAl//YQAAAAACLFSVAOGLYQKzFRz6LFSVAGZDWQAfvwz6LFSVAE5vTQNY5Dj+LFSVAPKDPQPcENT+LFSVA58bKQDfbVD+LFSVAlj7FQFaDbD+LFSVAXDinQCfbVL+LFSVACp2ZQGnFR76LFSVAfsGyQMsUez+LFSVAAACgPzWwxcA7qgZAtqGeP5p3wMA7qgZAfGGaP3ybwMA7qg5AxcSOP0z9wMBdhRRAAACQPzWwxcBdhRRAV899P/2CwcA7qhZAZhVeP5oIwsBdhRRAAQBgPzWwxcBdhRRAxttGP39qwsA7qg5AhVs+P0uOwsA7qgZAAABAPzWwxcA7qgZAxttGP39qwsB1VP0/ZhVeP5oIwsDcnfE/AQBgPzWwxcDcnfE/V899P/2CwcB1VO0/xcSOP0z9wMDcnfE/AACQPzWwxcDcnfE/fGGaP3ybwMB1VP0/mbabPzWwxcB1VP0/aYyaP+9Vu8A7qgZAXWiWP/Wcu8A7qg5AABiLP/JevMBdhRRA7UZ3P/VnvcA7qhZAC15YPwxxvsBdhRRAc71BPwkzv8A7qg5AOnU5Pw96v8A7qgZAc71BPwkzv8B1VP0/C15YPwxxvsDcnfE/7UZ3P/VnvcB1VO0/ABiLP/JevMDcnfE/XWiWP/Wcu8B1VP0/INKTP5FhtsA7qgZA9NuPP5bKtsA7qg5AEwqFP2Tpt8BdhRRAZoNsP0txucA7qhZA+fJOPx75usBdhRRAf045PwAYvMA7qg5AjGIxPwaBvMA7qgZAf045PwAYvMB1VP0/+fJOPx75usDcnfE/ZoNsP0txucB1VO0/EwqFP2Tpt8DcnfE/9NuPP5bKtsB1VP0/WJCKPzWwscA7qgZAEtqGP205ssA7qg5AWWp5PzWws8BdhRRA0LNdPzWwtcA7qhZAWP1BPzWwt8BdhRRA0LMtP/4mucA7qg5A4UYmPzWwucA7qgZA0LMtP/4mucB1VP0/WP1BPzWwt8DcnfE/0LNdPzWwtcB1VO0/WWp5PzWws8DcnfE/EtqGP205ssB1VP0/h999P4JWrcA7qgZAGhJ3P4v9rcA7qg5AY3xkP+vFr8BdhRRALxlLP0A1ssA7qhZAC7YxP6iktMBdhRRAUyAfP/RstsA7qg5A51IYP/0Tt8A7qgZAUyAfP/RstsB1VP0/C7YxP6iktMDcnfE/LxlLP0A1ssB1VO0/Y3xkP+vFr8DcnfE/GhJ3P4v9rcB1VP0/OUZiP3dnqcA7qgZAETZcP3MpqsA7qg5Aj6VLP447rMBdhRRA9wQ1P5APr8A7qhZATmQeP6jjscBdhRRA3dMNP8L1s8A7qg5AtcMHP7+3tMA7qgZA3dMNP8L1s8B1VP0/TmQeP6jjscDcnfE/9wQ1P5APr8B1VO0/j6VLP447rMDcnfE/ETZcP3MpqsB1VP0/wM1CP0n0pcA7qgZAeZU9P/LNpsA7qg5AylIvP68gqcBdhRRA1NcbPxZNrMA7qhZAzVwIP3x5r8BdhRRAOzT0PiXMscA7qg5ArcPpPuOlssA7qgZAOzT0PiXMscB1VP0/zVwIP3x5r8DcnfE/1NcbPxZNrMB1VO0/ylIvP68gqcDcnfE/eZU9P/LNpsB1VP0/AAAgPyAMo8A7qgZAeLYbP8b5o8A7qg5AAAAQP+iCpsBdhRRAAAAAP8b5qcA7qhZAAADgPo9wrcBdhRRAEJPIPsb5r8A7qg5AAQDAPlfnsMA7qgZAEJPIPsb5r8B1VP0/AADgPo9wrcDcnfE/AAAAP8b5qcB1VO0/AAAQP+iCpsDcnfE/eLYbP8b5o8B1VP0/8ur0Pq27oMA7qgZA3lruPji5ocA7qg5A/GzcPsZtpMBdhRRAKO/DPskfqMA7qhZAMnGrPuHRq8BdhRRAUYOZPm6GrsA7qg5AXvOSPuSDr8A7qgZAUYOZPm6GrsB1VP0/MnGrPuHRq8DcnfE/KO/DPskfqMB1VO0//GzcPsZtpMDcnfE/3lruPji5ocB1VP0/8KSlPhsNn8A7qgZArTShPjMWoMA7qg5AXRSVPkrqosBdhRRA7YOEPmTHpsA7qhZA9+ZnPn+kqsBdhRRAWaZPPoF4rcA7qg5A0sVGPpmBrsA7qgZAWaZPPoF4rcB1VP0/9+ZnPn+kqsDcnfE/7YOEPmTHpsB1VO0/XRSVPkrqosDcnfE/rTShPjMWoMB1VP0/5BInPt0HnsA7qgZAzJgiPtYXn8A7qg5AwF0WPhn/ocBdhRRAnKgFPlX2pcA7qhZA7ubpPZHtqcBdhRRA1nDRPb/UrMA7qg5A6nzIPc3krcA7qgZA1nDRPb/UrMB1VP0/7ubpPZHtqcDcnfE/nKgFPlX2pcB1VO0/wF0WPhn/ocDcnfE/zJgiPtYXn8B1VP0/AAAAADWwncA7qgZA1///M6TCnsA7qg5A1///MzWwocBdhRRAAAAAADWwpcA7qhZAAAAAADWwqcBdhRRAAAAAANydrMA7qg5AAAAAADWwrcA7qgZAAAAAANydrMB1VP0/AAAAADWwqcDcnfE/AAAAADWwpcB1VO0/1///MzWwocDcnfE/1///M6TCnsB1VP0/5BInvt0HnsA7qgZAzJgivtYXn8A7qg5AwF0Wvhn/ocBdhRRAnKgFvlX2pcA7qhZAdefpvZHtqcBdhRRAXHHRvb/UrMA7qg5AEn3Ivc3krcA7qgZAXHHRvb/UrMB1VP0/defpvZHtqcDcnfE/nKgFvlX2pcB1VO0/wF0Wvhn/ocDcnfE/zJgivtYXn8B1VP0/8KSlvhsNn8A7qgZArTShvjMWoMA7qg5AXRSVvkrqosBdhRRA7YOEvmTHpsA7qhZAtOZnvn+kqsBdhRRAWaZPvoF4rcA7qg5A0sVGvpmBrsA7qgZAWaZPvoF4rcB1VP0/tOZnvn+kqsDcnfE/7YOEvmTHpsB1VO0/XRSVvkrqosDcnfE/rTShvjMWoMB1VP0/8ur0vq27oMA7qgZA3lruvji5ocA7qg5A/GzcvsZtpMBdhRRAKO/DvskfqMA7qhZAMnGrvuHRq8BdhRRAUYOZvm6GrsA7qg5AXvOSvuSDr8A7qgZAUYOZvm6GrsB1VP0/MnGrvuHRq8DcnfE/KO/DvskfqMB1VO0//GzcvsZtpMDcnfE/3lruvji5ocB1VP0/AAAgvyAMo8A7qgZAeLYbv8b5o8A7qg5AAAAQv+iCpsBdhRRAAAAAv8b5qcA7qhZAAADgvo9wrcBdhRRAEJPIvsb5r8A7qg5AAQDAvlfnsMA7qgZAEJPIvsb5r8B1VP0/AADgvo9wrcDcnfE/AAAAv8b5qcB1VO0/AAAQv+iCpsDcnfE/eLYbv8b5o8B1VP0/wM1Cv0n0pcA7qgZAeZU9v/LNpsA7qg5AylIvv68gqcBdhRRAw9cbvxZNrMA7qhZAzVwIv3x5r8BdhRRAOzT0viXMscA7qg5ArcPpvuOlssA7qgZAOzT0viXMscB1VP0/zVwIv3x5r8DcnfE/w9cbvxZNrMB1VO0/ylIvv68gqcDcnfE/eZU9v/LNpsB1VP0/OUZiv3dnqcA7qgZAETZcv3MpqsA7qg5Aj6VLv447rMBdhRRA9wQ1v5APr8A7qhZAXmQev6jjscBdhRRA3dMNv8L1s8A7qg5AtcMHv7+3tMA7qgZA3dMNv8L1s8B1VP0/XmQev6jjscDcnfE/9wQ1v5APr8B1VO0/j6VLv447rMDcnfE/ETZcv3MpqsB1VP0/h999v4JWrcA7qgZAChJ3v4v9rcA7qg5AY3xkv+vFr8BdhRRALxlLv0A1ssA7qhZAC7Yxv6iktMBdhRRAUyAfv/RstsA7qg5A51IYv/0Tt8A7qgZAUyAfv/RstsB1VP0/C7Yxv6iktMDcnfE/LxlLv0A1ssB1VO0/Y3xkv+vFr8DcnfE/ChJ3v4v9rcB1VP0/WJCKvzWwscA7qgZAEtqGv205ssA7qg5AWWp5vzWws8BdhRRA0LNdvzWwtcA7qhZAWP1BvzWwt8BdhRRA0LMtv/4mucA7qg5A4UYmvzWwucA7qgZA0LMtv/4mucB1VP0/WP1BvzWwt8DcnfE/0LNdvzWwtcB1VO0/WWp5vzWws8DcnfE/EtqGv205ssB1VP0/INKTv5FhtsA7qgZA9NuPv5bKtsA7qg5AvwmFv2Tpt8BdhRRAVoNsv0txucA7qhZA+fJOvx75usBdhRRAf045vwAYvMA7qg5AfGIxvwaBvMA7qgZAf045vwAYvMB1VP0/+fJOvx75usDcnfE/VoNsv0txucB1VO0/vwmFv2Tpt8DcnfE/9NuPv5bKtsB1VP0/aYyav+9Vu8A7qgZAXWiWv/Wcu8A7qg5AABiLv/JevMBdhRRA7UZ3v/VnvcA7qhZAC15YvwxxvsBdhRRAc71Bvwkzv8A7qg5AOnU5vw96v8A7qgZAc71Bvwkzv8B1VP0/C15YvwxxvsDcnfE/7UZ3v/VnvcB1VO0/ABiLv/JevMDcnfE/XWiWv/Wcu8B1VP0/tqGev5p3wMA7qgZAfGGav3ybwMA7qg5AxcSOv0z9wMBdhRRAV899v+iCwcA7qhZAZhVev5oIwsBdhRRAxttGv39qwsA7qg5AhVs+v0uOwsA7qgZAxttGv39qwsB1VP0/ZhVev5oIwsDcnfE/V899v+iCwcB1VO0/xcSOv0z9wMDcnfE/fGGav3ybwMB1VP0/AACgvzWwxcA7qgZAmbabvzWwxcA7qg5AAACQvzWwxcBdhRRAAACAvzWwxcA7qhZAAQBgvzWwxcBdhRRAEJNIvzWwxcA7qg5AAABAvzWwxcA7qgZAEJNIvzWwxcB1VP0/AQBgvzWwxcDcnfE/AACAvzWwxcB1VO0/AACQvzWwxcDcnfE/mbabvzWwxcB1VP0/tqGev9HoysA7qgZAfGGavwTFysA7qg5AxcSOvx9jysBdhRRAV899v4PdycA7qhZAZhVev9FXycBdhRRAxttGvwH2yMA7qg5AhVs+vzXSyMA7qgZAxttGvwH2yMB1VP0/ZhVev9FXycDcnfE/V899v4PdycB1VO0/xcSOvx9jysDcnfE/fGGavwTFysB1VP0/aYyav5EK0MA7qgZAXWiWv4vDz8A7qg5AABiLv3kBz8BdhRRA7UZ3v3b4zcA7qhZAC15Yv3PvzMBdhRRAc71Bv2ItzMA7qg5AOnU5v3Hmy8A7qgZAc71Bv2ItzMB1VP0/C15Yv3PvzMDcnfE/7UZ3v3b4zcB1VO0/ABiLv3kBz8DcnfE/XWiWv4vDz8B1VP0/INKTv+/+1MA7qgZASNyPv+qV1MA7qg5AEwqFvwd308BdhRRAZoNsvyDv0cA7qhZA+fJOv01n0MBdhRRAf045v2pIz8A7qg5AjGIxv2XfzsA7qgZAf045v2pIz8B1VP0/+fJOv01n0MDcnfE/ZoNsvyDv0cB1VO0/EwqFvwd308DcnfE/SNyPv+qV1MB1VP0/WJCKvzWw2cA7qgZAEtqGv/4m2cA7qg5AWWp5vzWw18BdhRRA4bNdvzWw1cA7qhZAWP1BvzWw08BdhRRA4bMtv2050sA7qg5A4UYmvzWw0cA7qgZA4bMtv2050sB1VP0/WP1BvzWw08DcnfE/4bNdvzWw1cB1VO0/WWp5vzWw18DcnfE/EtqGv/4m2cB1VP0/h999v+kJ3sA7qgZAChJ3v+Bi3cA7qg5AY3xkv5Wa28BdhRRALxlLvywr2cA7qhZAC7Yxv9e71sBdhRRAUyAfv3fz1MA7qg5A51IYv25M1MA7qgZAUyAfv3fz1MB1VP0/C7Yxv9e71sDcnfE/LxlLvywr2cB1VO0/Y3xkv5Wa28DcnfE/ChJ3v+Bi3cB1VP0/OUZivwn54cA7qgZAETZcv/g24cA7qg5Aj6VLv/Ik38BdhRRA9wQ1v9tQ3MA7qhZAXmQev8N82cBdhRRA3dMNv6lq18A7qg5AtcMHv6yo1sA7qgZA3dMNv6lq18B1VP0/XmQev8N82cDcnfE/9wQ1v9tQ3MB1VO0/j6VLv/Ik38DcnfE/ETZcv/g24cB1VP0/wM1CvyJs5cA7qgZAiZU9v3mS5MA7qg5AylIvv7s/4sBdhRRA1Ncbv2oT38A7qhZA3VwIvwPn28BdhRRAOzT0vkaU2cA7qg5ArcPpvp262MA7qgZAOzT0vkaU2cB1VP0/3VwIvwPn28DcnfE/1Ncbv2oT38B1VO0/ylIvv7s/4sDcnfE/iZU9v3mS5MB1VP0/AAAgv0tU6MA7qgZAeLYbv7pm58A7qg5AAAAQv4Pd5MBdhRRAAAAAv7pm4cA7qhZAAADgvtzv3cBdhRRAEJPIvrpm28A7qg5AAQDAvhR52sA7qgZAEJPIvrpm28B1VP0/AADgvtzv3cDcnfE/AAAAv7pm4cB1VO0/AAAQv4Pd5MDcnfE/eLYbv7pm58B1VP0/8ur0vr2k6sA7qgZA3lruvken6cA7qg5A/Gzcvrry5sBdhRRAKO/DvqJA48A7qhZAMnGrvp+O38BdhRRAUYOZvhLa3MA7qg5AXvOSvofc28A7qgZAUYOZvhLa3MB1VP0/MnGrvp+O38DcnfE/KO/DvqJA48B1VO0//Gzcvrry5sDcnfE/3lruvken6cB1VP0/8KSlvlBT7MA7qgZArTShvk1K68A7qg5AfxSVvjZ26MBdhRRA7YOEvhuZ5MA7qhZA9+ZnvgG84MBdhRRAWaZPvurn3cA7qg5AFcZGvufe3MA7qgZAWaZPvurn3cB1VP0/9+ZnvgG84MDcnfE/7YOEvhuZ5MB1VO0/fxSVvjZ26MDcnfE/rTShvk1K68B1VP0/JxMnvqNY7cA7qgZAD5kivpRI7MA7qg5AA14Wvmdh6cBdhRRA36gFvitq5cA7qhZAdefpve9y4cBdhRRAXHHRvayL3sA7qg5AOn3IvbN73cA7qgZAXHHRvayL3sB1VP0/defpve9y4cDcnfE/36gFvitq5cB1VO0/A14Wvmdh6cDcnfE/D5kivpRI7MB1VP0/AAAAADWw7cA7qgZA1///M9yd7MA7qg5A1///MzWw6cBdhRRAAAAAADWw5cA7qhZAAAAAADWw4cBdhRRAAAAAAKTC3sA7qg5AAAAAADWw3cA7qgZAAAAAAKTC3sB1VP0/AAAAADWw4cDcnfE/AAAAADWw5cB1VO0/1///MzWw6cDcnfE/1///M9yd7MB1VP0/5BInPqNY7cA7qgZAzJgiPpRI7MA7qg5AwF0WPmdh6cBdhRRAnKgFPitq5cA7qhZA7ubpPe9y4cBdhRRA1nDRPayL3sA7qg5A6nzIPbN73cA7qgZA1nDRPayL3sB1VP0/7ubpPe9y4cDcnfE/nKgFPitq5cB1VO0/wF0WPmdh6cDcnfE/zJgiPpRI7MB1VP0/zqSlPlBT7MA7qgZAizShPk1K68A7qg5AXRSVPjZ26MBdhRRA7Y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+            "uri": "data:text/plain;base64,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"
+        }
+    },
+    "skins": {},
+    "techniques": {
+        "technique0": {
+            "attributes": {
+                "a_normal": "normal",
+                "a_position": "position"
+            },
+            "parameters": {
+                "ambient": {
+                    "type": 35666
+                },
+                "diffuse": {
+                    "type": 35666
+                },
+                "emission": {
+                    "type": 35666
+                },
+                "modelViewMatrix": {
+                    "semantic": "MODELVIEW",
+                    "type": 35676
+                },
+                "normal": {
+                    "semantic": "NORMAL",
+                    "type": 35665
+                },
+                "normalMatrix": {
+                    "semantic": "MODELVIEWINVERSETRANSPOSE",
+                    "type": 35675
+                },
+                "position": {
+                    "semantic": "POSITION",
+                    "type": 35665
+                },
+                "projectionMatrix": {
+                    "semantic": "PROJECTION",
+                    "type": 35676
+                },
+                "shininess": {
+                    "type": 5126
+                },
+                "specular": {
+                    "type": 35666
+                }
+            },
+            "program": "program_0",
+            "states": {
+                "enable": [
+                    2929,
+                    2884
+                ]
+            },
+            "uniforms": {
+                "u_ambient": "ambient",
+                "u_diffuse": "diffuse",
+                "u_emission": "emission",
+                "u_modelViewMatrix": "modelViewMatrix",
+                "u_normalMatrix": "normalMatrix",
+                "u_projectionMatrix": "projectionMatrix",
+                "u_shininess": "shininess",
+                "u_specular": "specular"
+            }
+        }
+    }
+}
\ No newline at end of file
diff --git a/Apps/SampleData/models/ShadowTester/Shadow_Tester_4.gltf b/Apps/SampleData/models/ShadowTester/Shadow_Tester_4.gltf
new file mode 100644
index 000000000000..5ce0248e3563
--- /dev/null
+++ b/Apps/SampleData/models/ShadowTester/Shadow_Tester_4.gltf
@@ -0,0 +1,268 @@
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+                -127,
+                -127
+            ],
+            "type": "VEC2"
+        }
+    },
+    "animations": {},
+    "asset": {
+        "generator": "collada2gltf@",
+        "premultipliedAlpha": true,
+        "profile": {
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+            "version": "1.0.2"
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+        "version": "1.0"
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+    "bufferViews": {
+        "bufferView_22": {
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+            "byteOffset": 0,
+            "target": 34963
+        },
+        "bufferView_23": {
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+            "byteOffset": 14400,
+            "target": 34962
+        }
+    },
+    "buffers": {
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+        }
+    },
+    "skins": {},
+    "techniques": {
+        "technique0": {
+            "attributes": {
+                "a_normal": "normal",
+                "a_position": "position"
+            },
+            "parameters": {
+                "ambient": {
+                    "type": 35666
+                },
+                "diffuse": {
+                    "type": 35666
+                },
+                "emission": {
+                    "type": 35666
+                },
+                "modelViewMatrix": {
+                    "semantic": "MODELVIEW",
+                    "type": 35676
+                },
+                "normal": {
+                    "semantic": "NORMAL",
+                    "type": 35665
+                },
+                "normalMatrix": {
+                    "semantic": "MODELVIEWINVERSETRANSPOSE",
+                    "type": 35675
+                },
+                "position": {
+                    "semantic": "POSITION",
+                    "type": 35665
+                },
+                "projectionMatrix": {
+                    "semantic": "PROJECTION",
+                    "type": 35676
+                },
+                "shininess": {
+                    "type": 5126
+                },
+                "specular": {
+                    "type": 35666
+                }
+            },
+            "program": "program_0",
+            "states": {
+                "enable": [
+                    2929,
+                    2884
+                ]
+            },
+            "uniforms": {
+                "u_ambient": "ambient",
+                "u_diffuse": "diffuse",
+                "u_emission": "emission",
+                "u_modelViewMatrix": "modelViewMatrix",
+                "u_normalMatrix": "normalMatrix",
+                "u_projectionMatrix": "projectionMatrix",
+                "u_shininess": "shininess",
+                "u_specular": "specular"
+            }
+        }
+    }
+}
\ No newline at end of file
diff --git a/Apps/SampleData/models/ShadowTester/Shadow_Tester_Point.gltf b/Apps/SampleData/models/ShadowTester/Shadow_Tester_Point.gltf
new file mode 100644
index 000000000000..6b610a7c9ceb
--- /dev/null
+++ b/Apps/SampleData/models/ShadowTester/Shadow_Tester_Point.gltf
@@ -0,0 +1,270 @@
+{
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+            "componentType": 5126,
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+                1
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+            "min": [
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+                -1,
+                -1
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+            "type": "VEC3"
+        },
+        "accessor_20": {
+            "bufferView": "bufferView_23",
+            "byteOffset": 21528,
+            "byteStride": 12,
+            "componentType": 5126,
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+            "max": [
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+                1,
+                1
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+            "min": [
+                -1,
+                -1,
+                -1
+            ],
+            "type": "VEC3"
+        }
+    },
+    "animations": {},
+    "asset": {
+        "generator": "collada2gltf@",
+        "premultipliedAlpha": true,
+        "profile": {
+            "api": "WebGL",
+            "version": "1.0.2"
+        },
+        "version": "1.0"
+    },
+    "bufferViews": {
+        "bufferView_22": {
+            "buffer": "shadow_tester4",
+            "byteLength": 20604,
+            "byteOffset": 0,
+            "target": 34963
+        },
+        "bufferView_23": {
+            "buffer": "shadow_tester4",
+            "byteLength": 43056,
+            "byteOffset": 20604,
+            "target": 34962
+        }
+    },
+    "buffers": {
+        "shadow_tester4": {
+            "byteLength": 63660,
+            "type": "arraybuffer",
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new file mode 100644
index 000000000000..d1adf8c963bb
--- /dev/null
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new file mode 100644
index 000000000000..335f8a5c70b1
--- /dev/null
+++ b/Apps/SampleData/models/WoodTower/Wood_Tower.gltf
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"
+        }
+    },
+    "materials": {
+        "watchtower-effect": {
+            "name": "watchtower",
+            "technique": "technique0",
+            "values": {
+                "ambient": [
+                    0,
+                    0,
+                    0,
+                    1
+                ],
+                "diffuse": "texture_t_C_png",
+                "emission": [
+                    0,
+                    0,
+                    0,
+                    1
+                ]
+            }
+        }
+    },
+    "meshes": {
+        "watchtower-mesh": {
+            "name": "watchtower",
+            "primitives": [
+                {
+                    "attributes": {
+                        "NORMAL": "accessor_25",
+                        "POSITION": "accessor_23",
+                        "TEXCOORD_0": "accessor_27"
+                    },
+                    "indices": "accessor_21",
+                    "material": "watchtower-effect",
+                    "mode": 4
+                }
+            ]
+        }
+    },
+    "nodes": {
+        "node_1": {
+            "children": [
+                "watchtowerHigh"
+            ],
+            "matrix": [
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+                0,
+                0,
+                0,
+                0,
+                0,
+                -1,
+                0,
+                0,
+                1,
+                0,
+                0,
+                0,
+                0,
+                0,
+                1
+            ],
+            "name": "Y_UP_Transform"
+        },
+        "watchtowerHigh": {
+            "children": [],
+            "matrix": [
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+                0,
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+            "meshes": [
+                "watchtower-mesh"
+            ],
+            "name": "watchtowerHigh"
+        }
+    },
+    "programs": {
+        "program_0": {
+            "attributes": [
+                "a_normal",
+                "a_position",
+                "a_texcoord0"
+            ],
+            "fragmentShader": "wood_tower0FS",
+            "vertexShader": "wood_tower0VS"
+        }
+    },
+    "samplers": {
+        "sampler_0": {
+            "magFilter": 9729,
+            "minFilter": 9729,
+            "wrapS": 10497,
+            "wrapT": 10497
+        }
+    },
+    "scene": "defaultScene",
+    "scenes": {
+        "defaultScene": {
+            "nodes": [
+                "node_1"
+            ]
+        }
+    },
+    "shaders": {
+        "wood_tower0FS": {
+            "type": 35632,
+            "uri": "data:text/plain;base64,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"
+        },
+        "wood_tower0VS": {
+            "type": 35633,
+            "uri": "data:text/plain;base64,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"
+        }
+    },
+    "skins": {},
+    "techniques": {
+        "technique0": {
+            "attributes": {
+                "a_normal": "normal",
+                "a_position": "position",
+                "a_texcoord0": "texcoord0"
+            },
+            "parameters": {
+                "ambient": {
+                    "type": 35666
+                },
+                "diffuse": {
+                    "type": 35678
+                },
+                "emission": {
+                    "type": 35666
+                },
+                "modelViewMatrix": {
+                    "semantic": "MODELVIEW",
+                    "type": 35676
+                },
+                "normal": {
+                    "semantic": "NORMAL",
+                    "type": 35665
+                },
+                "normalMatrix": {
+                    "semantic": "MODELVIEWINVERSETRANSPOSE",
+                    "type": 35675
+                },
+                "position": {
+                    "semantic": "POSITION",
+                    "type": 35665
+                },
+                "projectionMatrix": {
+                    "semantic": "PROJECTION",
+                    "type": 35676
+                },
+                "texcoord0": {
+                    "semantic": "TEXCOORD_0",
+                    "type": 35664
+                }
+            },
+            "program": "program_0",
+            "states": {
+                "enable": [
+                    2929
+                ]
+            },
+            "uniforms": {
+                "u_ambient": "ambient",
+                "u_diffuse": "diffuse",
+                "u_emission": "emission",
+                "u_modelViewMatrix": "modelViewMatrix",
+                "u_normalMatrix": "normalMatrix",
+                "u_projectionMatrix": "projectionMatrix"
+            }
+        }
+    },
+    "textures": {
+        "texture_t_C_png": {
+            "format": 6408,
+            "internalFormat": 6408,
+            "sampler": "sampler_0",
+            "source": "t_C_png",
+            "target": 3553,
+            "type": 5121
+        }
+    }
+}
\ No newline at end of file
diff --git a/Apps/Sandcastle/gallery/3D Models.html b/Apps/Sandcastle/gallery/3D Models.html
index ea87d6df57ac..1f3ed3fc7e18 100644
--- a/Apps/Sandcastle/gallery/3D Models.html	
+++ b/Apps/Sandcastle/gallery/3D Models.html	
@@ -29,7 +29,8 @@
 //Sandcastle_Begin
 var viewer = new Cesium.Viewer('cesiumContainer', {
     infoBox : false,
-    selectionIndicator : false
+    selectionIndicator : false,
+    shadows : true
 });
 
 function createModel(url, height) {
diff --git a/Apps/Sandcastle/gallery/Shadows.html b/Apps/Sandcastle/gallery/Shadows.html
new file mode 100644
index 000000000000..dfbfeb42a9a1
--- /dev/null
+++ b/Apps/Sandcastle/gallery/Shadows.html
@@ -0,0 +1,265 @@
+<!DOCTYPE html>
+<html lang="en">
+<head>
+    <meta charset="utf-8">
+    <meta http-equiv="X-UA-Compatible" content="IE=edge">
+    <meta name="viewport" content="width=device-width, initial-scale=1, maximum-scale=1, minimum-scale=1, user-scalable=no">
+    <meta name="description" content="Shadow maps.">
+    <meta name="cesium-sandcastle-labels" content="Showcases">
+    <title>Cesium Demo</title>
+    <script type="text/javascript" src="../Sandcastle-header.js"></script>
+    <script type="text/javascript" src="../../../ThirdParty/requirejs-2.1.20/require.js"></script>
+    <script type="text/javascript">
+    require.config({
+        baseUrl : '../../../Source',
+        waitSeconds : 60
+    });
+    </script>
+</head>
+<body class="sandcastle-loading" data-sandcastle-bucket="bucket-requirejs.html">
+<style>
+    @import url(../templates/bucket.css);
+    #toolbar .cesium-button { display: block; }
+</style>
+<div id="cesiumContainer" class="fullSize"></div>
+<div id="loadingOverlay"><h1>Loading...</h1></div>
+<div id="toolbar"></div>
+<script id="cesium_sandcastle_script">
+function startup(Cesium) {
+    'use strict';
+//Sandcastle_Begin
+
+var viewer = new Cesium.Viewer('cesiumContainer', {
+    infoBox : false,
+    selectionIndicator : false,
+    shadows : true,
+    terrainShadows : true
+});
+
+viewer.terrainProvider = new Cesium.CesiumTerrainProvider({
+    url : '//assets.agi.com/stk-terrain/world',
+    requestWaterMask : true,
+    requestVertexNormals : true
+});
+
+var shadowMap = viewer.shadowMap;
+shadowMap.maxmimumDistance = 10000.0;
+
+var cesiumAir = viewer.entities.add({
+    name : 'Cesium Air',
+    height : 20.0,
+    model : {
+        uri : '../../SampleData/models/CesiumAir/Cesium_Air.glb'
+    }
+});
+
+var groundVehicle = viewer.entities.add({
+    name : 'Ground Vehicle',
+    height : 0.0,
+    model : {
+        uri : '../../SampleData/models/CesiumGround/Cesium_Ground.glb'
+    }
+});
+
+var cesiumMan = viewer.entities.add({
+    name : 'Cesium Man',
+    height : 0.0,
+    model : {
+        uri : '../../SampleData/models/CesiumMan/Cesium_Man.glb'
+    }
+});
+
+var woodTower = viewer.entities.add({
+    name : 'Wood Tower',
+    height : 0.0,
+    model : {
+        uri : '../../SampleData/models/WoodTower/Wood_Tower.gltf'
+    }
+});
+
+var simpleCity = viewer.entities.add({
+    name : 'Simple City',
+    height : 0.0,
+    model : {
+        uri : '../../SampleData/models/ShadowTester/Shadow_Tester_4.gltf'
+    }
+});
+
+var locations = {
+    Exton : {
+        longitude : -1.31968,
+        latitude : 0.698874,
+        height : 74.14210186070714,
+        date : 2457522.154792
+    },
+    HalfDome : {
+        longitude : -2.086267733294987,
+        latitude : 0.6587491773830219,
+        height : 2640.716312584986,
+        date : 2457507.247512
+    },
+    Everest : {
+        longitude : 1.517132688,
+        latitude : 0.4884844964,
+        height : 8773.17824498951,
+        date : 2457507.620845
+    },
+    PinnaclePA : {
+        longitude : -1.3324415110874286,
+        latitude : 0.6954224325279967,
+        height : 179.14276256241743,
+        date : 2457523.041620
+    },
+    SenecaRocks : {
+        longitude : -1.3851775172879768,
+        latitude : 0.6778211831093554,
+        height : 682.5893300695776,
+        date : 2457522.097512
+    },
+    Space : {
+        longitude : -1.31968,
+        latitude : 0.698874,
+        height : 2000000.0,
+        date : 2457522.154792
+    }
+};
+
+var i;
+var entities = viewer.entities.values;
+var entitiesLength = entities.length;
+
+function setLocation(location) {
+    var longitude = location.longitude;
+    var latitude = location.latitude;
+    var height = location.height;
+
+    for (i = 0; i < entitiesLength; ++i) {
+        var entity = entities[i];
+        entity.position = Cesium.Cartesian3.fromRadians(longitude, latitude, height + entity.height);
+    }
+
+    viewer.clock.currentTime = new Cesium.JulianDate(location.date);
+    viewer.clock.multiplier = 1.0;
+}
+
+function setLocationFunction(location) {
+    return function() {
+        setLocation(location);
+    };
+}
+
+var locationToolbarOptions = [];
+for (var locationName in locations) {
+    if (locations.hasOwnProperty(locationName)) {
+        var location = locations[locationName];
+        locationToolbarOptions.push({
+            text : locationName,
+            onselect : setLocationFunction(location)
+        });
+    }
+}
+
+Sandcastle.addToolbarMenu(locationToolbarOptions);
+
+function setEntity(entity) {
+    for (i = 0; i < entitiesLength; ++i) {
+        entities[i].show = false;
+    }
+    entity.show = true;
+    viewer.trackedEntity = entity;
+}
+
+function setEntityFunction(entity) {
+    return function() {
+        setEntity(entity);
+    };
+}
+
+var entityToolbarOptions = [];
+for (i = 0; i < entitiesLength; ++i) {
+    var entity = entities[i];
+    entityToolbarOptions.push({
+        text : entity.name,
+        onselect : setEntityFunction(entity)
+    });
+}
+
+Sandcastle.addToolbarMenu(entityToolbarOptions);
+
+Sandcastle.addToolbarButton('Toggle Shadows', function() {
+    viewer.shadows = !viewer.shadows;
+});
+
+Sandcastle.addToolbarButton('Toggle Terrain Shadows', function() {
+    viewer.terrainShadows = !viewer.terrainShadows;
+});
+
+Sandcastle.addToolbarButton('Soft Shadows', function() {
+    shadowMap.softShadows = !shadowMap.softShadows;
+});
+
+Sandcastle.addToolbarMenu([{
+    text : 'Size : 2048',
+    onselect : function() {
+        shadowMap.size = 2048;
+    }
+}, {
+    text : 'Size : 1024',
+    onselect : function() {
+        shadowMap.size = 1024;
+    }
+}, {
+    text : 'Size : 512',
+    onselect : function() {
+        shadowMap.size = 512;
+    }
+}, {
+    text : 'Size : 256',
+    onselect : function() {
+        shadowMap.size = 256;
+    }
+}]);
+
+function setShadows(castShadows, receiveShadows) {
+    for (i = 0; i < entitiesLength; ++i) {
+        entities[i].model.castShadows = castShadows;
+        entities[i].model.receiveShadows = receiveShadows;
+    }
+}
+
+Sandcastle.addToolbarMenu([{
+    text : 'Entity Shadows',
+    onselect : function() {
+        setShadows(true, true);
+    }
+}, {
+    text : 'Cast Only',
+    onselect : function() {
+        setShadows(true, false);
+    }
+}, {
+    text : 'Receive Only',
+    onselect : function() {
+        setShadows(false, true);
+    }
+}, {
+    text : 'Off',
+    onselect : function() {
+        setShadows(false, false);
+    }
+}]);
+
+setLocation(locations.Exton);
+setEntity(cesiumAir);
+
+//Sandcastle_End
+Sandcastle.finishedLoading();
+}
+if (typeof Cesium !== "undefined") {
+    startup(Cesium);
+} else if (typeof require === "function") {
+    require(["Cesium"], startup);
+}
+</script>
+</body>
+</html>
diff --git a/Apps/Sandcastle/gallery/Shadows.jpg b/Apps/Sandcastle/gallery/Shadows.jpg
new file mode 100644
index 000000000000..e92101c6ea34
Binary files /dev/null and b/Apps/Sandcastle/gallery/Shadows.jpg differ
diff --git a/Apps/Sandcastle/gallery/development/Multiple Shadows.html b/Apps/Sandcastle/gallery/development/Multiple Shadows.html
new file mode 100644
index 000000000000..3ef885c19f1d
--- /dev/null
+++ b/Apps/Sandcastle/gallery/development/Multiple Shadows.html	
@@ -0,0 +1,131 @@
+<!DOCTYPE html>
+<html lang="en">
+<head>
+    <meta charset="utf-8">
+    <meta http-equiv="X-UA-Compatible" content="IE=edge">
+    <meta name="viewport" content="width=device-width, initial-scale=1, maximum-scale=1, minimum-scale=1, user-scalable=no">
+    <meta name="description" content="Shadow maps.">
+    <meta name="cesium-sandcastle-labels" content="Development">
+    <title>Cesium Demo</title>
+    <script type="text/javascript" src="../Sandcastle-header.js"></script>
+    <script type="text/javascript" src="../../../ThirdParty/requirejs-2.1.20/require.js"></script>
+    <script type="text/javascript">
+    require.config({
+        baseUrl : '../../../Source',
+        waitSeconds : 60
+    });
+    </script>
+</head>
+<body class="sandcastle-loading" data-sandcastle-bucket="bucket-requirejs.html">
+<style>
+    @import url(../templates/bucket.css);
+    #toolbar input[type=range] {
+        width : 70px;
+    }
+    #toolbar input {
+        vertical-align: middle;
+        padding-top: 2px;
+        padding-bottom: 2px;
+    }
+</style>
+<div id="cesiumContainer" class="fullSize"></div>
+<div id="loadingOverlay"><h1>Loading...</h1></div>
+<div id="toolbar"></div>
+
+<script id="cesium_sandcastle_script">
+    function startup(Cesium) {
+        'use strict';
+//Sandcastle_Begin
+
+        var viewer = new Cesium.Viewer('cesiumContainer', {
+            scene3DOnly : true,
+            infoBox : false,
+            selectionIndicator : false,
+            timeline : false
+        });
+        viewer.terrainProvider = new Cesium.CesiumTerrainProvider({
+            url : '//assets.agi.com/stk-terrain/world',
+            requestWaterMask : true,
+            requestVertexNormals : true
+        });
+
+        var scene = viewer.scene;
+        var camera = scene.camera;
+
+        scene.debugShowFramesPerSecond = true;
+
+        function addPrimitive(lon, lat, height, heading) {
+            var center = Cesium.Cartesian3.fromRadians(lon, lat, height);
+
+            var pointLightCamera = new Cesium.Camera(scene);
+            pointLightCamera.position = center;
+
+            camera.lookAt(center, new Cesium.Cartesian3(25.0, 25.0, 30.0));
+            camera.lookAtTransform(Cesium.Matrix4.IDENTITY);
+
+            var shadowMap = new Cesium.ShadowMap({
+                context : scene.context,
+                lightCamera : pointLightCamera,
+                isPointLight : true,
+                softShadows : false
+            });
+
+            shadowMap.enabled = true;
+
+            var model = scene.primitives.add(Cesium.Model.fromGltf({
+                url : '../../SampleData/models/ShadowTester/Shadow_Tester_Point.gltf',
+                modelMatrix : Cesium.Transforms.headingPitchRollToFixedFrame(center, heading, 0.0, 0.0)
+            }));
+
+            model.readyPromise.then(function(model) {
+                // Play and loop all animations at half-speed
+                model.activeAnimations.addAll({
+                    speedup : 0.5,
+                    loop : Cesium.ModelAnimationLoop.REPEAT
+                });
+            }).otherwise(function(error) {
+                window.alert(error);
+            });
+
+            return shadowMap;
+        }
+
+        var longitude = -1.3324415110874286;
+        var latitude = 0.6954224325279967;
+        var height = 200.0;
+
+        var shadowMap1 = addPrimitive(longitude + 0.00005, latitude, height, 0.0);
+        var shadowMap2 = addPrimitive(longitude - 0.00005, latitude, height, Math.PI);
+
+        shadowMap1.debugShow = true;
+        shadowMap2.debugShow = false;
+
+        Sandcastle.addToolbarButton('Debug Toggle', function() {
+            shadowMap1.debugShow = !shadowMap1.debugShow;
+            shadowMap2.debugShow = !shadowMap2.debugShow;
+        });
+
+        scene.shadowMap = shadowMap1;
+
+        // TODO : workaround until Cesium supports multiple light sources
+        var CustomPrimitive = function(shadowMap) {
+            this.shadowMap = shadowMap;
+        };
+
+        CustomPrimitive.prototype.update = function(frameState) {
+            frameState.shadowMaps.push(this.shadowMap);
+        };
+
+        scene.primitives.add(new CustomPrimitive(shadowMap2));
+
+//Sandcastle_End
+        Sandcastle.finishedLoading();
+    }
+    if (typeof Cesium !== "undefined") {
+        startup(Cesium);
+    } else if (typeof require === "function") {
+        require(["Cesium"], startup);
+    }
+</script>
+</body>
+</html>
diff --git a/Apps/Sandcastle/gallery/development/Shadows.html b/Apps/Sandcastle/gallery/development/Shadows.html
new file mode 100644
index 000000000000..41a2c2c2912f
--- /dev/null
+++ b/Apps/Sandcastle/gallery/development/Shadows.html
@@ -0,0 +1,736 @@
+<!DOCTYPE html>
+<html lang="en">
+<head>
+    <meta charset="utf-8">
+    <meta http-equiv="X-UA-Compatible" content="IE=edge">
+    <meta name="viewport" content="width=device-width, initial-scale=1, maximum-scale=1, minimum-scale=1, user-scalable=no">
+    <meta name="description" content="Shadow maps.">
+    <meta name="cesium-sandcastle-labels" content="Development">
+    <title>Cesium Demo</title>
+    <script type="text/javascript" src="../Sandcastle-header.js"></script>
+    <script type="text/javascript" src="../../../ThirdParty/requirejs-2.1.20/require.js"></script>
+    <script type="text/javascript">
+    require.config({
+        baseUrl : '../../../Source',
+        waitSeconds : 60
+    });
+    </script>
+</head>
+<body class="sandcastle-loading" data-sandcastle-bucket="bucket-requirejs.html">
+<style>
+    @import url(../templates/bucket.css);
+    #toolbar input[type=range] {
+        width : 70px;
+    }
+    #toolbar input {
+        vertical-align: middle;
+        padding-top: 2px;
+        padding-bottom: 2px;
+    }
+</style>
+<div id="cesiumContainer" class="fullSize"></div>
+<div id="loadingOverlay"><h1>Loading...</h1></div>
+<div id="toolbar">
+    <table><tbody>
+        <tr>
+            <td data-bind="style: { color: lightHorizonEnabled ? '' : 'gray'}">Light Horizon</td>
+            <td>
+                <input type="range" min="0" max="90" step="1.0" data-bind="value: lightHorizon, valueUpdate: 'input', enable: lightHorizonEnabled">
+                <input type="text" size="2" data-bind="value: lightHorizon, enable: lightHorizonEnabled">
+            </td>
+        </tr>
+        <tr>
+            <td data-bind="style: { color: lightAngleEnabled ? '' : 'gray'}">Light Angle</td>
+            <td>
+                <input type="range" min="0" max="360" step="1.0" data-bind="value: lightAngle, valueUpdate: 'input', enable: lightAngleEnabled">
+                <input type="text" size="2" data-bind="value: lightAngle, enable: lightAngleEnabled">
+            </td>
+        </tr>
+        <tr>
+            <td data-bind="style: { color: distanceEnabled ? '' : 'gray'}">Distance Limit</td>
+            <td>
+                <input type="range" min="100.0" max="10000.0" step="1.0" data-bind="value: distance, valueUpdate: 'input', enable: distanceEnabled">
+                <input type="text" size="2" data-bind="value: distance, enable: distanceEnabled">
+            </td>
+        </tr>
+        <tr>
+            <td data-bind="style: { color: radiusEnabled ? '' : 'gray'}">Radius</td>
+            <td>
+                <input type="range" min="10.0" max="1000.0" step="1.0" data-bind="value: radius, valueUpdate: 'input', enable: radiusEnabled">
+                <input type="text" size="2" data-bind="value: radius, enable: radiusEnabled">
+            </td>
+        </tr>
+        <tr>
+            <td>Darkness</td>
+            <td>
+                <input type="range" min="0.0" max="1.0" step="0.01" data-bind="value: darkness, valueUpdate: 'input'">
+                <input type="text" size="2" data-bind="value: darkness">
+            </td>
+        </tr>
+        <tr>
+            <td data-bind="style: { color: cascadesEnabled ? '' : 'gray'}">Cascades</td>
+            <td><select data-bind="options: cascadeOptions, value: cascades, enable: cascadesEnabled"/></td>
+        </tr>
+        <tr>
+            <td>Light Source</td>
+            <td><select data-bind="options: lightSourceOptions, value: lightSource"/></td>
+        </tr>
+        <tr>
+            <td>Texture Size</td>
+            <td><select data-bind="options: sizeOptions, value: size"/></td>
+        </tr>
+        <tr>
+            <td>Shadows Enabled</td>
+            <td><input type="checkbox" data-bind="checked: shadows"/></td>
+        </tr>
+        <tr>
+            <td>Terrain Enabled</td>
+            <td><input type="checkbox" data-bind="checked: terrain"/></td>
+        </tr>
+        <tr>
+            <td>Show Globe</td>
+            <td><input type="checkbox" data-bind="checked: globe"/></td>
+        </tr>
+        <tr>
+            <td>Terrain Cast</td>
+            <td><input type="checkbox" data-bind="checked: terrainCast"/></td>
+        </tr>
+        <tr>
+            <td>Terrain Receive</td>
+            <td><input type="checkbox" data-bind="checked: terrainReceive"/></td>
+        </tr>
+        <tr>
+            <td>Show debug</td>
+            <td><input type="checkbox" data-bind="checked: debug"/></td>
+        </tr>
+        <tr>
+            <td>Freeze frame</td>
+            <td><input type="checkbox" data-bind="checked: freeze"/></td>
+        </tr>
+        <tr>
+            <td data-bind="style: { color: cascadeColorsEnabled ? '' : 'gray'}">Cascade colors</td>
+            <td><input type="checkbox" data-bind="checked: cascadeColors, enable: cascadeColorsEnabled"/></td>
+        </tr>
+        <tr>
+            <td data-bind="style: { color: fitNearFarEnabled ? '' : 'gray'}">Fit near/far</td>
+            <td><input type="checkbox" data-bind="checked: fitNearFar, enable: fitNearFarEnabled"/></td>
+        </tr>
+        <tr>
+            <td data-bind="style: { color: softShadowsEnabled ? '' : 'gray'}">Soft shadows</td>
+            <td><input type="checkbox" data-bind="checked: softShadows, enable: softShadowsEnabled"/></td>
+        </tr>
+        <tr>
+            <td>Location</td>
+            <td><select data-bind="options: locationOptions, value: location"/></td>
+        </tr>
+        <tr>
+            <td>Model</td>
+            <td><select data-bind="options: modelOptions, value: model"/></td>
+        </tr>
+        <tr>
+            <td>Model Position</td>
+            <td>
+                <select data-bind="options: modelPositionOptions, value: modelPosition"/>
+                <input type="checkbox" data-bind="checked: grid"/>
+                <span>Grid</span>
+            </td>
+        </tr>
+        <tr>
+            <td>Bias Mode</td>
+            <td><select data-bind="options: biasModes, optionsText : 'type', value: biasMode"/></td>
+        </tr>
+        <tr>
+            <td>Polygon Offset</td>
+            <td>
+                <input type="checkbox" data-bind="checked: biasMode.polygonOffset">
+                <input type="text" size="2" data-bind="value: biasMode.polygonOffsetFactor">
+                <input type="text" size="2" data-bind="value: biasMode.polygonOffsetUnits">
+            </td>
+        </tr>
+        <tr>
+            <td>Normal Offset</td>
+            <td>
+                <input type="checkbox" data-bind="checked: biasMode.normalOffset">
+                <input type="text" size="2" data-bind="value: biasMode.normalOffsetScale">
+            </td>
+        </tr>
+        <tr>
+            <td>Normal Shading</td>
+            <td>
+                <input type="checkbox" data-bind="checked: biasMode.normalShading">
+                <input type="text" size="2" data-bind="value: biasMode.normalShadingSmooth">
+            </td>
+        </tr>
+        <tr>
+            <td>Depth Bias</td>
+            <td>
+                <input type="text" size="2" data-bind="value: biasMode.depthBias">
+            </td>
+        </tr>
+    </tbody></table>
+</div>
+
+<script id="cesium_sandcastle_script">
+function startup(Cesium) {
+    'use strict';
+//Sandcastle_Begin
+
+function BiasOptions(options) {
+    this.type = options.type;
+    this.polygonOffset = Cesium.knockout.observable(options.polygonOffset);
+    this.polygonOffsetFactor = Cesium.knockout.observable(options.polygonOffsetFactor);
+    this.polygonOffsetUnits = Cesium.knockout.observable(options.polygonOffsetUnits);
+    this.normalOffset = Cesium.knockout.observable(options.normalOffset);
+    this.normalOffsetScale = Cesium.knockout.observable(options.normalOffsetScale);
+    this.normalShading = Cesium.knockout.observable(options.normalShading);
+    this.normalShadingSmooth = Cesium.knockout.observable(options.normalShadingSmooth);
+    this.depthBias = Cesium.knockout.observable(options.depthBias);
+}
+
+var viewModel = {
+    lightAngle : 40.0,
+    lightAngleEnabled : true,
+    lightHorizon : 70.0,
+    lightHorizonEnabled : true,
+    distance : 10000.0,
+    distanceEnabled : true,
+    radius : 200.0,
+    radiusEnabled : true,
+    darkness : 0.3,
+    shadows : true,
+    terrain : true,
+    globe : true,
+    terrainCast : true,
+    terrainReceive : true,
+    debug : true,
+    freeze : false,
+    cascadeColors : false,
+    cascadeColorsEnabled : true,
+    fitNearFar : true,
+    fitNearFarEnabled : true,
+    softShadows : false,
+    softShadowsEnabled : true,
+    cascadeOptions : [1, 4],
+    cascades : 4,
+    cascadesEnabled : true,
+    lightSourceOptions : ['Freeform', 'Sun', 'Fixed', 'Point', 'Spot'],
+    lightSource : 'Freeform',
+    sizeOptions : [256, 512, 1024, 2048],
+    size : 1024,
+    modelOptions : ['Wood Tower', 'Cesium Air', 'Cesium Man', 'Transparent Box', 'Shadow Tester', 'Shadow Tester 2', 'Shadow Tester 3', 'Shadow Tester 4', 'Shadow Tester Point'],
+    model : 'Shadow Tester',
+    locationOptions : ['Exton', 'Everest', 'Pinnacle PA', 'Seneca Rocks', 'Half Dome'],
+    location : 'Pinnacle PA',
+    modelPositionOptions : ['Center', 'Ground', 'High', 'Higher', 'Space'],
+    modelPosition : 'Center',
+    grid : false,
+    biasModes : [
+        new BiasOptions({
+            type : 'terrain',
+            polygonOffset : true,
+            polygonOffsetFactor : 1.1,
+            polygonOffsetUnits : 4.0,
+            normalOffset : true,
+            normalOffsetScale : 0.5,
+            normalShading : true,
+            normalShadingSmooth : 0.3,
+            depthBias : 0.0001
+        }),
+        new BiasOptions({
+            type : 'primitive',
+            polygonOffset : true,
+            polygonOffsetFactor : 1.1,
+            polygonOffsetUnits : 4.0,
+            normalOffset : true,
+            normalOffsetScale : 0.1,
+            normalShading : true,
+            normalShadingSmooth : 0.05,
+            depthBias : 0.00001
+        }),
+        new BiasOptions({
+            type : 'point',
+            polygonOffset : false,
+            polygonOffsetFactor : 1.1,
+            polygonOffsetUnits : 4.0,
+            normalOffset : false,
+            normalOffsetScale : 0.0,
+            normalShading : true,
+            normalShadingSmooth : 0.1,
+            depthBias : 0.0005
+        })
+    ],
+    biasMode : Cesium.knockout.observable()
+};
+
+var uiOptions = {
+    all : ['lightHorizon', 'lightAngle', 'distance', 'radius', 'terrainCast', 'cascades', 'cascadeColors', 'fitNearFar', 'softShadows'],
+    disable : {
+        'Freeform' : ['radius'],
+        'Sun' : ['lightHorizon', 'lightAngle', 'radius'],
+        'Fixed' : ['lightHorizon', 'lightAngle', 'distance', 'radius', 'cascades', 'cascadeColors', 'fitNearFar'],
+        'Point' : ['lightHorizon', 'lightAngle', 'distance', 'cascades', 'cascadeColors', 'fitNearFar', 'softShadows'],
+        'Spot' : ['lightHorizon', 'lightAngle', 'distance', 'radius', 'cascades', 'cascadeColors', 'fitNearFar']
+    },
+    modelUrls : {
+        'Wood Tower' : '../../SampleData/models/WoodTower/Wood_Tower.gltf',
+        'Cesium Air' : '../../SampleData/models/CesiumAir/Cesium_Air.glb',
+        'Cesium Man' : '../../SampleData/models/CesiumMan/Cesium_Man.glb',
+        'Transparent Box' : '../../SampleData/models/ShadowTester/Shadow_Transparent.gltf',
+        'Shadow Tester' : '../../SampleData/models/ShadowTester/Shadow_Tester.gltf',
+        'Shadow Tester 2' : '../../SampleData/models/ShadowTester/Shadow_Tester_2.gltf',
+        'Shadow Tester 3' : '../../SampleData/models/ShadowTester/Shadow_Tester_3.gltf',
+        'Shadow Tester 4' : '../../SampleData/models/ShadowTester/Shadow_Tester_4.gltf',
+        'Shadow Tester Point' : '../../SampleData/models/ShadowTester/Shadow_Tester_Point.gltf'
+    },
+    locations : {
+        'Exton' : {
+            'centerLongitude' : -1.31968,
+            'centerLatitude' : 0.698874
+        },
+        'Everest' : {
+            'centerLongitude' : 1.517132688,
+            'centerLatitude' : 0.4884844964
+        },
+        'Pinnacle PA' : {
+            'centerLongitude' : -1.3324415110874286,
+            'centerLatitude' : 0.6954224325279967
+        },
+        'Seneca Rocks' : {
+            'centerLongitude' : -1.38519677,
+            'centerLatitude' : 0.67781497
+        },
+        'Half Dome' : {
+            'centerLongitude' : -2.0862479628,
+            'centerLatitude' : 0.6587902522
+        }
+    }
+};
+
+Cesium.knockout.track(viewModel);
+var toolbar = document.getElementById('toolbar');
+Cesium.knockout.applyBindings(viewModel, toolbar);
+Cesium.knockout.getObservable(viewModel, 'lightAngle').subscribe(updateLightDirection);
+Cesium.knockout.getObservable(viewModel, 'lightHorizon').subscribe(updateLightDirection);
+Cesium.knockout.getObservable(viewModel, 'distance').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'radius').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'darkness').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'debug').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'freeze').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'shadows').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'terrain').subscribe(updateLocation);
+Cesium.knockout.getObservable(viewModel, 'globe').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'terrainCast').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'terrainReceive').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'fitNearFar').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'cascadeColors').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'softShadows').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'cascades').subscribe(updateShadows);
+Cesium.knockout.getObservable(viewModel, 'lightSource').subscribe(updateShadows);
+Cesium.knockout.getObservable(viewModel, 'size').subscribe(updateSettings);
+Cesium.knockout.getObservable(viewModel, 'model').subscribe(updateModels);
+Cesium.knockout.getObservable(viewModel, 'modelPosition').subscribe(updateLocation);
+Cesium.knockout.getObservable(viewModel, 'grid').subscribe(updateModels);
+Cesium.knockout.getObservable(viewModel, 'location').subscribe(updateLocation);
+
+for (var i = 0; i < viewModel.biasModes.length; ++i) {
+    var biasMode = viewModel.biasModes[i];
+    biasMode.polygonOffset.subscribe(updateSettings);
+    biasMode.polygonOffsetFactor.subscribe(updateSettings);
+    biasMode.polygonOffsetUnits.subscribe(updateSettings);
+    biasMode.normalOffset.subscribe(updateSettings);
+    biasMode.normalOffsetScale.subscribe(updateSettings);
+    biasMode.normalShading.subscribe(updateSettings);
+    biasMode.normalShadingSmooth.subscribe(updateSettings);
+    biasMode.depthBias.subscribe(updateSettings);
+}
+
+var offset = new Cesium.Cartesian3();
+
+function updateLightDirection() {
+    var location = uiOptions.locations[viewModel.location];
+    var center = Cesium.Cartesian3.fromRadians(location.centerLongitude, location.centerLatitude, location.height);
+    var lightHorizon = Cesium.Math.toRadians(viewModel.lightHorizon);
+    var lightAngle = Cesium.Math.toRadians(viewModel.lightAngle);
+    offset.z = Math.cos(lightHorizon);
+    offset.x = Math.sin(lightAngle) * (1.0 - offset.z);
+    offset.y = Math.cos(lightAngle) * (1.0 - offset.z);
+
+    freeformLightCamera.lookAt(center, offset);
+}
+
+function updateSettings() {
+    shadowMap.maximumDistance = Number(viewModel.distance);
+    shadowMap._pointLightRadius = Number(viewModel.radius);
+    shadowMap._fitNearFar = viewModel.fitNearFar;
+    shadowMap.darkness = viewModel.darkness;
+    shadowMap.debugShow = viewModel.debug;
+    shadowMap.debugFreezeFrame = viewModel.freeze;
+    shadowMap.enabled = viewModel.shadows;
+    shadowMap.size = viewModel.size;
+    shadowMap.debugCascadeColors = viewModel.cascadeColors;
+    shadowMap.softShadows = viewModel.softShadows;
+
+    // Update biases
+    for (var i = 0; i < viewModel.biasModes.length; ++i) {
+        var biasMode = viewModel.biasModes[i];
+        var bias = shadowMap['_' + biasMode.type + 'Bias'];
+        bias.polygonOffset = !shadowMap._isPointLight && shadowMap._polygonOffsetSupported && biasMode.polygonOffset();
+        bias.polygonOffsetFactor = biasMode.polygonOffsetFactor();
+        bias.polygonOffsetUnits = biasMode.polygonOffsetUnits();
+        bias.normalOffset = biasMode.normalOffset();
+        bias.normalOffsetScale = biasMode.normalOffsetScale();
+        bias.normalShading = biasMode.normalShading();
+        bias.normalShadingSmooth = biasMode.normalShadingSmooth();
+        bias.depthBias = biasMode.depthBias();
+    }
+
+    // Update render states for when polygon offset values change
+    shadowMap.debugCreateRenderStates();
+
+    // Force all derived commands to update
+    shadowMap.dirty = true;
+
+    globe.castShadows = viewModel.terrainCast;
+    globe.receiveShadows = viewModel.terrainReceive;
+    globe.show = viewModel.globe;
+    scene.skyAtmosphere.show = viewModel.globe;
+}
+
+function updateShadows() {
+    var cascades = viewModel.cascades;
+    var lightSource = viewModel.lightSource;
+
+    var lightCamera;
+    if (lightSource === 'Freeform') {
+        lightCamera = freeformLightCamera;
+    } else if (lightSource === 'Sun') {
+        lightCamera = sunCamera;
+    }
+
+    var shadowOptions;
+
+    if (lightSource === 'Fixed') {
+        shadowOptions = {
+            context : context,
+            lightCamera : fixedLightCamera,
+            cascadesEnabled : false
+        };
+    } else if (lightSource === 'Point') {
+        shadowOptions = {
+            context : context,
+            lightCamera : pointLightCamera,
+            isPointLight : true
+        };
+    } else if (lightSource === 'Spot') {
+        shadowOptions = {
+            context : context,
+            lightCamera : spotLightCamera,
+            cascadesEnabled : false
+        };
+    } else if (cascades === 4) {
+        shadowOptions = {
+            context : context,
+            lightCamera : lightCamera
+        };
+    } else if (cascades === 1) {
+        shadowOptions = {
+            context : context,
+            lightCamera : lightCamera,
+            numberOfCascades : 1
+        };
+    }
+
+    scene.shadowMap.destroy();
+    scene.shadowMap = new Cesium.ShadowMap(shadowOptions);
+
+    shadowMap = scene.shadowMap;
+    shadowMap.enabled = true;
+    shadowMap.debugShow = true;
+
+    updateSettings();
+    updateUI();
+}
+
+function updateUI() {
+    uiOptions.all.forEach(function(setting) {
+        if (uiOptions.disable[viewModel.lightSource].indexOf(setting) > -1) {
+            viewModel[setting + 'Enabled'] = false;
+        } else {
+            viewModel[setting + 'Enabled'] = true;
+        }
+    });
+}
+
+var viewer = new Cesium.Viewer('cesiumContainer', {
+    scene3DOnly : true,
+    infoBox : false,
+    selectionIndicator : false,
+    timeline : false
+});
+
+var scene = viewer.scene;
+var context = scene.context;
+var camera = scene.camera;
+var globe = scene.globe;
+var shadowMap;
+
+scene.debugShowFramesPerSecond = true;
+
+var fixedLightCamera = new Cesium.Camera(scene);
+var freeformLightCamera = new Cesium.Camera(scene);
+var sunCamera = scene._sunCamera;
+var pointLightCamera = new Cesium.Camera(scene);
+var spotLightCamera = new Cesium.Camera(scene);
+
+var cesiumTerrainProvider = new Cesium.CesiumTerrainProvider({
+    url : '//assets.agi.com/stk-terrain/world',
+    requestWaterMask : true,
+    requestVertexNormals : true
+});
+
+var ellipsoidTerrainProvider = new Cesium.EllipsoidTerrainProvider();
+
+updateLocation();
+
+function getModelPosition() {
+    if (viewModel.modelPosition === 'Ground') {
+        return 0.0;
+    } else if (viewModel.modelPosition === 'Center') {
+        return 50.0;
+    } else if (viewModel.modelPosition === 'High') {
+        return 5000.0;
+    } else if (viewModel.modelPosition === 'Higher') {
+        return 20000.0;
+    } else if (viewModel.modelPosition === 'Space') {
+        return 10000000.0;
+    }
+}
+
+function updateLocation() {
+    // Get the height of the terrain at the given longitude/latitude, then create the scene.
+    var location = uiOptions.locations[viewModel.location];
+    var positions = [new Cesium.Cartographic(location.centerLongitude, location.centerLatitude)];
+    var terrainProvider = viewModel.terrain ? cesiumTerrainProvider : ellipsoidTerrainProvider;
+    globe.terrainProvider = terrainProvider;
+    var promise = Cesium.sampleTerrain(terrainProvider, 11, positions);
+    Cesium.when(promise, function(updatedPositions) {
+        location.height = updatedPositions[0].height + getModelPosition();
+        createScene();
+    });
+}
+
+function createScene() {
+    var location = uiOptions.locations[viewModel.location];
+    var center = Cesium.Cartesian3.fromRadians(location.centerLongitude, location.centerLatitude, location.height);
+
+    var frustumSize = 55.0;
+    var frustumNear = 1.0;
+    var frustumFar = 400.0;
+    var frustum = new Cesium.OrthographicFrustum();
+    frustum.left = -frustumSize;
+    frustum.right = frustumSize;
+    frustum.bottom = -frustumSize;
+    frustum.top = frustumSize;
+    frustum.near = frustumNear;
+    frustum.far = frustumFar;
+
+    fixedLightCamera.frustum = frustum;
+    fixedLightCamera.lookAt(center, new Cesium.Cartesian3(30.0, 30.0, 50.0));
+
+    spotLightCamera.frustum.fov = Cesium.Math.PI_OVER_TWO;
+    spotLightCamera.frustum.aspectRatio = 1.0;
+    spotLightCamera.frustum.near = 1.0;
+    spotLightCamera.frustum.far = 500.0;
+    spotLightCamera.lookAt(center, new Cesium.Cartesian3(30.0, 30.0, 50.0));
+
+    pointLightCamera.position = center;
+
+    camera.lookAt(center, new Cesium.Cartesian3(25.0, 25.0, 30.0));
+
+    updateLightDirection();
+    updateModels();
+    updateShadows();
+}
+
+function updateModels() {
+    scene.primitives.removeAll();
+
+    var location = uiOptions.locations[viewModel.location];
+    var centerLongitude = location.centerLongitude;
+    var centerLatitude = location.centerLatitude;
+    var height = location.height;
+
+    var position1 = Cesium.Cartesian3.fromRadians(centerLongitude, centerLatitude, height + 5.0);
+    var position2 = Cesium.Cartesian3.fromRadians(centerLongitude, centerLatitude, height + 10.0);
+    var position3 = Cesium.Cartesian3.fromRadians(centerLongitude, centerLatitude, height + 15.0);
+    var modelPosition = Cesium.Cartesian3.fromRadians(centerLongitude, centerLatitude, height);
+
+    createModel(uiOptions.modelUrls[viewModel.model], modelPosition);
+    createBox(position3);
+    createBoxRTC(position2);
+    createSphere(position1);
+
+    // Add a grid of models
+    if (viewModel.grid) {
+        var spacing = 0.00002;
+        var gridSize = 10;
+        for (var i = 0; i < gridSize * gridSize; ++i) {
+            var x = i % gridSize;
+            var y = Math.floor(i / gridSize);
+            var longitude = centerLongitude + spacing * (x - gridSize / 2.0);
+            var latitude = centerLatitude + spacing * (y - gridSize / 2.0);
+            var position = Cesium.Cartesian3.fromRadians(longitude, latitude, height);
+            createModel(uiOptions.modelUrls[viewModel.model], position);
+        }
+    }
+}
+
+function createModel(url, origin) {
+    var modelMatrix = Cesium.Transforms.headingPitchRollToFixedFrame(origin, 0.0, 0.0, 0.0);
+
+    var model = scene.primitives.add(Cesium.Model.fromGltf({
+        url : url,
+        modelMatrix : modelMatrix
+    }));
+
+    model.readyPromise.then(function(model) {
+        // Play and loop all animations at half-speed
+        model.activeAnimations.addAll({
+            speedup : 0.5,
+            loop : Cesium.ModelAnimationLoop.REPEAT
+        });
+    }).otherwise(function(error){
+        window.alert(error);
+    });
+
+    return model;
+}
+
+function createBoxRTC(origin) {
+    var modelMatrix = Cesium.Transforms.headingPitchRollToFixedFrame(origin, 0.0, 0.0, 0.0);
+
+    var boxGeometry = Cesium.BoxGeometry.createGeometry(Cesium.BoxGeometry.fromDimensions({
+        vertexFormat : Cesium.PerInstanceColorAppearance.VERTEX_FORMAT,
+        dimensions : new Cesium.Cartesian3(1.0, 1.0, 1.0)
+    }));
+
+    var positions = boxGeometry.attributes.position.values;
+    var newPositions = new Float32Array(positions.length);
+    for (var i = 0; i < positions.length; ++i) {
+        newPositions[i] = positions[i];
+    }
+    boxGeometry.attributes.position.values = newPositions;
+    boxGeometry.attributes.position.componentDatatype = Cesium.ComponentDatatype.FLOAT;
+
+    Cesium.BoundingSphere.transform(boxGeometry.boundingSphere, modelMatrix, boxGeometry.boundingSphere);
+
+    var boxGeometryInstance = new Cesium.GeometryInstance({
+        geometry : boxGeometry,
+        attributes : {
+            color : Cesium.ColorGeometryInstanceAttribute.fromColor(Cesium.Color.BLUE)
+        }
+    });
+
+    var box = new Cesium.Primitive({
+        geometryInstances : boxGeometryInstance,
+        appearance : new Cesium.PerInstanceColorAppearance({
+            translucent : false,
+            closed : true
+        }),
+        asynchronous : false,
+        rtcCenter : boxGeometry.boundingSphere.center,
+        castShadows : true,
+        receiveShadows : true
+    });
+
+    scene.primitives.add(box);
+}
+
+function createBox(origin) {
+    var modelMatrix = Cesium.Transforms.headingPitchRollToFixedFrame(origin, 0.0, 0.0, 0.0);
+
+    var box = new Cesium.Primitive({
+        geometryInstances : new Cesium.GeometryInstance({
+            geometry : Cesium.BoxGeometry.fromDimensions({
+                dimensions : new Cesium.Cartesian3(0.5, 0.5, 0.5),
+                vertexFormat : Cesium.PerInstanceColorAppearance.VERTEX_FORMAT
+            }),
+            modelMatrix : modelMatrix,
+            attributes : {
+                color : Cesium.ColorGeometryInstanceAttribute.fromColor(Cesium.Color.BLUE)
+            }
+        }),
+        appearance : new Cesium.PerInstanceColorAppearance({
+            translucent : false,
+            closed : true
+        }),
+        asynchronous : false,
+        castShadows : true,
+        receiveShadows : true
+    });
+
+    scene.primitives.add(box);
+}
+
+function createSphere(origin) {
+    var modelMatrix = Cesium.Transforms.headingPitchRollToFixedFrame(origin, 0.0, 0.0, 0.0);
+
+    var sphere = new Cesium.Primitive({
+        geometryInstances : new Cesium.GeometryInstance({
+            geometry : new Cesium.SphereGeometry({
+                radius : 2.0,
+                vertexFormat : Cesium.PerInstanceColorAppearance.VERTEX_FORMAT
+            }),
+            modelMatrix : modelMatrix,
+            attributes : {
+                color : Cesium.ColorGeometryInstanceAttribute.fromColor(new Cesium.Color(1.0, 0.0, 0.0, 0.5))
+            }
+        }),
+        appearance : new Cesium.PerInstanceColorAppearance({
+            translucent : true,
+            closed : true
+        }),
+        asynchronous : false,
+        castShadows : true,
+        receiveShadows : true
+    });
+
+    scene.primitives.add(sphere);
+}
+
+var canvas = viewer.canvas;
+canvas.setAttribute('tabindex', '0'); // needed to put focus on the canvas
+canvas.onclick = function() {
+    // To get key events
+    canvas.focus();
+};
+
+var handler = new Cesium.ScreenSpaceEventHandler(canvas);
+
+// Double click object to turn castShadows on/off
+handler.setInputAction(function(movement) {
+    var picked = scene.pick(movement.position);
+    if (Cesium.defined(picked) && Cesium.defined(picked.primitive)) {
+        picked.primitive.castShadows = !picked.primitive.castShadows;
+    }
+}, Cesium.ScreenSpaceEventType.LEFT_DOUBLE_CLICK);
+
+// Double middle click object to turn receiveShadows on/off
+handler.setInputAction(function(movement) {
+    var picked = scene.pick(movement.position);
+    if (Cesium.defined(picked)) {
+        picked.primitive.receiveShadows = !picked.primitive.receiveShadows;
+    }
+}, Cesium.ScreenSpaceEventType.MIDDLE_DOUBLE_CLICK);
+
+//Sandcastle_End
+Sandcastle.finishedLoading();
+}
+if (typeof Cesium !== "undefined") {
+    startup(Cesium);
+} else if (typeof require === "function") {
+    require(["Cesium"], startup);
+}
+</script>
+</body>
+</html>
diff --git a/CHANGES.md b/CHANGES.md
index aeacf7093533..20e2c16554f3 100644
--- a/CHANGES.md
+++ b/CHANGES.md
@@ -7,6 +7,13 @@ Change Log
   *
 * Deprecated
   *
+* Added shadows
+    * Added `Viewer.shadows` and `Viewer.terrainShadows`. Both are off by default.
+    * Added `Viewer.shadowMap` and `Scene.shadowMap` for accessing the scene's shadow map.
+    * Added `castShadows` and `receiveShadows` properties to `Model` and `Entity.model`, and options to the `Model` constructor and `Model.fromGltf`.
+    * Added `castShadows` and `receiveShadows` properties to `Primitive`, and options to the `Primitive` constructor.
+    * Added `castShadows` and `receiveShadows` properties to `Globe`.
+* Added `Matrix4.computeView`.
 * Added `heightReference` to models so they can be drawn on terrain.
 * Added support for rendering models in 2D and Columbus view.
 * Added option to enable sun position based atmosphere color when `Globe.enableLighting` is `true`. [3439](https://github.com/AnalyticalGraphicsInc/cesium/issues/3439)
diff --git a/LICENSE.md b/LICENSE.md
index 9e527be67330..547273751236 100644
--- a/LICENSE.md
+++ b/LICENSE.md
@@ -393,10 +393,16 @@ https://github.com/dataarts/webgl-globe
 > 
 > Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
 
+### Wooden Watch Tower ###
+
+Creative Commons Attribution 3.0
+(c) copyright 2012, Dennis Haupt
+http://www.blendswap.com/blends/view/61653
+
 ### GitHub logo
 
 https://github.com/logos
 
 ### Font Awesome Icon
 
-Font Awesome by Dave Gandy - http://fontawesome.io
\ No newline at end of file
+Font Awesome by Dave Gandy - http://fontawesome.io
diff --git a/Source/Core/Matrix4.js b/Source/Core/Matrix4.js
index 2873affe21fb..1e42886c79f3 100644
--- a/Source/Core/Matrix4.js
+++ b/Source/Core/Matrix4.js
@@ -60,6 +60,7 @@ define([
      * @see Matrix4.computePerspectiveOffCenter
      * @see Matrix4.computeInfinitePerspectiveOffCenter
      * @see Matrix4.computeViewportTransformation
+     * @see Matrix4.computeView
      * @see Matrix2
      * @see Matrix3
      * @see Packable
@@ -956,6 +957,54 @@ define([
         return result;
     };
 
+    /**
+     * Computes a Matrix4 instance that transforms from world space to view space.
+     *
+     * @param {Cartesian3} position The position of the camera.
+     * @param {Cartesian3} direction The forward direction.
+     * @param {Cartesian3} up The up direction.
+     * @param {Cartesian3} right The right direction.
+     * @param {Matrix4} result The object in which the result will be stored.
+     * @returns {Matrix4} The modified result parameter.
+     */
+    Matrix4.computeView = function(position, direction, up, right, result) {
+        //>>includeStart('debug', pragmas.debug);
+        if (!defined(position)) {
+            throw new DeveloperError('position is required');
+        }
+        if (!defined(direction)) {
+            throw new DeveloperError('direction is required');
+        }
+        if (!defined(up)) {
+            throw new DeveloperError('up is required');
+        }
+        if (!defined(right)) {
+            throw new DeveloperError('right is required');
+        }
+        if (!defined(result)) {
+            throw new DeveloperError('result is required');
+        }
+        //>>includeEnd('debug');
+
+        result[0] = right.x;
+        result[1] = up.x;
+        result[2] = -direction.x;
+        result[3] = 0.0;
+        result[4] = right.y;
+        result[5] = up.y;
+        result[6] = -direction.y;
+        result[7] = 0.0;
+        result[8] = right.z;
+        result[9] = up.z;
+        result[10] = -direction.z;
+        result[11] = 0.0;
+        result[12] = -Cartesian3.dot(right, position);
+        result[13] = -Cartesian3.dot(up, position);
+        result[14] = Cartesian3.dot(direction, position);
+        result[15] = 1.0;
+        return result;
+    };
+
     /**
      * Computes an Array from the provided Matrix4 instance.
      * The array will be in column-major order.
diff --git a/Source/DataSources/CzmlDataSource.js b/Source/DataSources/CzmlDataSource.js
index b78d41a39189..d8d20317b7f0 100644
--- a/Source/DataSources/CzmlDataSource.js
+++ b/Source/DataSources/CzmlDataSource.js
@@ -1185,6 +1185,8 @@ define([
         processPacketData(Number, model, 'scale', modelData.scale, interval, sourceUri, entityCollection);
         processPacketData(Number, model, 'minimumPixelSize', modelData.minimumPixelSize, interval, sourceUri, entityCollection);
         processPacketData(Boolean, model, 'incrementallyLoadTextures', modelData.incrementallyLoadTextures, interval, sourceUri, entityCollection);
+        processPacketData(Boolean, model, 'castShadows', modelData.castShadows, interval, sourceUri, entityCollection);
+        processPacketData(Boolean, model, 'receiveShadows', modelData.receiveShadows, interval, sourceUri, entityCollection);
         processPacketData(Uri, model, 'uri', modelData.gltf, interval, sourceUri, entityCollection);
         processPacketData(Boolean, model, 'runAnimations', modelData.runAnimations, interval, sourceUri, entityCollection);
 
diff --git a/Source/DataSources/ModelGraphics.js b/Source/DataSources/ModelGraphics.js
index 5100c0f71659..5b6051586b36 100644
--- a/Source/DataSources/ModelGraphics.js
+++ b/Source/DataSources/ModelGraphics.js
@@ -45,6 +45,8 @@ define([
      * @param {Property} [options.minimumPixelSize=0.0] A numeric Property specifying the approximate minimum pixel size of the model regardless of zoom.
      * @param {Property} [options.maximumScale] The maximum scale size of a model. An upper limit for minimumPixelSize.
      * @param {Property} [options.incrementallyLoadTextures=true] Determine if textures may continue to stream in after the model is loaded.
+     * @param {Property} [options.castShadows=true] A boolean Property specifying whether the model casts shadows from each light source.
+     * @param {Property} [options.receiveShadows=true] A boolean Property specifying whether the model receives shadows from shadow casters in the scene.
      * @param {Property} [options.runAnimations=true] A boolean Property specifying if glTF animations specified in the model should be started.
      * @param {Property} [options.nodeTransformations] An object, where keys are names of nodes, and values are {@link TranslationRotationScale} Properties describing the transformation to apply to that node.
      *
@@ -62,6 +64,10 @@ define([
         this._maximumScaleSubscription = undefined;
         this._incrementallyLoadTextures = undefined;
         this._incrementallyLoadTexturesSubscription = undefined;
+        this._castShadows = undefined;
+        this._castShadowsSubscription = undefined;
+        this._receiveShadows = undefined;
+        this._receiveShadowsSubscription = undefined;
         this._uri = undefined;
         this._uriSubscription = undefined;
         this._runAnimations = undefined;
@@ -132,6 +138,22 @@ define([
          */
         incrementallyLoadTextures : createPropertyDescriptor('incrementallyLoadTextures'),
 
+        /**
+         * Get or sets the boolean Property specifying whether the model
+         * casts shadows from each light source.
+         * @memberof ModelGraphics.prototype
+         * @type {Property}
+         */
+        castShadows : createPropertyDescriptor('castShadows'),
+
+        /**
+         * Get or sets the boolean Property specifying whether the model
+         * receives shadows from shadow casters in the scene.
+         * @memberof ModelGraphics.prototype
+         * @type {Property}
+         */
+        receiveShadows : createPropertyDescriptor('receiveShadows'),
+
         /**
          * Gets or sets the string Property specifying the URI of the glTF asset.
          * @memberof ModelGraphics.prototype
@@ -171,6 +193,8 @@ define([
         result.minimumPixelSize = this.minimumPixelSize;
         result.maximumScale = this.maximumScale;
         result.incrementallyLoadTextures = this.incrementallyLoadTextures;
+        result.castShadows = this.castShadows;
+        result.receiveShadows = this.receiveShadows;
         result.uri = this.uri;
         result.runAnimations = this.runAnimations;
         result.nodeTransformations = this.nodeTransformations;
@@ -196,6 +220,8 @@ define([
         this.minimumPixelSize = defaultValue(this.minimumPixelSize, source.minimumPixelSize);
         this.maximumScale = defaultValue(this.maximumScale, source.maximumScale);
         this.incrementallyLoadTextures = defaultValue(this.incrementallyLoadTextures, source.incrementallyLoadTextures);
+        this.castShadows = defaultValue(this.castShadows, source.castShadows);
+        this.receiveShadows = defaultValue(this.receiveShadows, source.receiveShadows);
         this.uri = defaultValue(this.uri, source.uri);
         this.runAnimations = defaultValue(this.runAnimations, source.runAnimations);
 
diff --git a/Source/DataSources/ModelVisualizer.js b/Source/DataSources/ModelVisualizer.js
index 628d11c1a6e9..ed4ce430e360 100644
--- a/Source/DataSources/ModelVisualizer.js
+++ b/Source/DataSources/ModelVisualizer.js
@@ -26,6 +26,8 @@ define([
     var defaultScale = 1.0;
     var defaultMinimumPixelSize = 0.0;
     var defaultIncrementallyLoadTextures = true;
+    var defaultCastShadows = true;
+    var defaultReceiveShadows = true;
 
     var modelMatrixScratch = new Matrix4();
     var nodeMatrixScratch = new Matrix4();
@@ -128,6 +130,8 @@ define([
             model.scale = Property.getValueOrDefault(modelGraphics._scale, time, defaultScale);
             model.minimumPixelSize = Property.getValueOrDefault(modelGraphics._minimumPixelSize, time, defaultMinimumPixelSize);
             model.maximumScale = Property.getValueOrUndefined(modelGraphics._maximumScale, time);
+            model.castShadows = Property.getValueOrDefault(modelGraphics._castShadows, time, defaultCastShadows);
+            model.receiveShadows = Property.getValueOrDefault(modelGraphics._receiveShadows, time, defaultReceiveShadows);
             model.modelMatrix = Matrix4.clone(modelMatrix, model.modelMatrix);
 
             if (model.ready) {
diff --git a/Source/Renderer/CubeMap.js b/Source/Renderer/CubeMap.js
index ecf5dcab9d81..3f033e3391d8 100644
--- a/Source/Renderer/CubeMap.js
+++ b/Source/Renderer/CubeMap.js
@@ -169,7 +169,7 @@ define([
         this._positiveZ = new CubeMapFace(gl, texture, textureTarget, gl.TEXTURE_CUBE_MAP_POSITIVE_Z, pixelFormat, pixelDatatype, size, preMultiplyAlpha, flipY);
         this._negativeZ = new CubeMapFace(gl, texture, textureTarget, gl.TEXTURE_CUBE_MAP_NEGATIVE_Z, pixelFormat, pixelDatatype, size, preMultiplyAlpha, flipY);
 
-        this.sampler = new Sampler();
+        this.sampler = defined(options.sampler) ? options.sampler : new Sampler();
     }
 
     defineProperties(CubeMap.prototype, {
diff --git a/Source/Renderer/DrawCommand.js b/Source/Renderer/DrawCommand.js
index 81d5b6367506..705e604fff82 100644
--- a/Source/Renderer/DrawCommand.js
+++ b/Source/Renderer/DrawCommand.js
@@ -37,7 +37,11 @@ define([
         this._owner = options.owner;
         this._debugShowBoundingVolume = defaultValue(options.debugShowBoundingVolume, false);
         this._debugOverlappingFrustums = 0;
-        this._dirty = true;
+        this._castShadows = defaultValue(options.castShadows, false);
+        this._receiveShadows = defaultValue(options.receiveShadows, false);
+        
+        this.dirty = true;
+        this.lastDirtyTime = 0;
 
         /**
          * @private
@@ -67,7 +71,7 @@ define([
             set : function(value) {
                 if (this._boundingVolume !== value) {
                     this._boundingVolume = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -83,12 +87,12 @@ define([
          */
         orientedBoundingBox : {
             get : function() {
-                return this._orientedBoundingVolume;
+                return this._orientedBoundingBox;
             },
             set : function(value) {
-                if (this._orientedBoundingVolume !== value) {
-                    this._orientedBoundingVolume = value;
-                    this._dirty = true;
+                if (this._orientedBoundingBox !== value) {
+                    this._orientedBoundingBox = value;
+                    this.dirty = true;
                 }
             }
         },
@@ -107,7 +111,7 @@ define([
             set : function(value) {
                 if (this._cull !== value) {
                     this._cull = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -128,7 +132,7 @@ define([
             set : function(value) {
                 if (this._modelMatrix !== value) {
                     this._modelMatrix = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -146,7 +150,7 @@ define([
             set : function(value) {
                 if (this._primitiveType !== value) {
                     this._primitiveType = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -164,7 +168,7 @@ define([
             set : function(value) {
                 if (this._vertexArray !== value) {
                     this._vertexArray = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -182,7 +186,7 @@ define([
             set : function(value) {
                 if (this._count !== value) {
                     this._count = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -200,7 +204,7 @@ define([
             set : function(value) {
                 if (this._offset !== value) {
                     this._offset = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -209,7 +213,7 @@ define([
          * The number of instances to draw.
          *
          * @type {Number}
-         * @default 1
+         * @default 0
          */
         instanceCount : {
             get : function() {
@@ -218,7 +222,7 @@ define([
             set : function(value) {
                 if (this._instanceCount !== value) {
                     this._instanceCount = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -236,7 +240,43 @@ define([
             set : function(value) {
                 if (this._shaderProgram !== value) {
                     this._shaderProgram = value;
-                    this._dirty = true;
+                    this.dirty = true;
+                }
+            }
+        },
+
+        /**
+         * Whether this command should cast shadows when shadowing is enabled.
+         *
+         * @type {Boolean}
+         * @default false
+         */
+        castShadows : {
+            get : function() {
+                return this._castShadows;
+            },
+            set : function(value) {
+                if (this._castShadows !== value) {
+                    this._castShadows = value;
+                    this.dirty = true;
+                }
+            }
+        },
+
+        /**
+         * Whether this command should receive shadows when shadowing is enabled.
+         *
+         * @type {Boolean}
+         * @default false
+         */
+        receiveShadows : {
+            get : function() {
+                return this._receiveShadows;
+            },
+            set : function(value) {
+                if (this._receiveShadows !== value) {
+                    this._receiveShadows = value;
+                    this.dirty = true;
                 }
             }
         },
@@ -255,7 +295,7 @@ define([
             set : function(value) {
                 if (this._uniformMap !== value) {
                     this._uniformMap = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -273,7 +313,7 @@ define([
             set : function(value) {
                 if (this._renderState !== value) {
                     this._renderState = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -291,7 +331,7 @@ define([
             set : function(value) {
                 if (this._framebuffer !== value) {
                     this._framebuffer = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -309,7 +349,7 @@ define([
             set : function(value) {
                 if (this._pass !== value) {
                     this._pass = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -328,7 +368,7 @@ define([
             set : function(value) {
                 if (this._executeInClosestFrustum !== value) {
                     this._executeInClosestFrustum = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -351,7 +391,7 @@ define([
             set : function(value) {
                 if (this._owner !== value) {
                     this._owner = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -374,7 +414,7 @@ define([
             set : function(value) {
                 if (this._debugShowBoundingVolume !== value) {
                     this._debugShowBoundingVolume = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
         },
@@ -390,10 +430,10 @@ define([
             set : function(value) {
                 if (this._debugOverlappingFrustums !== value) {
                     this._debugOverlappingFrustums = value;
-                    this._dirty = true;
+                    this.dirty = true;
                 }
             }
-        },
+        }
     });
 
     /**
@@ -425,7 +465,9 @@ define([
         result._owner = command._owner;
         result._debugShowBoundingVolume = command._debugShowBoundingVolume;
         result._debugOverlappingFrustums = command._debugOverlappingFrustums;
-        result._dirty = true;
+        
+        result.dirty = true;
+        result.lastDirtyTime = 0;
 
         return result;
     };
diff --git a/Source/Renderer/Framebuffer.js b/Source/Renderer/Framebuffer.js
index eb40cca109f0..2e2c1f97406a 100644
--- a/Source/Renderer/Framebuffer.js
+++ b/Source/Renderer/Framebuffer.js
@@ -240,7 +240,7 @@ define([
 
     defineProperties(Framebuffer.prototype, {
         /**
-         * The status of the framebuffer. If the status is not WebGLConstants.COMPLETE,
+         * The status of the framebuffer. If the status is not WebGLConstants.FRAMEBUFFER_COMPLETE,
          * a {@link DeveloperError} will be thrown when attempting to render to the framebuffer.
          * @memberof Framebuffer.prototype
          * @type {Number}
diff --git a/Source/Renderer/RenderState.js b/Source/Renderer/RenderState.js
index d003d56deec2..523b8711e247 100644
--- a/Source/Renderer/RenderState.js
+++ b/Source/Renderer/RenderState.js
@@ -754,7 +754,7 @@ define([
             applyBlending(gl, renderState, passState);
         }
 
-        if (previousRenderState !== renderState || previousPassState.context !== passState.context) {
+        if (previousRenderState !== renderState || previousPassState !== passState || previousPassState.context !== passState.context) {
             applyViewport(gl, renderState, passState);
         }
     };
diff --git a/Source/Renderer/ShaderProgram.js b/Source/Renderer/ShaderProgram.js
index 07435f5b6901..b3501bec4af1 100644
--- a/Source/Renderer/ShaderProgram.js
+++ b/Source/Renderer/ShaderProgram.js
@@ -61,6 +61,7 @@ define([
          */
         this.id = nextShaderProgramId++;
     }
+
     ShaderProgram.fromCache = function(options) {
         options = defaultValue(options, defaultValue.EMPTY_OBJECT);
 
diff --git a/Source/Renderer/ShaderSource.js b/Source/Renderer/ShaderSource.js
index 3030ec69ac70..80d5fc7ea91c 100644
--- a/Source/Renderer/ShaderSource.js
+++ b/Source/Renderer/ShaderSource.js
@@ -275,6 +275,7 @@ define([
         this.pickColorQualifier = pickColorQualifier;
         this.includeBuiltIns = defaultValue(options.includeBuiltIns, true);
     }
+    
     ShaderSource.prototype.clone = function() {
         return new ShaderSource({
             sources : this.sources,
@@ -356,5 +357,35 @@ define([
         return renamedFS + '\n' + pickMain;
     };
 
+    ShaderSource.findVarying = function(shaderSource, names) {
+        var sources = shaderSource.sources;
+
+        var namesLength = names.length;
+        for (var i = 0; i < namesLength; ++i) {
+            var name = names[i];
+
+            var sourcesLength = sources.length;
+            for (var j = 0; j < sourcesLength; ++j) {
+                if (sources[j].indexOf(name) !== -1) {
+                    return name;
+                }
+            }
+        }
+
+        return undefined;
+    };
+
+    var normalVaryingNames = ['v_normalEC', 'v_normal'];
+
+    ShaderSource.findNormalVarying = function(shaderSource) {
+        return ShaderSource.findVarying(shaderSource, normalVaryingNames);
+    };
+
+    var positionVaryingNames = ['v_positionEC'];
+
+    ShaderSource.findPositionVarying = function(shaderSource) {
+        return ShaderSource.findVarying(shaderSource, positionVaryingNames);
+    };
+
     return ShaderSource;
 });
diff --git a/Source/Renderer/UniformState.js b/Source/Renderer/UniformState.js
index 1666fe127a1e..0e138fbec12a 100644
--- a/Source/Renderer/UniformState.js
+++ b/Source/Renderer/UniformState.js
@@ -227,8 +227,6 @@ define([
                 this._inverseTransposeModelDirty = true;
                 this._modelViewDirty = true;
                 this._inverseModelViewDirty = true;
-                this._viewProjectionDirty = true;
-                this._inverseViewProjectionDirty = true;
                 this._modelViewRelativeToEyeDirty = true;
                 this._inverseModelViewDirty = true;
                 this._modelViewProjectionDirty = true;
@@ -792,6 +790,7 @@ define([
         uniformState._inverseModelViewDirty = true;
         uniformState._inverseModelView3DDirty = true;
         uniformState._viewProjectionDirty = true;
+        uniformState._inverseViewProjectionDirty = true;
         uniformState._modelViewProjectionDirty = true;
         uniformState._modelViewProjectionRelativeToEyeDirty = true;
         uniformState._modelViewInfiniteProjectionDirty = true;
@@ -812,6 +811,7 @@ define([
         uniformState._inverseProjectionDirty = true;
         uniformState._inverseProjectionOITDirty = true;
         uniformState._viewProjectionDirty = true;
+        uniformState._inverseViewProjectionDirty = true;
         uniformState._modelViewProjectionDirty = true;
         uniformState._modelViewProjectionRelativeToEyeDirty = true;
     }
@@ -856,6 +856,23 @@ define([
         projection.project(sunCartographic, uniformState._sunPositionColumbusView);
     }
 
+    /**
+     * Synchronizes the frustum's state with the camera state.  This is called
+     * by the {@link Scene} when rendering to ensure that automatic GLSL uniforms
+     * are set to the right value.
+     *
+     * @param {Object} camera The camera to synchronize with.
+     */
+    UniformState.prototype.updateCamera = function(camera) {
+        setView(this, camera.viewMatrix);
+        setInverseView(this, camera.inverseViewMatrix);
+        setCamera(this, camera);
+
+        this._entireFrustum.x = camera.frustum.near;
+        this._entireFrustum.y = camera.frustum.far;
+        this.updateFrustum(camera.frustum);
+    };
+
     /**
      * Synchronizes the frustum's state with the uniform state.  This is called
      * by the {@link Scene} when rendering to ensure that automatic GLSL uniforms
@@ -900,10 +917,7 @@ define([
         this._resolutionScale = canvas.width / canvas.clientWidth;
 
         var camera = frameState.camera;
-
-        setView(this, camera.viewMatrix);
-        setInverseView(this, camera.inverseViewMatrix);
-        setCamera(this, camera);
+        this.updateCamera(camera);
 
         if (frameState.mode === SceneMode.SCENE2D) {
             this._frustum2DWidth = camera.frustum.right - camera.frustum.left;
@@ -917,10 +931,6 @@ define([
 
         setSunAndMoonDirections(this, frameState);
 
-        this._entireFrustum.x = camera.frustum.near;
-        this._entireFrustum.y = camera.frustum.far;
-        this.updateFrustum(camera.frustum);
-
         this._fogDensity = frameState.fog.density;
 
         this._frameState = frameState;
diff --git a/Source/Scene/Camera.js b/Source/Scene/Camera.js
index bad3b9718ee0..e3ce37673142 100644
--- a/Source/Scene/Camera.js
+++ b/Source/Scene/Camera.js
@@ -251,30 +251,8 @@ define([
     Camera.DEFAULT_VIEW_FACTOR = 0.5;
 
     function updateViewMatrix(camera) {
-        var r = camera._right;
-        var u = camera._up;
-        var d = camera._direction;
-        var e = camera._position;
-
-        var viewMatrix = camera._viewMatrix;
-        viewMatrix[0] = r.x;
-        viewMatrix[1] = u.x;
-        viewMatrix[2] = -d.x;
-        viewMatrix[3] = 0.0;
-        viewMatrix[4] = r.y;
-        viewMatrix[5] = u.y;
-        viewMatrix[6] = -d.y;
-        viewMatrix[7] = 0.0;
-        viewMatrix[8] = r.z;
-        viewMatrix[9] = u.z;
-        viewMatrix[10] = -d.z;
-        viewMatrix[11] = 0.0;
-        viewMatrix[12] = -Cartesian3.dot(r, e);
-        viewMatrix[13] = -Cartesian3.dot(u, e);
-        viewMatrix[14] = Cartesian3.dot(d, e);
-        viewMatrix[15] = 1.0;
-
-        Matrix4.multiply(viewMatrix, camera._actualInvTransform, camera._viewMatrix);
+        Matrix4.computeView(camera._position, camera._direction, camera._up, camera._right, camera._viewMatrix);
+        Matrix4.multiply(camera._viewMatrix, camera._actualInvTransform, camera._viewMatrix);
         Matrix4.inverseTransformation(camera._viewMatrix, camera._invViewMatrix);
     }
 
@@ -962,7 +940,7 @@ define([
      *     destination : Cesium.Rectangle.fromDegrees(west, south, east, north)
      * });
      *
-     * // 5. Setposition with an orientation using unit vectors.
+     * // 5. Set position with an orientation using unit vectors.
      * viewer.camera.setView({
      *     destination : Cesium.Cartesian3.fromDegrees(-122.19, 46.25, 5000.0),
      *     orientation : {
@@ -2800,6 +2778,7 @@ define([
         Cartesian3.clone(camera.up, result.up);
         Cartesian3.clone(camera.right, result.right);
         Matrix4.clone(camera._transform, result.transform);
+        result._transformChanged = true;
 
         return result;
     };
diff --git a/Source/Scene/FrameState.js b/Source/Scene/FrameState.js
index 010ebe14c6c3..dbd4935771e7 100644
--- a/Source/Scene/FrameState.js
+++ b/Source/Scene/FrameState.js
@@ -29,6 +29,12 @@ define([
          */
         this.commandList = [];
 
+        /**
+         * An array of shadow maps.
+         * @type {ShadowMap[]}
+         */
+        this.shadowMaps = [];
+
         /**
          * The current mode of the scene.
          * @type {SceneMode}
@@ -162,6 +168,38 @@ define([
         * @type {Number}
         */
         this.terrainExaggeration = 1.0;
+
+        this.shadowHints = {
+            /**
+             * The near plane of the scene's frustum commands. Used for fitting cascaded shadow maps.
+             * @type {Number}
+             */
+            nearPlane : 1.0,
+
+            /**
+             * The far plane of the scene's frustum commands. Used for fitting cascaded shadow maps.
+             * @type {Number}
+             */
+            farPlane : 5000.0,
+
+            /**
+             * The size of the bounding volume that is closest to the camera. This is used to place more shadow detail near the object.
+             * @type {Number}
+             */
+            closestObjectSize : 1000.0,
+
+            /**
+             * The time when a shadow map was last dirty
+             * @type {Number}
+             */
+            lastDirtyTime : 0,
+
+            /**
+             * Whether the shadows maps are out of view this frame
+             * @type {Boolean}
+             */
+            outOfView : true
+        };
     }
 
     /**
diff --git a/Source/Scene/Globe.js b/Source/Scene/Globe.js
index 90ec807e0c0a..118b7b96e800 100644
--- a/Source/Scene/Globe.js
+++ b/Source/Scene/Globe.js
@@ -187,6 +187,25 @@ define([
          */
         this.depthTestAgainstTerrain = false;
 
+        /**
+         * Determines whether the globe casts shadows from each light source. Any primitive that has
+         * <code>receiveShadows</code> set to <code>true</code> will receive shadows that are casted by
+         * the globe. This may impact performance since the terrain is rendered again from the light's
+         * perspective. Currently only terrain that is in view casts shadows.
+         *
+         * @type {Boolean}
+         * @default false
+         */
+        this.castShadows = false;
+
+        /**
+         * Determines whether the globe receives shadows from shadow casters in the scene.
+         *
+         * @type {Boolean}
+         * @default true
+         */
+        this.receiveShadows = true;
+
         this._oceanNormalMap = undefined;
         this._zoomedOutOceanSpecularIntensity = 0.5;
     }
@@ -486,6 +505,8 @@ define([
             tileProvider.hasWaterMask = hasWaterMask;
             tileProvider.oceanNormalMap = this._oceanNormalMap;
             tileProvider.enableLighting = this.enableLighting;
+            tileProvider.castShadows = this.castShadows;
+            tileProvider.receiveShadows = this.receiveShadows;
 
             surface.beginFrame(frameState);
         }
diff --git a/Source/Scene/GlobeDepth.js b/Source/Scene/GlobeDepth.js
index f1cea06bf286..e2a28db927aa 100644
--- a/Source/Scene/GlobeDepth.js
+++ b/Source/Scene/GlobeDepth.js
@@ -114,11 +114,6 @@ define([
     }
 
     function createFramebuffers(globeDepth, context, width, height) {
-        destroyTextures(globeDepth);
-        destroyFramebuffers(globeDepth);
-
-        createTextures(globeDepth, context, width, height);
-
         globeDepth.framebuffer = new Framebuffer({
             context : context,
             colorTextures : [globeDepth._colorTexture],
@@ -137,6 +132,9 @@ define([
         var colorTexture = globeDepth._colorTexture;
         var textureChanged = !defined(colorTexture) || colorTexture.width !== width || colorTexture.height !== height;
         if (!defined(globeDepth.framebuffer) || textureChanged) {
+            destroyTextures(globeDepth);
+            destroyFramebuffers(globeDepth);
+            createTextures(globeDepth, context, width, height);
             createFramebuffers(globeDepth, context, width, height);
         }
     }
diff --git a/Source/Scene/GlobeSurfaceShaderSet.js b/Source/Scene/GlobeSurfaceShaderSet.js
index 5e9a748bb70c..72670f66b14e 100644
--- a/Source/Scene/GlobeSurfaceShaderSet.js
+++ b/Source/Scene/GlobeSurfaceShaderSet.js
@@ -241,6 +241,9 @@ define([
     };
 
     GlobeSurfaceShaderSet.prototype.destroy = function() {
+        var flags;
+        var shader;
+
         var shadersByTexturesFlags = this._shadersByTexturesFlags;
         for (var textureCount in shadersByTexturesFlags) {
             if (shadersByTexturesFlags.hasOwnProperty(textureCount)) {
@@ -249,9 +252,9 @@ define([
                     continue;
                 }
 
-                for (var flags in shadersByFlags) {
+                for (flags in shadersByFlags) {
                     if (shadersByFlags.hasOwnProperty(flags)) {
-                        var shader = shadersByFlags[flags];
+                        shader = shadersByFlags[flags];
                         if (defined(shader)) {
                             shader.shaderProgram.destroy();
                         }
@@ -260,8 +263,16 @@ define([
             }
         }
 
+        var pickShaderPrograms = this._pickShaderPrograms;
+        for (flags in pickShaderPrograms) {
+            if (pickShaderPrograms.hasOwnProperty(flags)) {
+                shader = pickShaderPrograms[flags];
+                shader.destroy();
+            }
+        }
+
         return destroyObject(this);
     };
 
     return GlobeSurfaceShaderSet;
-});
\ No newline at end of file
+});
diff --git a/Source/Scene/GlobeSurfaceTileProvider.js b/Source/Scene/GlobeSurfaceTileProvider.js
index c45f55ada797..b0877e4c9eae 100644
--- a/Source/Scene/GlobeSurfaceTileProvider.js
+++ b/Source/Scene/GlobeSurfaceTileProvider.js
@@ -124,6 +124,8 @@ define([
         this.oceanNormalMap = undefined;
         this.zoomedOutOceanSpecularIntensity = 0.5;
         this.enableLighting = false;
+        this.castShadows = false;
+        this.receiveShadows = false;
 
         this._quadtree = undefined;
         this._terrainProvider = options.terrainProvider;
@@ -522,6 +524,7 @@ define([
     };
 
     var modifiedModelViewScratch = new Matrix4();
+    var modifiedModelViewProjectionScratch = new Matrix4();
     var tileRectangleScratch = new Cartesian4();
     var rtcScratch = new Cartesian3();
     var centerEyeScratch = new Cartesian3();
@@ -669,107 +672,122 @@ define([
         }
     };
 
-    function createTileUniformMap() {
+    function createTileUniformMap(frameState) {
         var uniformMap = {
             u_initialColor : function() {
-                return this.initialColor;
+                return this.properties.initialColor;
             },
             u_zoomedOutOceanSpecularIntensity : function() {
-                return this.zoomedOutOceanSpecularIntensity;
+                return this.properties.zoomedOutOceanSpecularIntensity;
             },
             u_oceanNormalMap : function() {
-                return this.oceanNormalMap;
+                return this.properties.oceanNormalMap;
             },
             u_lightingFadeDistance : function() {
-                return this.lightingFadeDistance;
+                return this.properties.lightingFadeDistance;
             },
             u_center3D : function() {
-                return this.center3D;
+                return this.properties.center3D;
             },
             u_tileRectangle : function() {
-                return this.tileRectangle;
+                return this.properties.tileRectangle;
             },
             u_modifiedModelView : function() {
-                return this.modifiedModelView;
+                var viewMatrix = frameState.context.uniformState.view;
+                var centerEye = Matrix4.multiplyByPoint(viewMatrix, this.properties.rtc, centerEyeScratch);
+                Matrix4.setTranslation(viewMatrix, centerEye, modifiedModelViewScratch);
+                return modifiedModelViewScratch;
+            },
+            u_modifiedModelViewProjection : function() {
+                var viewMatrix = frameState.context.uniformState.view;
+                var projectionMatrix = frameState.context.uniformState.projection;
+                var centerEye = Matrix4.multiplyByPoint(viewMatrix, this.properties.rtc, centerEyeScratch);
+                Matrix4.setTranslation(viewMatrix, centerEye, modifiedModelViewProjectionScratch);
+                Matrix4.multiply(projectionMatrix, modifiedModelViewProjectionScratch, modifiedModelViewProjectionScratch);
+                return modifiedModelViewProjectionScratch;
             },
             u_dayTextures : function() {
-                return this.dayTextures;
+                return this.properties.dayTextures;
             },
             u_dayTextureTranslationAndScale : function() {
-                return this.dayTextureTranslationAndScale;
+                return this.properties.dayTextureTranslationAndScale;
             },
             u_dayTextureTexCoordsRectangle : function() {
-                return this.dayTextureTexCoordsRectangle;
+                return this.properties.dayTextureTexCoordsRectangle;
             },
             u_dayTextureAlpha : function() {
-                return this.dayTextureAlpha;
+                return this.properties.dayTextureAlpha;
             },
             u_dayTextureBrightness : function() {
-                return this.dayTextureBrightness;
+                return this.properties.dayTextureBrightness;
             },
             u_dayTextureContrast : function() {
-                return this.dayTextureContrast;
+                return this.properties.dayTextureContrast;
             },
             u_dayTextureHue : function() {
-                return this.dayTextureHue;
+                return this.properties.dayTextureHue;
             },
             u_dayTextureSaturation : function() {
-                return this.dayTextureSaturation;
+                return this.properties.dayTextureSaturation;
             },
             u_dayTextureOneOverGamma : function() {
-                return this.dayTextureOneOverGamma;
+                return this.properties.dayTextureOneOverGamma;
             },
             u_dayIntensity : function() {
-                return this.dayIntensity;
+                return this.properties.dayIntensity;
             },
             u_southAndNorthLatitude : function() {
-                return this.southAndNorthLatitude;
+                return this.properties.southAndNorthLatitude;
             },
             u_southMercatorYAndOneOverHeight : function() {
-                return this.southMercatorYAndOneOverHeight;
+                return this.properties.southMercatorYAndOneOverHeight;
             },
             u_waterMask : function() {
-                return this.waterMask;
+                return this.properties.waterMask;
             },
             u_waterMaskTranslationAndScale : function() {
-                return this.waterMaskTranslationAndScale;
+                return this.properties.waterMaskTranslationAndScale;
             },
             u_minMaxHeight : function() {
-                return this.minMaxHeight;
+                return this.properties.minMaxHeight;
             },
             u_scaleAndBias : function() {
-                return this.scaleAndBias;
+                return this.properties.scaleAndBias;
             },
 
-
-            initialColor : new Cartesian4(0.0, 0.0, 0.5, 1.0),
-            zoomedOutOceanSpecularIntensity : 0.5,
-            oceanNormalMap : undefined,
-            lightingFadeDistance : new Cartesian2(6500000.0, 9000000.0),
-
-            center3D : undefined,
-            modifiedModelView : new Matrix4(),
-            tileRectangle : new Cartesian4(),
-
-            dayTextures : [],
-            dayTextureTranslationAndScale : [],
-            dayTextureTexCoordsRectangle : [],
-            dayTextureAlpha : [],
-            dayTextureBrightness : [],
-            dayTextureContrast : [],
-            dayTextureHue : [],
-            dayTextureSaturation : [],
-            dayTextureOneOverGamma : [],
-            dayIntensity : 0.0,
-
-            southAndNorthLatitude : new Cartesian2(),
-            southMercatorYAndOneOverHeight : new Cartesian2(),
-
-            waterMask : undefined,
-            waterMaskTranslationAndScale : new Cartesian4(),
-
-            minMaxHeight : new Cartesian2(),
-            scaleAndBias : new Matrix4()
+            // make a separate object so that changes to the properties are seen on
+            // derived commands that combine another uniform map with this one.
+            properties : {
+                initialColor : new Cartesian4(0.0, 0.0, 0.5, 1.0),
+                zoomedOutOceanSpecularIntensity : 0.5,
+                oceanNormalMap : undefined,
+                lightingFadeDistance : new Cartesian2(6500000.0, 9000000.0),
+
+                center3D : undefined,
+                rtc : new Cartesian3(),
+                modifiedModelView : new Matrix4(),
+                tileRectangle : new Cartesian4(),
+
+                dayTextures : [],
+                dayTextureTranslationAndScale : [],
+                dayTextureTexCoordsRectangle : [],
+                dayTextureAlpha : [],
+                dayTextureBrightness : [],
+                dayTextureContrast : [],
+                dayTextureHue : [],
+                dayTextureSaturation : [],
+                dayTextureOneOverGamma : [],
+                dayIntensity : 0.0,
+
+                southAndNorthLatitude : new Cartesian2(),
+                southMercatorYAndOneOverHeight : new Cartesian2(),
+
+                waterMask : undefined,
+                waterMaskTranslationAndScale : new Cartesian4(),
+
+                minMaxHeight : new Cartesian2(),
+                scaleAndBias : new Matrix4()
+            }
         };
 
         return uniformMap;
@@ -895,8 +913,6 @@ define([
     function addDrawCommandsForTile(tileProvider, tile, frameState) {
         var surfaceTile = tile.data;
 
-        var viewMatrix = frameState.camera.viewMatrix;
-
         var maxTextures = ContextLimits.maximumTextureImageUnits;
 
         var waterMaskTexture = surfaceTile.waterMaskTexture;
@@ -905,7 +921,9 @@ define([
         var showOceanWaves = showReflectiveOcean && defined(oceanNormalMap);
         var hasVertexNormals = tileProvider.terrainProvider.ready && tileProvider.terrainProvider.hasVertexNormals;
         var enableFog = frameState.fog.enabled;
-
+        var castShadows = tileProvider.castShadows;
+        var receiveShadows = tileProvider.receiveShadows;
+        
         if (showReflectiveOcean) {
             --maxTextures;
         }
@@ -975,9 +993,6 @@ define([
             }
         }
 
-        var centerEye = Matrix4.multiplyByPoint(viewMatrix, rtc, centerEyeScratch);
-        Matrix4.setTranslation(viewMatrix, centerEye, modifiedModelViewScratch);
-
         var tileImageryCollection = surfaceTile.imagery;
         var imageryIndex = 0;
         var imageryLen = tileImageryCollection.length;
@@ -1007,7 +1022,7 @@ define([
                 command.boundingVolume = new BoundingSphere();
                 command.orientedBoundingBox = undefined;
 
-                uniformMap = createTileUniformMap();
+                uniformMap = createTileUniformMap(frameState);
 
                 tileProvider._drawCommands.push(command);
                 tileProvider._uniformMaps.push(uniformMap);
@@ -1031,20 +1046,21 @@ define([
                 }
             }
 
-            Cartesian4.clone(initialColor, uniformMap.initialColor);
-            uniformMap.oceanNormalMap = oceanNormalMap;
-            uniformMap.lightingFadeDistance.x = tileProvider.lightingFadeOutDistance;
-            uniformMap.lightingFadeDistance.y = tileProvider.lightingFadeInDistance;
-            uniformMap.zoomedOutOceanSpecularIntensity = tileProvider.zoomedOutOceanSpecularIntensity;
+            var uniformMapProperties = uniformMap.properties;
+            Cartesian4.clone(initialColor, uniformMapProperties.initialColor);
+            uniformMapProperties.oceanNormalMap = oceanNormalMap;
+            uniformMapProperties.lightingFadeDistance.x = tileProvider.lightingFadeOutDistance;
+            uniformMapProperties.lightingFadeDistance.y = tileProvider.lightingFadeInDistance;
+            uniformMapProperties.zoomedOutOceanSpecularIntensity = tileProvider.zoomedOutOceanSpecularIntensity;
 
-            uniformMap.center3D = surfaceTile.center;
+            uniformMapProperties.center3D = surfaceTile.center;
+            Cartesian3.clone(rtc, uniformMapProperties.rtc);
 
-            Cartesian4.clone(tileRectangle, uniformMap.tileRectangle);
-            uniformMap.southAndNorthLatitude.x = southLatitude;
-            uniformMap.southAndNorthLatitude.y = northLatitude;
-            uniformMap.southMercatorYAndOneOverHeight.x = southMercatorY;
-            uniformMap.southMercatorYAndOneOverHeight.y = oneOverMercatorHeight;
-            Matrix4.clone(modifiedModelViewScratch, uniformMap.modifiedModelView);
+            Cartesian4.clone(tileRectangle, uniformMapProperties.tileRectangle);
+            uniformMapProperties.southAndNorthLatitude.x = southLatitude;
+            uniformMapProperties.southAndNorthLatitude.y = northLatitude;
+            uniformMapProperties.southMercatorYAndOneOverHeight.x = southMercatorY;
+            uniformMapProperties.southMercatorYAndOneOverHeight.y = oneOverMercatorHeight;
 
             // For performance, use fog in the shader only when the tile is in fog.
             var applyFog = enableFog && CesiumMath.fog(tile._distance, frameState.fog.density) > CesiumMath.EPSILON3;
@@ -1071,27 +1087,27 @@ define([
                     tileImagery.textureTranslationAndScale = imageryLayer._calculateTextureTranslationAndScale(tile, tileImagery);
                 }
 
-                uniformMap.dayTextures[numberOfDayTextures] = imagery.texture;
-                uniformMap.dayTextureTranslationAndScale[numberOfDayTextures] = tileImagery.textureTranslationAndScale;
-                uniformMap.dayTextureTexCoordsRectangle[numberOfDayTextures] = tileImagery.textureCoordinateRectangle;
+                uniformMapProperties.dayTextures[numberOfDayTextures] = imagery.texture;
+                uniformMapProperties.dayTextureTranslationAndScale[numberOfDayTextures] = tileImagery.textureTranslationAndScale;
+                uniformMapProperties.dayTextureTexCoordsRectangle[numberOfDayTextures] = tileImagery.textureCoordinateRectangle;
 
-                uniformMap.dayTextureAlpha[numberOfDayTextures] = imageryLayer.alpha;
-                applyAlpha = applyAlpha || uniformMap.dayTextureAlpha[numberOfDayTextures] !== 1.0;
+                uniformMapProperties.dayTextureAlpha[numberOfDayTextures] = imageryLayer.alpha;
+                applyAlpha = applyAlpha || uniformMapProperties.dayTextureAlpha[numberOfDayTextures] !== 1.0;
 
-                uniformMap.dayTextureBrightness[numberOfDayTextures] = imageryLayer.brightness;
-                applyBrightness = applyBrightness || uniformMap.dayTextureBrightness[numberOfDayTextures] !== ImageryLayer.DEFAULT_BRIGHTNESS;
+                uniformMapProperties.dayTextureBrightness[numberOfDayTextures] = imageryLayer.brightness;
+                applyBrightness = applyBrightness || uniformMapProperties.dayTextureBrightness[numberOfDayTextures] !== ImageryLayer.DEFAULT_BRIGHTNESS;
 
-                uniformMap.dayTextureContrast[numberOfDayTextures] = imageryLayer.contrast;
-                applyContrast = applyContrast || uniformMap.dayTextureContrast[numberOfDayTextures] !== ImageryLayer.DEFAULT_CONTRAST;
+                uniformMapProperties.dayTextureContrast[numberOfDayTextures] = imageryLayer.contrast;
+                applyContrast = applyContrast || uniformMapProperties.dayTextureContrast[numberOfDayTextures] !== ImageryLayer.DEFAULT_CONTRAST;
 
-                uniformMap.dayTextureHue[numberOfDayTextures] = imageryLayer.hue;
-                applyHue = applyHue || uniformMap.dayTextureHue[numberOfDayTextures] !== ImageryLayer.DEFAULT_HUE;
+                uniformMapProperties.dayTextureHue[numberOfDayTextures] = imageryLayer.hue;
+                applyHue = applyHue || uniformMapProperties.dayTextureHue[numberOfDayTextures] !== ImageryLayer.DEFAULT_HUE;
 
-                uniformMap.dayTextureSaturation[numberOfDayTextures] = imageryLayer.saturation;
-                applySaturation = applySaturation || uniformMap.dayTextureSaturation[numberOfDayTextures] !== ImageryLayer.DEFAULT_SATURATION;
+                uniformMapProperties.dayTextureSaturation[numberOfDayTextures] = imageryLayer.saturation;
+                applySaturation = applySaturation || uniformMapProperties.dayTextureSaturation[numberOfDayTextures] !== ImageryLayer.DEFAULT_SATURATION;
 
-                uniformMap.dayTextureOneOverGamma[numberOfDayTextures] = 1.0 / imageryLayer.gamma;
-                applyGamma = applyGamma || uniformMap.dayTextureOneOverGamma[numberOfDayTextures] !== 1.0 / ImageryLayer.DEFAULT_GAMMA;
+                uniformMapProperties.dayTextureOneOverGamma[numberOfDayTextures] = 1.0 / imageryLayer.gamma;
+                applyGamma = applyGamma || uniformMapProperties.dayTextureOneOverGamma[numberOfDayTextures] !== 1.0 / ImageryLayer.DEFAULT_GAMMA;
 
                 if (defined(imagery.credits)) {
                     var creditDisplay = frameState.creditDisplay;
@@ -1106,15 +1122,17 @@ define([
 
             // trim texture array to the used length so we don't end up using old textures
             // which might get destroyed eventually
-            uniformMap.dayTextures.length = numberOfDayTextures;
-            uniformMap.waterMask = waterMaskTexture;
-            Cartesian4.clone(surfaceTile.waterMaskTranslationAndScale, uniformMap.waterMaskTranslationAndScale);
+            uniformMapProperties.dayTextures.length = numberOfDayTextures;
+            uniformMapProperties.waterMask = waterMaskTexture;
+            Cartesian4.clone(surfaceTile.waterMaskTranslationAndScale, uniformMapProperties.waterMaskTranslationAndScale);
 
-            uniformMap.minMaxHeight.x = encoding.minimumHeight;
-            uniformMap.minMaxHeight.y = encoding.maximumHeight;
-            Matrix4.clone(encoding.matrix, uniformMap.scaleAndBias);
+            uniformMapProperties.minMaxHeight.x = encoding.minimumHeight;
+            uniformMapProperties.minMaxHeight.y = encoding.maximumHeight;
+            Matrix4.clone(encoding.matrix, uniformMapProperties.scaleAndBias);
 
             command.shaderProgram = tileProvider._surfaceShaderSet.getShaderProgram(frameState, surfaceTile, numberOfDayTextures, applyBrightness, applyContrast, applyHue, applySaturation, applyGamma, applyAlpha, showReflectiveOcean, showOceanWaves, tileProvider.enableLighting, hasVertexNormals, useWebMercatorProjection, applyFog);
+            command.castShadows = castShadows;
+            command.receiveShadows = receiveShadows;
             command.renderState = renderState;
             command.primitiveType = PrimitiveType.TRIANGLES;
             command.vertexArray = surfaceTile.vertexArray;
diff --git a/Source/Scene/Model.js b/Source/Scene/Model.js
index 3120afcb95a5..4634226de1d9 100644
--- a/Source/Scene/Model.js
+++ b/Source/Scene/Model.js
@@ -311,6 +311,8 @@ define([
      * @param {Boolean} [options.allowPicking=true] When <code>true</code>, each glTF mesh and primitive is pickable with {@link Scene#pick}.
      * @param {Boolean} [options.incrementallyLoadTextures=true] Determine if textures may continue to stream in after the model is loaded.
      * @param {Boolean} [options.asynchronous=true] Determines if model WebGL resource creation will be spread out over several frames or block until completion once all glTF files are loaded.
+     * @param {Boolean} [options.castShadows=true] Determines whether the model casts shadows from each light source.
+     * @param {Boolean} [options.receiveShadows=true] Determines whether the model receives shadows from shadow casters in the scene.
      * @param {Boolean} [options.debugShowBoundingVolume=false] For debugging only. Draws the bounding sphere for each draw command in the model.
      * @param {Boolean} [options.debugWireframe=false] For debugging only. Draws the model in wireframe.
      * @param {HeightReference} [options.heightReference] Determines how the model is drawn relative to terrain.
@@ -500,6 +502,26 @@ define([
         this._incrementallyLoadTextures = defaultValue(options.incrementallyLoadTextures, true);
         this._asynchronous = defaultValue(options.asynchronous, true);
 
+        /**
+         * Determines whether the model casts shadows from each light source.
+         *
+         * @type {Boolean}
+         *
+         * @default true
+         */
+        this.castShadows = defaultValue(options.castShadows, true);
+        this._castShadows = this.castShadows;
+
+        /**
+         * Determines whether the model receives shadows from shadow casters in the scene.
+         *
+         * @type {Boolean}
+         *
+         * @default true
+         */
+        this.receiveShadows = defaultValue(options.receiveShadows, true);
+        this._receiveShadows = this.receiveShadows;
+
         /**
          * This property is for debugging only; it is not for production use nor is it optimized.
          * <p>
@@ -921,8 +943,11 @@ define([
      * @param {Boolean} [options.allowPicking=true] When <code>true</code>, each glTF mesh and primitive is pickable with {@link Scene#pick}.
      * @param {Boolean} [options.incrementallyLoadTextures=true] Determine if textures may continue to stream in after the model is loaded.
      * @param {Boolean} [options.asynchronous=true] Determines if model WebGL resource creation will be spread out over several frames or block until completion once all glTF files are loaded.
+     * @param {Boolean} [options.castShadows=true] Determines whether the model casts shadows from each light source.
+     * @param {Boolean} [options.receiveShadows=true] Determines whether the model receives shadows from shadow casters in the scene.
      * @param {Boolean} [options.debugShowBoundingVolume=false] For debugging only. Draws the bounding sphere for each {@link DrawCommand} in the model.
      * @param {Boolean} [options.debugWireframe=false] For debugging only. Draws the model in wireframe.
+     *
      * @returns {Model} The newly created model.
      *
      * @exception {DeveloperError} bgltf is not a valid Binary glTF file.
@@ -1507,9 +1532,6 @@ define([
         var vs = getShaderSource(model, shaders[program.vertexShader]);
         var fs = getShaderSource(model, shaders[program.fragmentShader]);
 
-        var drawVS = modifyShader(vs, id, model._vertexShaderLoaded);
-        var drawFS = modifyShader(fs, id, model._fragmentShaderLoaded);
-
         // Add pre-created attributes to attributeLocations
         var attributesLength = program.attributes.length;
         var precreatedAttributes = model._precreatedAttributes;
@@ -1521,6 +1543,9 @@ define([
             }
         }
 
+        var drawVS = modifyShader(vs, id, model._vertexShaderLoaded);
+        var drawFS = modifyShader(fs, id, model._fragmentShaderLoaded);
+
         model._rendererResources.programs[id] = ShaderProgram.fromCache({
             context : context,
             vertexShaderSource : drawVS,
@@ -2614,6 +2639,8 @@ define([
                     count : count,
                     offset : offset,
                     shaderProgram : rendererPrograms[technique.program],
+                    castShadows : model._castShadows,
+                    receiveShadows : model._receiveShadows,
                     uniformMap : uniformMap,
                     renderState : rs,
                     owner : owner,
@@ -3035,12 +3062,30 @@ define([
             var nodeCommands = model._nodeCommands;
             var length = nodeCommands.length;
 
-            for (var i = 0; i < length; i++) {
+            for (var i = 0; i < length; ++i) {
                 nodeCommands[i].command.debugShowBoundingVolume = debugShowBoundingVolume;
             }
         }
     }
 
+    function updateShadows(model) {
+        if ((model.castShadows !== model._castShadows) || (model.receiveShadows !== model._receiveShadows)) {
+            model._castShadows = model.castShadows;
+            model._receiveShadows = model.receiveShadows;
+
+            var castShadows = model.castShadows;
+            var receiveShadows = model.receiveShadows;
+            var nodeCommands = model._nodeCommands;
+            var length = nodeCommands.length;
+
+            for (var i = 0; i < length; i++) {
+                var nodeCommand = nodeCommands[i];
+                nodeCommand.command.castShadows = castShadows;
+                nodeCommand.command.receiveShadows = receiveShadows;
+            }
+        }
+    }
+
     var scratchBoundingSphere = new BoundingSphere();
 
     function scaleInPixels(positionWC, radius, frameState) {
@@ -3404,6 +3449,7 @@ define([
             updatePickIds(this, context);
             updateWireframe(this);
             updateShowBoundingVolume(this);
+            updateShadows(this);
         }
 
         if (justLoaded) {
diff --git a/Source/Scene/OIT.js b/Source/Scene/OIT.js
index df9a5f05c7b8..b7fd40090c9e 100644
--- a/Source/Scene/OIT.js
+++ b/Source/Scene/OIT.js
@@ -461,60 +461,59 @@ define([
         return getTranslucentShaderProgram(context, shaderProgram, oit._alphaShaderCache, alphaShaderSource);
     }
 
-    OIT.prototype.createDerivedCommands = function(command, context) {
-        var derivedCommands = command.derivedCommands;
-        var oit = derivedCommands.oit;
-
-        if (!defined(oit)) {
-            oit = derivedCommands.oit = {};
+    OIT.prototype.createDerivedCommands = function(command, context, result) {
+        if (!defined(result)) {
+            result = {};
         }
 
         if (this._translucentMRTSupport) {
             var translucentShader;
             var translucentRenderState;
-            if (defined(oit.translucentCommand)) {
-                translucentShader = oit.translucentCommand.shaderProgram;
-                translucentRenderState = oit.translucentCommand.renderState;
+            if (defined(result.translucentCommand)) {
+                translucentShader = result.translucentCommand.shaderProgram;
+                translucentRenderState = result.translucentCommand.renderState;
             }
 
-            oit.translucentCommand = DrawCommand.shallowClone(command, oit.translucentCommand);
+            result.translucentCommand = DrawCommand.shallowClone(command, result.translucentCommand);
 
-            if (!defined(translucentShader) || oit.shaderProgramId !== command.shaderProgram.id) {
-                oit.translucentCommand.shaderProgram = getTranslucentMRTShaderProgram(this, context, command.shaderProgram);
-                oit.translucentCommand.renderState = getTranslucentMRTRenderState(this, context, command.renderState);
-                oit.shaderProgramId = command.shaderProgram.id;
+            if (!defined(translucentShader) || result.shaderProgramId !== command.shaderProgram.id) {
+                result.translucentCommand.shaderProgram = getTranslucentMRTShaderProgram(this, context, command.shaderProgram);
+                result.translucentCommand.renderState = getTranslucentMRTRenderState(this, context, command.renderState);
+                result.shaderProgramId = command.shaderProgram.id;
             } else {
-                oit.translucentCommand.shaderProgram = translucentShader;
-                oit.translucentCommand.renderState = translucentRenderState;
+                result.translucentCommand.shaderProgram = translucentShader;
+                result.translucentCommand.renderState = translucentRenderState;
             }
         } else {
             var colorShader;
             var colorRenderState;
             var alphaShader;
             var alphaRenderState;
-            if (defined(oit.translucentCommand)) {
-                colorShader = oit.translucentCommand.shaderProgram;
-                colorRenderState = oit.translucentCommand.renderState;
-                alphaShader = oit.alphaCommand.shaderProgram;
-                alphaRenderState = oit.alphaCommand.renderState;
+            if (defined(result.translucentCommand)) {
+                colorShader = result.translucentCommand.shaderProgram;
+                colorRenderState = result.translucentCommand.renderState;
+                alphaShader = result.alphaCommand.shaderProgram;
+                alphaRenderState = result.alphaCommand.renderState;
             }
 
-            oit.translucentCommand = DrawCommand.shallowClone(command, oit.translucentCommand);
-            oit.alphaCommand = DrawCommand.shallowClone(command, oit.alphaCommand);
+            result.translucentCommand = DrawCommand.shallowClone(command, result.translucentCommand);
+            result.alphaCommand = DrawCommand.shallowClone(command, result.alphaCommand);
 
-            if (!defined(colorShader) || oit.shaderProgramId !== command.shaderProgram.id) {
-                oit.translucentCommand.shaderProgram = getTranslucentColorShaderProgram(this, context, command.shaderProgram);
-                oit.translucentCommand.renderState = getTranslucentColorRenderState(this, context, command.renderState);
-                oit.alphaCommand.shaderProgram = getTranslucentAlphaShaderProgram(this, context, command.shaderProgram);
-                oit.alphaCommand.renderState = getTranslucentAlphaRenderState(this, context, command.renderState);
-                oit.shaderProgramId = command.shaderProgram.id;
+            if (!defined(colorShader) || result.shaderProgramId !== command.shaderProgram.id) {
+                result.translucentCommand.shaderProgram = getTranslucentColorShaderProgram(this, context, command.shaderProgram);
+                result.translucentCommand.renderState = getTranslucentColorRenderState(this, context, command.renderState);
+                result.alphaCommand.shaderProgram = getTranslucentAlphaShaderProgram(this, context, command.shaderProgram);
+                result.alphaCommand.renderState = getTranslucentAlphaRenderState(this, context, command.renderState);
+                result.shaderProgramId = command.shaderProgram.id;
             } else {
-                oit.translucentCommand.shaderProgram = colorShader;
-                oit.translucentCommand.renderState = colorRenderState;
-                oit.alphaCommand.shaderProgram = alphaShader;
-                oit.alphaCommand.renderState = alphaRenderState;
+                result.translucentCommand.shaderProgram = colorShader;
+                result.translucentCommand.renderState = colorRenderState;
+                result.alphaCommand.shaderProgram = alphaShader;
+                result.alphaCommand.renderState = alphaRenderState;
             }
         }
+
+        return result;
     };
 
     function executeTranslucentCommandsSortedMultipass(oit, scene, executeFunction, passState, commands) {
diff --git a/Source/Scene/Primitive.js b/Source/Scene/Primitive.js
index 1eb430023e46..0537a214dd97 100644
--- a/Source/Scene/Primitive.js
+++ b/Source/Scene/Primitive.js
@@ -108,7 +108,8 @@ define([
      * @param {Boolean} [options.cull=true] When <code>true</code>, the renderer frustum culls and horizon culls the primitive's commands based on their bounding volume.  Set this to <code>false</code> for a small performance gain if you are manually culling the primitive.
      * @param {Boolean} [options.asynchronous=true] Determines if the primitive will be created asynchronously or block until ready.
      * @param {Boolean} [options.debugShowBoundingVolume=false] For debugging only. Determines if this primitive's commands' bounding spheres are shown.
-     *
+     * @param {Boolean} [options.castShadows=false] Determines whether this primitive casts shadows from each light source.
+     * @param {Boolean} [options.receiveShadows=false] Determines whether this primitive receives shadows from shadow casters in the scene.
      *
      * @example
      * // 1. Draw a translucent ellipse on the surface with a checkerboard pattern
@@ -275,7 +276,6 @@ define([
          * @private
          */
         this.rtcCenter = options.rtcCenter;
-        this._modifiedModelView = new Matrix4();
 
         //>>includeStart('debug', pragmas.debug);
         if (defined(this.rtcCenter) && (!defined(this.geometryInstances) || (isArray(this.geometryInstances) && this.geometryInstances !== 1))) {
@@ -283,6 +283,24 @@ define([
         }
         //>>includeEnd('debug');
 
+        /**
+         * Determines whether this primitive casts shadows from each light source.
+         *
+         * @type {Boolean}
+         *
+         * @default false
+         */
+        this.castShadows = defaultValue(options.castShadows, false);
+
+        /**
+         * Determines whether this primitive receives shadows from shadow casters in the scene.
+         *
+         * @type {Boolean}
+         *
+         * @default false
+         */
+        this.receiveShadows = defaultValue(options.receiveShadows, false);
+
         this._translucent = undefined;
 
         this._state = PrimitiveState.READY;
@@ -1089,31 +1107,20 @@ define([
     function createShaderProgram(primitive, frameState, appearance) {
         var context = frameState.context;
 
+        var attributeLocations = primitive._attributeLocations;
+
         var vs = Primitive._modifyShaderPosition(primitive, appearance.vertexShaderSource, frameState.scene3DOnly);
         vs = Primitive._appendShowToShader(primitive, vs);
         vs = modifyForEncodedNormals(primitive, vs);
         var fs = appearance.getFragmentShaderSource();
 
-        var attributeLocations = primitive._attributeLocations;
-        primitive._sp = ShaderProgram.replaceCache({
-            context : context,
-            shaderProgram : primitive._sp,
-            vertexShaderSource : vs,
-            fragmentShaderSource : fs,
-            attributeLocations : attributeLocations
-        });
-        validateShaderMatching(primitive._sp, attributeLocations);
-
+        // Create pick program
         if (primitive.allowPicking) {
-            var pickFS = new ShaderSource({
-                sources : [fs],
-                pickColorQualifier : 'varying'
-            });
             primitive._pickSP = ShaderProgram.replaceCache({
                 context : context,
                 shaderProgram : primitive._pickSP,
                 vertexShaderSource : ShaderSource.createPickVertexShaderSource(vs),
-                fragmentShaderSource : pickFS,
+                fragmentShaderSource : ShaderSource.createPickFragmentShaderSource(fs, 'varying'),
                 attributeLocations : attributeLocations
             });
         } else {
@@ -1124,11 +1131,22 @@ define([
                 attributeLocations : attributeLocations
             });
         }
-
         validateShaderMatching(primitive._pickSP, attributeLocations);
+
+        primitive._sp = ShaderProgram.replaceCache({
+            context : context,
+            shaderProgram : primitive._sp,
+            vertexShaderSource : vs,
+            fragmentShaderSource : fs,
+            attributeLocations : attributeLocations
+        });
+        validateShaderMatching(primitive._sp, attributeLocations);
     }
 
-    function createCommands(primitive, appearance, material, translucent, twoPasses, colorCommands, pickCommands) {
+    var modifiedModelViewScratch = new Matrix4();
+    var rtcScratch = new Cartesian3();
+
+    function createCommands(primitive, appearance, material, translucent, twoPasses, colorCommands, pickCommands, frameState) {
         // Create uniform map by combining uniforms from the appearance and material if either have uniforms.
         var materialUniformMap = defined(material) ? material._uniforms : undefined;
         var appearanceUniformMap = {};
@@ -1150,7 +1168,11 @@ define([
 
         if (defined(primitive.rtcCenter)) {
             uniforms.u_modifiedModelView = function() {
-                return primitive._modifiedModelView;
+                var viewMatrix = frameState.context.uniformState.view;
+                Matrix4.multiply(viewMatrix, primitive._modelMatrix, modifiedModelViewScratch);
+                Matrix4.multiplyByPoint(modifiedModelViewScratch, primitive.rtcCenter, rtcScratch);
+                Matrix4.setTranslation(modifiedModelViewScratch, rtcScratch, modifiedModelViewScratch);
+                return modifiedModelViewScratch;
             };
         }
 
@@ -1264,8 +1286,6 @@ define([
         }
     }
 
-    var rtcScratch = new Cartesian3();
-
     function updateAndQueueCommands(primitive, frameState, colorCommands, pickCommands, modelMatrix, cull, debugShowBoundingVolume, twoPasses) {
         //>>includeStart('debug', pragmas.debug);
         if (frameState.mode !== SceneMode.SCENE3D && !Matrix4.equals(modelMatrix, Matrix4.IDENTITY)) {
@@ -1291,13 +1311,6 @@ define([
             }
         }
 
-        if (defined(primitive.rtcCenter)) {
-            var viewMatrix = frameState.camera.viewMatrix;
-            Matrix4.multiply(viewMatrix, primitive._modelMatrix, primitive._modifiedModelView);
-            Matrix4.multiplyByPoint(primitive._modifiedModelView, primitive.rtcCenter, rtcScratch);
-            Matrix4.setTranslation(primitive._modifiedModelView, rtcScratch, primitive._modifiedModelView);
-        }
-
         var boundingSpheres;
         if (frameState.mode === SceneMode.SCENE3D) {
             boundingSpheres = primitive._boundingSphereWC;
@@ -1315,23 +1328,27 @@ define([
             var colorLength = colorCommands.length;
             for (var j = 0; j < colorLength; ++j) {
                 var sphereIndex = twoPasses ? Math.floor(j / 2) : j;
-                colorCommands[j].modelMatrix = modelMatrix;
-                colorCommands[j].boundingVolume = boundingSpheres[sphereIndex];
-                colorCommands[j].cull = cull;
-                colorCommands[j].debugShowBoundingVolume = debugShowBoundingVolume;
-
-                commandList.push(colorCommands[j]);
+                var colorCommand = colorCommands[j];
+                colorCommand.modelMatrix = modelMatrix;
+                colorCommand.boundingVolume = boundingSpheres[sphereIndex];
+                colorCommand.cull = cull;
+                colorCommand.debugShowBoundingVolume = debugShowBoundingVolume;
+                colorCommand.castShadows = primitive.castShadows;
+                colorCommand.receiveShadows = primitive.receiveShadows;
+
+                commandList.push(colorCommand);
             }
         }
 
         if (passes.pick) {
             var pickLength = pickCommands.length;
             for (var k = 0; k < pickLength; ++k) {
-                pickCommands[k].modelMatrix = modelMatrix;
-                pickCommands[k].boundingVolume = boundingSpheres[k];
-                pickCommands[k].cull = cull;
+                var pickCommand = pickCommands[k];
+                pickCommand.modelMatrix = modelMatrix;
+                pickCommand.boundingVolume = boundingSpheres[k];
+                pickCommand.cull = cull;
 
-                commandList.push(pickCommands[k]);
+                commandList.push(pickCommand);
             }
         }
     }
@@ -1426,7 +1443,7 @@ define([
 
         if (createRS || createSP) {
             var commandFunc = defaultValue(this._createCommandsFunction, createCommands);
-            commandFunc(this, appearance, material, translucent, twoPasses, this._colorCommands, this._pickCommands);
+            commandFunc(this, appearance, material, translucent, twoPasses, this._colorCommands, this._pickCommands, frameState);
         }
 
         updatePerInstanceAttributes(this);
diff --git a/Source/Scene/Scene.js b/Source/Scene/Scene.js
index f7ac59b50017..f7f648fb8be6 100644
--- a/Source/Scene/Scene.js
+++ b/Source/Scene/Scene.js
@@ -62,6 +62,7 @@ define([
         './SceneTransforms',
         './SceneTransitioner',
         './ScreenSpaceCameraController',
+        './ShadowMap',
         './SunPostProcess',
         './TweenCollection'
     ], function(
@@ -127,6 +128,7 @@ define([
         SceneTransforms,
         SceneTransitioner,
         ScreenSpaceCameraController,
+        ShadowMap,
         SunPostProcess,
         TweenCollection) {
     'use strict';
@@ -182,6 +184,7 @@ define([
      * @param {Boolean} [options.orderIndependentTranslucency=true] If true and the configuration supports it, use order independent translucency.
      * @param {Boolean} [options.scene3DOnly=false] If true, optimizes memory use and performance for 3D mode but disables the ability to use 2D or Columbus View.
      * @param {Number} [options.terrainExaggeration=1.0] A scalar used to exaggerate the terrain. Note that terrain exaggeration will not modify any other primitive as they are positioned relative to the ellipsoid.
+     * @param {Boolean} [options.shadows=false] Determines if shadows are cast by the sun.
      *
      * @see CesiumWidget
      * @see {@link http://www.khronos.org/registry/webgl/specs/latest/#5.2|WebGLContextAttributes}
@@ -548,6 +551,19 @@ define([
          */
         this.fog = new Fog();
 
+        this._sunCamera = new Camera(this);
+
+        /**
+         * The shadow map in the scene. When enabled, models, primitives, and the globe may cast and receive shadows.
+         * By default the light source of the shadow map is the sun.
+         * @type {ShadowMap}
+         */
+        this.shadowMap = new ShadowMap({
+            context : context,
+            lightCamera : this._sunCamera,
+            enabled : defaultValue(options.shadows, false)
+        });
+
         this._terrainExaggeration = defaultValue(options.terrainExaggeration, 1.0);
 
         this._performanceDisplay = undefined;
@@ -1069,6 +1085,43 @@ define([
             Matrix4.equalsEpsilon(camera0.transform, camera1.transform, epsilon);
     }
 
+    function updateDerivedCommands(scene, command) {
+        var frameState = scene.frameState;
+        var shadowMaps = frameState.shadowMaps;
+        var context = scene._context;
+        var shadowsEnabled = frameState.shadowHints.shadowsEnabled;
+
+        var shadowsDirty = false;
+        if (shadowsEnabled && (command.receiveShadows || command.castShadows)) {
+            // Update derived commands when any shadow maps become dirty
+            var lastDirtyTime = frameState.shadowHints.lastDirtyTime;
+            if (command.lastDirtyTime !== lastDirtyTime) {
+                command.lastDirtyTime = lastDirtyTime;
+                command.dirty = true;
+                shadowsDirty = true;
+            }
+        }
+
+        if (command.dirty) {
+            command.dirty = false;
+
+            var derivedCommands = command.derivedCommands;
+
+            if (shadowsEnabled && (command.receiveShadows || command.castShadows)) {
+                derivedCommands.shadows = ShadowMap.createDerivedCommands(shadowMaps, command, shadowsDirty, context, derivedCommands.shadows);
+            }
+
+            var oit = scene._oit;
+            if (command.pass === Pass.TRANSLUCENT && defined(oit) && oit.isSupported()) {
+                if (shadowsEnabled && command.receiveShadows) {
+                    derivedCommands.oit = oit.createDerivedCommands(command.derivedCommands.shadows.receiveCommand, context, derivedCommands.oit);
+                } else {
+                    derivedCommands.oit = oit.createDerivedCommands(command, context, derivedCommands.oit);
+                }
+            }
+        }
+    }
+
     var scratchOccluderBoundingSphere = new BoundingSphere();
     var scratchOccluder;
 
@@ -1096,6 +1149,7 @@ define([
 
         var frameState = scene._frameState;
         frameState.commandList.length = 0;
+        frameState.shadowMaps.length = 0;
         frameState.mode = scene._mode;
         frameState.morphTime = scene.morphTime;
         frameState.mapProjection = scene.mapProjection;
@@ -1138,13 +1192,8 @@ define([
             command.debugOverlappingFrustums = 0;
         }
 
-        if (command._dirty) {
-            command._dirty = false;
-            
-            var oit = scene._oit;
-            if (command.pass === Pass.TRANSLUCENT && defined(oit) && oit.isSupported()) {
-                oit.createDerivedCommands(command, scene._context);
-            }
+        if (!scene.frameState.passes.pick) {
+            updateDerivedCommands(scene, command);
         }
 
         var frustumCommandsList = scene._frustumCommandsList;
@@ -1227,6 +1276,11 @@ define([
         var far = -Number.MAX_VALUE;
         var undefBV = false;
 
+        var shadowsEnabled = frameState.shadowHints.shadowsEnabled;
+        var shadowNear = Number.MAX_VALUE;
+        var shadowFar = -Number.MAX_VALUE;
+        var shadowClosestObjectSize = Number.MAX_VALUE;
+
         var occluder = (frameState.mode === SceneMode.SCENE3D) ? frameState.occluder: undefined;
         var cullingVolume = frameState.cullingVolume;
 
@@ -1262,6 +1316,23 @@ define([
                     distances = boundingVolume.computePlaneDistances(position, direction, distances);
                     near = Math.min(near, distances.start);
                     far = Math.max(far, distances.stop);
+
+                    // Compute a tight near and far plane for commands that receive shadows. This helps compute
+                    // good splits for cascaded shadow maps. Ignore commands that exceed the maximum distance.
+                    // When moving the camera low LOD globe tiles begin to load, whose bounding volumes
+                    // throw off the near/far fitting for the shadow map. Only update for globe tiles that the
+                    // camera isn't inside.
+                    if (shadowsEnabled && command.receiveShadows && (distances.start < ShadowMap.MAXIMUM_DISTANCE) &&
+                        !((pass === Pass.GLOBE) && (distances.start < -100.0) && (distances.stop > 100.0))) {
+
+                        // Get the smallest bounding volume the camera is near. This is used to place more shadow detail near the object.
+                        var size = distances.stop - distances.start;
+                        if ((pass !== Pass.GLOBE) && (distances.start < 100.0)) {
+                            shadowClosestObjectSize = Math.min(shadowClosestObjectSize, size);
+                        }
+                        shadowNear = Math.min(shadowNear, distances.start);
+                        shadowFar = Math.max(shadowFar, distances.stop);
+                    }
                 } else {
                     // Clear commands don't need a bounding volume - just add the clear to all frustums.
                     // If another command has no bounding volume, though, we need to use the camera's
@@ -1284,6 +1355,18 @@ define([
             // This will handle the case where the computed near plane is further than the user defined far plane.
             near = Math.min(Math.max(near, camera.frustum.near), camera.frustum.far);
             far = Math.max(Math.min(far, camera.frustum.far), near);
+
+            if (shadowsEnabled) {
+                shadowNear = Math.min(Math.max(shadowNear, camera.frustum.near), camera.frustum.far);
+                shadowFar = Math.max(Math.min(shadowFar, camera.frustum.far), shadowNear);
+            }
+        }
+
+        // Use the computed near and far for shadows
+        if (shadowsEnabled) {
+            frameState.shadowHints.nearPlane = shadowNear;
+            frameState.shadowHints.farPlane = shadowFar;
+            frameState.shadowHints.closestObjectSize = shadowClosestObjectSize;
         }
 
         // Exploit temporal coherence. If the frustums haven't changed much, use the frustums computed
@@ -1389,6 +1472,8 @@ define([
 
         if (scene.debugShowCommands || scene.debugShowFrustums) {
             executeDebugCommand(command, scene, passState);
+        } else if (scene.frameState.shadowHints.shadowsEnabled && command.receiveShadows) {
+            command.derivedCommands.shadows.receiveCommand.execute(context, passState);
         } else {
             command.execute(context, passState);
         }
@@ -1521,6 +1606,8 @@ define([
         var context = scene.context;
         var us = context.uniformState;
 
+        us.updateCamera(camera);
+
         // Create a working frustum from the original camera frustum.
         var frustum;
         if (defined(camera.frustum.fov)) {
@@ -1716,6 +1803,89 @@ define([
         }
     }
 
+    function insertShadowCastCommands(scene, commandList, shadowMap) {
+        var shadowVolume = shadowMap.shadowMapCullingVolume;
+        var isPointLight = shadowMap.isPointLight;
+        var passes = shadowMap.passes;
+        var numberOfPasses = passes.length;
+
+        var length = commandList.length;
+        for (var i = 0; i < length; ++i) {
+            var command = commandList[i];
+            updateDerivedCommands(scene, command);
+
+            // Don't insert globe commands with the rest of the scene commands since they are handled separately
+            if (command.castShadows && (command.pass === Pass.GLOBE || command.pass === Pass.OPAQUE || command.pass === Pass.TRANSLUCENT)) {
+                if (isVisible(command, shadowVolume)) {
+                    if (isPointLight) {
+                        for (var k = 0; k < numberOfPasses; ++k) {
+                            passes[k].commandList.push(command);
+                        }
+                    } else if (numberOfPasses <= 1) {
+                        passes[0].commandList.push(command);
+                    } else {
+                        var wasVisible = false;
+                        // Loop over cascades from largest to smallest
+                        for (var j = numberOfPasses - 1; j >= 0; --j) {
+                            var cascadeVolume = passes[j].cullingVolume;
+                            if (isVisible(command, cascadeVolume)) {
+                                passes[j].commandList.push(command);
+                                wasVisible = true;
+                            } else if (wasVisible) {
+                                // If it was visible in the previous cascade but now isn't
+                                // then there is no need to check any more cascades
+                                break;
+                            }
+                        }
+                    }
+                }
+            }
+        }
+    }
+
+    function executeShadowMapCastCommands(scene) {
+        var frameState = scene.frameState;
+        var shadowMaps = frameState.shadowMaps;
+        var shadowMapLength = shadowMaps.length;
+
+        if (!frameState.shadowHints.shadowsEnabled) {
+            return;
+        }
+
+        var context = scene.context;
+        var uniformState = context.uniformState;
+
+        for (var i = 0; i < shadowMapLength; ++i) {
+            var shadowMap = shadowMaps[i];
+            if (shadowMap.outOfView) {
+                continue;
+            }
+
+            // Reset the command lists
+            var j;
+            var passes = shadowMap.passes;
+            var numberOfPasses = passes.length;
+            for (j = 0; j < numberOfPasses; ++j) {
+                passes[j].commandList.length = 0;
+            }
+
+            // Insert the primitive/model commands into the command lists
+            var sceneCommands = scene.frameState.commandList;
+            insertShadowCastCommands(scene, sceneCommands, shadowMap);
+
+            for (j = 0; j < numberOfPasses; ++j) {
+                var pass = shadowMap.passes[j];
+                uniformState.updateCamera(pass.camera);
+                shadowMap.updatePass(context, j);
+                var numberOfCommands = pass.commandList.length;
+                for (var k = 0; k < numberOfCommands; ++k) {
+                    var command = pass.commandList[k];
+                    executeCommand(command.derivedCommands.shadows.castCommands[i], scene, context, pass.passState);
+                }
+            }
+        }
+    }
+
     function updateAndExecuteCommands(scene, passState, backgroundColor, picking) {
         var context = scene._context;
 
@@ -1730,6 +1900,7 @@ define([
             createPotentiallyVisibleSet(scene);
             updateAndClearFramebuffers(scene, passState, backgroundColor, picking);
             executeComputeCommands(scene);
+            executeShadowMapCastCommands(scene);
 
             // Based on Calculating Stereo pairs by Paul Bourke
             // http://paulbourke.net/stereographics/stereorender/
@@ -1908,6 +2079,7 @@ define([
         if (firstViewport) {
             updateAndClearFramebuffers(scene, passState, backgroundColor, picking);
             executeComputeCommands(scene);
+            executeShadowMapCastCommands(scene);
         }
 
         executeCommands(scene, passState);
@@ -1942,15 +2114,38 @@ define([
         }
     }
 
-    function updatePrimitives(scene) {
+    function updateShadowMaps(scene) {
         var frameState = scene._frameState;
+        var shadowMaps = frameState.shadowMaps;
+        var length = shadowMaps.length;
 
-        if (scene._globe) {
-            scene._globe.update(frameState);
+        frameState.shadowHints.shadowsEnabled = (length > 0) && !frameState.passes.pick;
+        if (!frameState.shadowHints.shadowsEnabled) {
+            return;
         }
 
+        for (var i = 0; i < length; ++i) {
+            var shadowMap = shadowMaps[i];
+            shadowMap.update(frameState);
+
+            if (shadowMap.dirty) {
+                ++frameState.shadowHints.lastDirtyTime;
+                shadowMap.dirty = false;
+            }
+        }
+    }
+
+    function updatePrimitives(scene) {
+        var frameState = scene._frameState;
+
         scene._groundPrimitives.update(frameState);
         scene._primitives.update(frameState);
+
+        updateShadowMaps(scene);
+
+        if (scene._globe) {
+            scene._globe.update(frameState);
+        }
     }
 
     function updateAndClearFramebuffers(scene, passState, clearColor, picking) {
@@ -2130,6 +2325,13 @@ define([
 
         us.update(frameState);
 
+        var shadowMap = scene.shadowMap;
+        if (defined(shadowMap) && shadowMap.enabled) {
+            // Update the sun's direction
+            Cartesian3.negate(us.sunDirectionWC, scene._sunCamera.direction);
+            frameState.shadowMaps.push(shadowMap);
+        }
+
         scene._computeCommandList.length = 0;
         scene._overlayCommandList.length = 0;
 
diff --git a/Source/Scene/ShadowMap.js b/Source/Scene/ShadowMap.js
new file mode 100644
index 000000000000..c3ebc0d6916f
--- /dev/null
+++ b/Source/Scene/ShadowMap.js
@@ -0,0 +1,1636 @@
+/*global define*/
+define([
+        '../Core/BoundingRectangle',
+        '../Core/BoundingSphere',
+        '../Core/BoxOutlineGeometry',
+        '../Core/Cartesian2',
+        '../Core/Cartesian3',
+        '../Core/Cartesian4',
+        '../Core/Cartographic',
+        '../Core/clone',
+        '../Core/Color',
+        '../Core/ColorGeometryInstanceAttribute',
+        '../Core/combine',
+        '../Core/ComponentDatatype',
+        '../Core/defaultValue',
+        '../Core/defined',
+        '../Core/defineProperties',
+        '../Core/destroyObject',
+        '../Core/DeveloperError',
+        '../Core/FeatureDetection',
+        '../Core/Geometry',
+        '../Core/GeometryAttribute',
+        '../Core/GeometryAttributes',
+        '../Core/GeometryInstance',
+        '../Core/Intersect',
+        '../Core/Math',
+        '../Core/Matrix4',
+        '../Core/PixelFormat',
+        '../Core/PrimitiveType',
+        '../Core/Quaternion',
+        '../Core/SphereOutlineGeometry',
+        '../Renderer/ClearCommand',
+        '../Renderer/ContextLimits',
+        '../Renderer/CubeMap',
+        '../Renderer/DrawCommand',
+        '../Renderer/Framebuffer',
+        '../Renderer/PassState',
+        '../Renderer/PixelDatatype',
+        '../Renderer/Renderbuffer',
+        '../Renderer/RenderbufferFormat',
+        '../Renderer/RenderState',
+        '../Renderer/Sampler',
+        '../Renderer/ShaderProgram',
+        '../Renderer/ShaderSource',
+        '../Renderer/Texture',
+        '../Renderer/TextureMagnificationFilter',
+        '../Renderer/TextureMinificationFilter',
+        '../Renderer/TextureWrap',
+        '../Renderer/WebGLConstants',
+        './Camera',
+        './CullFace',
+        './CullingVolume',
+        './OrthographicFrustum',
+        './Pass',
+        './PerInstanceColorAppearance',
+        './PerspectiveFrustum',
+        './Primitive',
+        './ShadowMapShader'
+    ], function(
+        BoundingRectangle,
+        BoundingSphere,
+        BoxOutlineGeometry,
+        Cartesian2,
+        Cartesian3,
+        Cartesian4,
+        Cartographic,
+        clone,
+        Color,
+        ColorGeometryInstanceAttribute,
+        combine,
+        ComponentDatatype,
+        defaultValue,
+        defined,
+        defineProperties,
+        destroyObject,
+        DeveloperError,
+        FeatureDetection,
+        Geometry,
+        GeometryAttribute,
+        GeometryAttributes,
+        GeometryInstance,
+        Intersect,
+        CesiumMath,
+        Matrix4,
+        PixelFormat,
+        PrimitiveType,
+        Quaternion,
+        SphereOutlineGeometry,
+        ClearCommand,
+        ContextLimits,
+        CubeMap,
+        DrawCommand,
+        Framebuffer,
+        PassState,
+        PixelDatatype,
+        Renderbuffer,
+        RenderbufferFormat,
+        RenderState,
+        Sampler,
+        ShaderProgram,
+        ShaderSource,
+        Texture,
+        TextureMagnificationFilter,
+        TextureMinificationFilter,
+        TextureWrap,
+        WebGLConstants,
+        Camera,
+        CullFace,
+        CullingVolume,
+        OrthographicFrustum,
+        Pass,
+        PerInstanceColorAppearance,
+        PerspectiveFrustum,
+        Primitive,
+        ShadowMapShader) {
+    'use strict';
+
+    /**
+     * Creates a shadow map from the provided light camera.
+     *
+     * The normalOffset bias pushes the shadows forward slightly, and may be disabled
+     * for applications that require ultra precise shadows.
+     *
+     * @alias ShadowMap
+     * @constructor
+     *
+     * @param {Object} options An object containing the following properties:
+     * @param {Context} options.context The context in which to create the shadow map.
+     * @param {Camera} options.lightCamera A camera representing the light source.
+     * @param {Boolean} [options.enabled=true] Whether the shadow map is enabled.
+     * @param {Boolean} [options.isPointLight=false] Whether the light source is a point light. Point light shadows do not use cascades.
+     * @param {Boolean} [options.pointLightRadius=100.0] Radius of the point light.
+     * @param {Boolean} [options.cascadesEnabled=true] Use multiple shadow maps to cover different partitions of the view frustum.
+     * @param {Number} [options.numberOfCascades=4] The number of cascades to use for the shadow map. Supported values are one and four.
+     * @param {Number} [options.maximumDistance=5000.0] The maximum distance used for generating cascaded shadows. Lower values improve shadow quality.
+     * @param {Number} [options.size=2048] The width and height, in pixels, of each shadow map.
+     * @param {Boolean} [options.softShadows=false] Whether percentage-closer-filtering is enabled for producing softer shadows.
+     * @param {Number} [options.darkness=0.3] The shadow darkness.
+     *
+     * @exception {DeveloperError} Only one or four cascades are supported.
+     *
+     * @demo {@link http://cesiumjs.org/Cesium/Apps/Sandcastle/index.html?src=Shadows.html|Cesium Sandcastle Shadows Demo}
+     */
+    function ShadowMap(options) {
+        options = defaultValue(options, defaultValue.EMPTY_OBJECT);
+        var context = options.context;
+
+        //>>includeStart('debug', pragmas.debug);
+        if (!defined(context)) {
+            throw new DeveloperError('context is required.');
+        }
+        if (!defined(options.lightCamera)) {
+            throw new DeveloperError('lightCamera is required.');
+        }
+        if (defined(options.numberOfCascades) && ((options.numberOfCascades !== 1) && (options.numberOfCascades !== 4))) {
+            throw new DeveloperError('Only one or four cascades are supported.');
+        }
+        //>>includeEnd('debug');
+
+        this._enabled = defaultValue(options.enabled, true);
+        this._softShadows = defaultValue(options.softShadows, false);
+        this.dirty = true;
+
+        /**
+         * Determines the darkness of the shadows.
+         *
+         * @type {Number}
+         * @default 0.3
+         */
+        this.darkness = defaultValue(options.darkness, 0.3);
+        this._darkness = this.darkness;
+
+        /**
+         * Determines the maximum distance of the shadow map. Only applicable for cascaded shadows. Larger distances may result in lower quality shadows.
+         *
+         * @type {Number}
+         * @default 5000.0
+         */
+        this.maximumDistance = defaultValue(options.maximumDistance, 5000.0);
+
+        this._outOfView = false;
+        this._outOfViewPrevious = false;
+        this._needsUpdate = true;
+
+        // In IE11 polygon offset is not functional.
+        var polygonOffsetSupported = true;
+        if (FeatureDetection.isInternetExplorer) {
+            polygonOffsetSupported = false;
+        }
+        this._polygonOffsetSupported = polygonOffsetSupported;
+
+        this._terrainBias = {
+            polygonOffset : polygonOffsetSupported,
+            polygonOffsetFactor : 1.1,
+            polygonOffsetUnits : 4.0,
+            normalOffset : true,
+            normalOffsetScale : 0.5,
+            normalShading : true,
+            normalShadingSmooth : 0.3,
+            depthBias : 0.0001
+        };
+
+        this._primitiveBias = {
+            polygonOffset : polygonOffsetSupported,
+            polygonOffsetFactor : 1.1,
+            polygonOffsetUnits : 4.0,
+            normalOffset : true,
+            normalOffsetScale : 0.1,
+            normalShading : true,
+            normalShadingSmooth : 0.05,
+            depthBias : 0.00002
+        };
+
+        this._pointBias = {
+            polygonOffset : false,
+            polygonOffsetFactor : 1.1,
+            polygonOffsetUnits : 4.0,
+            normalOffset : false,
+            normalOffsetScale : 0.0,
+            normalShading : true,
+            normalShadingSmooth : 0.1,
+            depthBias : 0.0005
+        };
+
+        // Framebuffer resources
+        this._depthAttachment = undefined;
+        this._colorAttachment = undefined;
+
+        // Uniforms
+        this._shadowMapMatrix = new Matrix4();
+        this._shadowMapTexture = undefined;
+        this._lightDirectionEC = new Cartesian3();
+        this._lightPositionEC = new Cartesian4();
+        this._distance = 0.0;
+
+        this._lightCamera = options.lightCamera;
+        this._shadowMapCamera = new ShadowMapCamera();
+        this._shadowMapCullingVolume = undefined;
+        this._sceneCamera = undefined;
+        this._boundingSphere = new BoundingSphere();
+
+        this._isPointLight = defaultValue(options.isPointLight, false);
+        this._pointLightRadius = defaultValue(options.pointLightRadius, 100.0);
+
+        this._cascadesEnabled = this._isPointLight ? false : defaultValue(options.cascadesEnabled, true);
+        this._numberOfCascades = !this._cascadesEnabled ? 0 : defaultValue(options.numberOfCascades, 4);
+        this._fitNearFar = true;
+        this._maximumCascadeDistances = [25.0, 150.0, 700.0, Number.MAX_VALUE];
+
+        this._textureSize = new Cartesian2();
+
+        this._isSpotLight = false;
+        if (this._cascadesEnabled) {
+            // Cascaded shadows are always orthographic. The frustum dimensions are calculated on the fly.
+            this._shadowMapCamera.frustum = new OrthographicFrustum();
+        } else if (defined(this._lightCamera.frustum.fov)) {
+            // If the light camera uses a perspective frustum, then the light source is a spot light
+            this._isSpotLight = true;
+        }
+
+        // Uniforms
+        this._cascadeSplits = [new Cartesian4(), new Cartesian4()];
+        this._cascadeMatrices = [new Matrix4(), new Matrix4(), new Matrix4(), new Matrix4()];
+        this._cascadeDistances = new Cartesian4();
+
+        var numberOfPasses;
+        if (this._isPointLight) {
+            numberOfPasses = 6; // One shadow map for each direction
+        } else if (!this._cascadesEnabled) {
+            numberOfPasses = 1;
+        } else {
+            numberOfPasses = this._numberOfCascades;
+        }
+
+        this._passes = new Array(numberOfPasses);
+        for (var i = 0; i < numberOfPasses; ++i) {
+            this._passes[i] = new ShadowPass(context);
+        }
+
+        this.debugShow = false;
+        this.debugFreezeFrame = false;
+        this._debugFreezeFrame = false;
+        this._debugCascadeColors = false;
+        this._debugLightFrustum = undefined;
+        this._debugCameraFrustum = undefined;
+        this._debugCascadeFrustums = new Array(this._numberOfCascades);
+        this._debugShadowViewCommand = undefined;
+
+        this._usesDepthTexture = context.depthTexture;
+
+        if (this._isPointLight) {
+            this._usesDepthTexture = false;
+        }
+
+        // Create render states for shadow casters
+        this._primitiveRenderState = undefined;
+        this._terrainRenderState = undefined;
+        this._pointRenderState = undefined;
+        createRenderStates(this);
+
+        // For clearing the shadow map texture every frame
+        this._clearCommand = new ClearCommand({
+            depth : 1.0,
+            color : new Color()
+        });
+
+        this._clearPassState = new PassState(context);
+
+        this._size = defaultValue(options.size, 2048);
+        this.size = this._size;
+    }
+
+    /**
+     * Global maximum shadow distance used to prevent far off receivers from extending
+     * the shadow far plane. This helps set a tighter near/far when viewing objects from space.
+     *
+     * @private
+     */
+    ShadowMap.MAXIMUM_DISTANCE = 20000.0;
+
+    function ShadowPass(context) {
+        this.camera = new ShadowMapCamera();
+        this.passState = new PassState(context);
+        this.framebuffer = undefined;
+        this.textureOffsets = undefined;
+        this.commandList = [];
+        this.cullingVolume = undefined;
+    }
+
+    function createRenderState(colorMask, bias) {
+        return RenderState.fromCache({
+            cull : {
+                enabled : true,
+                face : CullFace.BACK
+            },
+            depthTest : {
+                enabled : true
+            },
+            colorMask : {
+                red : colorMask,
+                green : colorMask,
+                blue : colorMask,
+                alpha : colorMask
+            },
+            depthMask : true,
+            polygonOffset : {
+                enabled : bias.polygonOffset,
+                factor : bias.polygonOffsetFactor,
+                units : bias.polygonOffsetUnits
+            }
+        });
+    }
+
+    function createRenderStates(shadowMap) {
+        // Enable the color mask if the shadow map is backed by a color texture, e.g. when depth textures aren't supported
+        var colorMask = !shadowMap._usesDepthTexture;
+        shadowMap._primitiveRenderState = createRenderState(colorMask, shadowMap._primitiveBias);
+        shadowMap._terrainRenderState = createRenderState(colorMask, shadowMap._terrainBias);
+        shadowMap._pointRenderState = createRenderState(colorMask, shadowMap._pointBias);
+    }
+
+    /**
+     * @private
+     */
+    ShadowMap.prototype.debugCreateRenderStates = function() {
+        createRenderStates(this);
+    };
+
+    defineProperties(ShadowMap.prototype, {
+        /**
+         * Determines if the shadow map will be shown.
+         *
+         * @memberof ShadowMap.prototype
+         * @type {Boolean}
+         * @default true
+         */
+        enabled : {
+            get : function() {
+                return this._enabled;
+            },
+            set : function(value) {
+                this.dirty = this._enabled !== value;
+                this._enabled = value;
+            }
+        },
+
+        /**
+         * Determines if soft shadows are enabled. Uses pcf filtering which requires more texture reads and may hurt performance.
+         *
+         * @memberof ShadowMap.prototype
+         * @type {Boolean}
+         * @default false
+         */
+        softShadows : {
+            get : function() {
+                return this._softShadows;
+            },
+            set : function(value) {
+                this.dirty = this._softShadows !== value;
+                this._softShadows = value;
+            }
+        },
+
+        /**
+         * The width and height, in pixels, of each shadow map.
+         *
+         * @memberof ShadowMap.prototype
+         * @type {Number}
+         */
+        size : {
+            get : function() {
+                return this._size;
+            },
+            set : function(value) {
+                resize(this, value);
+            }
+        },
+
+        /**
+         * Whether the shadow map is out of view of the scene camera.
+         *
+         * @memberof ShadowMap.prototype
+         * @type {Boolean}
+         * @readonly
+         * @private
+         */
+        outOfView : {
+            get : function() {
+                return this._outOfView;
+            }
+        },
+
+        /**
+         * The culling volume of the shadow frustum.
+         *
+         * @memberof ShadowMap.prototype
+         * @type {CullingVolume}
+         * @readonly
+         * @private
+         */
+        shadowMapCullingVolume : {
+            get : function() {
+                return this._shadowMapCullingVolume;
+            }
+        },
+
+        /**
+         * The passes used for rendering shadows. Each face of a point light or each cascade for a cascaded shadow map is a separate pass.
+         *
+         * @memberof ShadowMap.prototype
+         * @type {ShadowPass[]}
+         * @readonly
+         * @private
+         */
+        passes : {
+            get : function() {
+                return this._passes;
+            }
+        },
+
+        /**
+         * Whether the light source is a point light.
+         *
+         * @memberof ShadowMap.prototype
+         * @type {Boolean}
+         * @readonly
+         * @private
+         */
+        isPointLight : {
+            get : function() {
+                return this._isPointLight;
+            }
+        },
+
+        /**
+         * Debug option for visualizing the cascades by color.
+         *
+         * @memberof ShadowMap.prototype
+         * @type {Boolean}
+         * @default false
+         * @private
+         */
+        debugCascadeColors : {
+            get : function() {
+                return this._debugCascadeColors;
+            },
+            set : function(value) {
+                this.dirty = this._debugCascadeColors !== value;
+                this._debugCascadeColors = value;
+            }
+        }
+    });
+
+    function destroyFramebuffer(shadowMap) {
+        var length = shadowMap._passes.length;
+        for (var i = 0; i < length; ++i) {
+            var pass = shadowMap._passes[i];
+            var framebuffer = pass.framebuffer;
+            if (defined(framebuffer) && !framebuffer.isDestroyed()) {
+                framebuffer.destroy();
+            }
+            pass.framebuffer = undefined;
+        }
+
+        // Destroy the framebuffer attachments
+        shadowMap._depthAttachment = shadowMap._depthAttachment && shadowMap._depthAttachment.destroy();
+        shadowMap._colorAttachment = shadowMap._colorAttachment && shadowMap._colorAttachment.destroy();
+    }
+
+    function createSampler() {
+        return new Sampler({
+            wrapS : TextureWrap.CLAMP_TO_EDGE,
+            wrapT : TextureWrap.CLAMP_TO_EDGE,
+            minificationFilter : TextureMinificationFilter.NEAREST,
+            magnificationFilter : TextureMagnificationFilter.NEAREST
+        });
+    }
+
+    function createFramebufferColor(shadowMap, context) {
+        var depthRenderbuffer = new Renderbuffer({
+            context : context,
+            width : shadowMap._textureSize.x,
+            height : shadowMap._textureSize.y,
+            format : RenderbufferFormat.DEPTH_COMPONENT16
+        });
+
+        var colorTexture = new Texture({
+            context : context,
+            width : shadowMap._textureSize.x,
+            height : shadowMap._textureSize.y,
+            pixelFormat : PixelFormat.RGBA,
+            pixelDatatype : PixelDatatype.UNSIGNED_BYTE,
+            sampler : createSampler()
+        });
+
+        var framebuffer = new Framebuffer({
+            context : context,
+            depthRenderbuffer : depthRenderbuffer,
+            colorTextures : [colorTexture],
+            destroyAttachments : false
+        });
+
+        var length = shadowMap._passes.length;
+        for (var i = 0; i < length; ++i) {
+            var pass = shadowMap._passes[i];
+            pass.framebuffer = framebuffer;
+            pass.passState.framebuffer = framebuffer;
+        }
+
+        shadowMap._shadowMapTexture = colorTexture;
+        shadowMap._depthAttachment = depthRenderbuffer;
+        shadowMap._colorAttachment = colorTexture;
+    }
+
+    function createFramebufferDepth(shadowMap, context) {
+        var depthStencilTexture = new Texture({
+            context : context,
+            width : shadowMap._textureSize.x,
+            height : shadowMap._textureSize.y,
+            pixelFormat : PixelFormat.DEPTH_STENCIL,
+            pixelDatatype : PixelDatatype.UNSIGNED_INT_24_8,
+            sampler : createSampler()
+        });
+
+        var framebuffer = new Framebuffer({
+            context : context,
+            depthStencilTexture : depthStencilTexture,
+            destroyAttachments : false
+        });
+
+        var length = shadowMap._passes.length;
+        for (var i = 0; i < length; ++i) {
+            var pass = shadowMap._passes[i];
+            pass.framebuffer = framebuffer;
+            pass.passState.framebuffer = framebuffer;
+        }
+
+        shadowMap._shadowMapTexture = depthStencilTexture;
+        shadowMap._depthAttachment = depthStencilTexture;
+    }
+
+    function createFramebufferCube(shadowMap, context) {
+        var depthRenderbuffer = new Renderbuffer({
+            context : context,
+            width : shadowMap._textureSize.x,
+            height : shadowMap._textureSize.y,
+            format : RenderbufferFormat.DEPTH_COMPONENT16
+        });
+
+        var cubeMap = new CubeMap({
+            context : context,
+            width : shadowMap._textureSize.x,
+            height : shadowMap._textureSize.y,
+            pixelFormat : PixelFormat.RGBA,
+            pixelDatatype : PixelDatatype.UNSIGNED_BYTE,
+            sampler : createSampler()
+        });
+
+        var faces = [cubeMap.negativeX, cubeMap.negativeY, cubeMap.negativeZ, cubeMap.positiveX, cubeMap.positiveY, cubeMap.positiveZ];
+
+        for (var i = 0; i < 6; ++i) {
+            var framebuffer = new Framebuffer({
+                context : context,
+                depthRenderbuffer : depthRenderbuffer,
+                colorTextures : [faces[i]],
+                destroyAttachments : false
+            });
+            var pass = shadowMap._passes[i];
+            pass.framebuffer = framebuffer;
+            pass.passState.framebuffer = framebuffer;
+        }
+
+        shadowMap._shadowMapTexture = cubeMap;
+        shadowMap._depthAttachment = depthRenderbuffer;
+        shadowMap._colorAttachment = cubeMap;
+    }
+
+    function createFramebuffer(shadowMap, context) {
+        if (shadowMap._isPointLight) {
+            createFramebufferCube(shadowMap, context);
+        } else if (shadowMap._usesDepthTexture) {
+            createFramebufferDepth(shadowMap, context);
+        } else {
+            createFramebufferColor(shadowMap, context);
+        }
+    }
+
+    function checkFramebuffer(shadowMap, context) {
+        // Attempt to make an FBO with only a depth texture. If it fails, fallback to a color texture.
+        if (shadowMap._usesDepthTexture && (shadowMap._passes[0].framebuffer.status !== WebGLConstants.FRAMEBUFFER_COMPLETE)) {
+            shadowMap._usesDepthTexture = false;
+            createRenderStates(shadowMap);
+            destroyFramebuffer(shadowMap);
+            createFramebuffer(shadowMap, context);
+        }
+    }
+
+    function updateFramebuffer(shadowMap, context) {
+        if (!defined(shadowMap._passes[0].framebuffer) || (shadowMap._shadowMapTexture.width !== shadowMap._textureSize.x)) {
+            destroyFramebuffer(shadowMap);
+            createFramebuffer(shadowMap, context);
+            checkFramebuffer(shadowMap, context);
+            clearFramebuffer(shadowMap, context);
+        }
+    }
+
+    function clearFramebuffer(shadowMap, context, shadowPass) {
+        shadowPass = defaultValue(shadowPass, 0);
+        if (shadowMap._isPointLight || (shadowPass === 0)) {
+            shadowMap._clearCommand.framebuffer = shadowMap._passes[shadowPass].framebuffer;
+            shadowMap._clearCommand.execute(context, shadowMap._clearPassState);
+        }
+    }
+
+    function resize(shadowMap, size) {
+        shadowMap._size = size;
+        var passes = shadowMap._passes;
+        var numberOfPasses = passes.length;
+        var textureSize = shadowMap._textureSize;
+
+        if (shadowMap._isPointLight) {
+            size = (ContextLimits.maximumCubeMapSize >= size) ? size : ContextLimits.maximumCubeMapSize;
+            textureSize.x = size;
+            textureSize.y = size;
+            var faceViewport = new BoundingRectangle(0, 0, size, size);
+            passes[0].passState.viewport = faceViewport;
+            passes[1].passState.viewport = faceViewport;
+            passes[2].passState.viewport = faceViewport;
+            passes[3].passState.viewport = faceViewport;
+            passes[4].passState.viewport = faceViewport;
+            passes[5].passState.viewport = faceViewport;
+        } else if (numberOfPasses === 1) {
+            // +----+
+            // |  1 |
+            // +----+
+            size = (ContextLimits.maximumTextureSize >= size) ? size : ContextLimits.maximumTextureSize;
+            textureSize.x = size;
+            textureSize.y = size;
+            passes[0].passState.viewport = new BoundingRectangle(0, 0, size, size);
+        } else if (numberOfPasses === 4) {
+            // +----+----+
+            // |  3 |  4 |
+            // +----+----+
+            // |  1 |  2 |
+            // +----+----+
+            size = (ContextLimits.maximumTextureSize >= size * 2) ? size : ContextLimits.maximumTextureSize / 2;
+            textureSize.x = size * 2;
+            textureSize.y = size * 2;
+            passes[0].passState.viewport = new BoundingRectangle(0, 0, size, size);
+            passes[1].passState.viewport = new BoundingRectangle(size, 0, size, size);
+            passes[2].passState.viewport = new BoundingRectangle(0, size, size, size);
+            passes[3].passState.viewport = new BoundingRectangle(size, size, size, size);
+        }
+
+        // Update clear pass state
+        shadowMap._clearPassState.viewport = new BoundingRectangle(0, 0, textureSize.x, textureSize.y);
+
+        // Transforms shadow coordinates [0, 1] into the pass's region of the texture
+        for (var i = 0; i < numberOfPasses; ++i) {
+            var pass = passes[i];
+            var viewport = pass.passState.viewport;
+            var biasX = viewport.x / textureSize.x;
+            var biasY = viewport.y / textureSize.y;
+            var scaleX = viewport.width / textureSize.x;
+            var scaleY = viewport.height / textureSize.y;
+            pass.textureOffsets = new Matrix4(scaleX, 0.0, 0.0, biasX, 0.0, scaleY, 0.0, biasY, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0);
+        }
+    }
+
+    var scratchViewport = new BoundingRectangle();
+
+    function createDebugShadowViewCommand(shadowMap, context) {
+        var fs;
+        if (shadowMap._isPointLight) {
+            fs = 'uniform samplerCube shadowMap_textureCube; \n' +
+                 'varying vec2 v_textureCoordinates; \n' +
+                 'void main() \n' +
+                 '{ \n' +
+                 '    vec2 uv = v_textureCoordinates; \n' +
+                 '    vec3 dir; \n' +
+                 ' \n' +
+                 '    if (uv.y < 0.5) \n' +
+                 '    { \n' +
+                 '        if (uv.x < 0.333) \n' +
+                 '        { \n' +
+                 '            dir.x = -1.0; \n' +
+                 '            dir.y = uv.x * 6.0 - 1.0; \n' +
+                 '            dir.z = uv.y * 4.0 - 1.0; \n' +
+                 '        } \n' +
+                 '        else if (uv.x < 0.666) \n' +
+                 '        { \n' +
+                 '            dir.y = -1.0; \n' +
+                 '            dir.x = uv.x * 6.0 - 3.0; \n' +
+                 '            dir.z = uv.y * 4.0 - 1.0; \n' +
+                 '        } \n' +
+                 '        else \n' +
+                 '        { \n' +
+                 '            dir.z = -1.0; \n' +
+                 '            dir.x = uv.x * 6.0 - 5.0; \n' +
+                 '            dir.y = uv.y * 4.0 - 1.0; \n' +
+                 '        } \n' +
+                 '    } \n' +
+                 '    else \n' +
+                 '    { \n' +
+                 '        if (uv.x < 0.333) \n' +
+                 '        { \n' +
+                 '            dir.x = 1.0; \n' +
+                 '            dir.y = uv.x * 6.0 - 1.0; \n' +
+                 '            dir.z = uv.y * 4.0 - 3.0; \n' +
+                 '        } \n' +
+                 '        else if (uv.x < 0.666) \n' +
+                 '        { \n' +
+                 '            dir.y = 1.0; \n' +
+                 '            dir.x = uv.x * 6.0 - 3.0; \n' +
+                 '            dir.z = uv.y * 4.0 - 3.0; \n' +
+                 '        } \n' +
+                 '        else \n' +
+                 '        { \n' +
+                 '            dir.z = 1.0; \n' +
+                 '            dir.x = uv.x * 6.0 - 5.0; \n' +
+                 '            dir.y = uv.y * 4.0 - 3.0; \n' +
+                 '        } \n' +
+                 '    } \n' +
+                 ' \n' +
+                 '    float shadow = czm_unpackDepth(textureCube(shadowMap_textureCube, dir)); \n' +
+                 '    gl_FragColor = vec4(vec3(shadow), 1.0); \n' +
+                 '} \n';
+        } else {
+            fs = 'uniform sampler2D shadowMap_texture; \n' +
+                 'varying vec2 v_textureCoordinates; \n' +
+                 'void main() \n' +
+                 '{ \n' +
+
+                 (shadowMap._usesDepthTexture ?
+                 '    float shadow = texture2D(shadowMap_texture, v_textureCoordinates).r; \n' :
+                 '    float shadow = czm_unpackDepth(texture2D(shadowMap_texture, v_textureCoordinates)); \n') +
+
+                 '    gl_FragColor = vec4(vec3(shadow), 1.0); \n' +
+                 '} \n';
+        }
+
+        var drawCommand = context.createViewportQuadCommand(fs, {
+            uniformMap : {
+                shadowMap_texture : function() {
+                    return shadowMap._shadowMapTexture;
+                },
+                shadowMap_textureCube : function() {
+                    return shadowMap._shadowMapTexture;
+                }
+            }
+        });
+        drawCommand.pass = Pass.OVERLAY;
+        return drawCommand;
+    }
+
+    function updateDebugShadowViewCommand(shadowMap, frameState) {
+        // Draws the shadow map on the bottom-right corner of the screen
+        var context = frameState.context;
+        var screenWidth = frameState.context.drawingBufferWidth;
+        var screenHeight = frameState.context.drawingBufferHeight;
+        var size = Math.min(screenWidth, screenHeight) * 0.3;
+
+        var viewport = scratchViewport;
+        viewport.x = screenWidth - size;
+        viewport.y = 0;
+        viewport.width = size;
+        viewport.height = size;
+
+        var debugCommand = shadowMap._debugShadowViewCommand;
+        if (!defined(debugCommand)) {
+            debugCommand = createDebugShadowViewCommand(shadowMap, context);
+            shadowMap._debugShadowViewCommand = debugCommand;
+        }
+
+        // Get a new RenderState for the updated viewport size
+        if (!defined(debugCommand.renderState) || !BoundingRectangle.equals(debugCommand.renderState.viewport, viewport)) {
+            debugCommand.renderState = RenderState.fromCache({
+                viewport : BoundingRectangle.clone(viewport)
+            });
+        }
+
+        frameState.commandList.push(shadowMap._debugShadowViewCommand);
+    }
+
+    var frustumCornersNDC = new Array(8);
+    frustumCornersNDC[0] = new Cartesian4(-1.0, -1.0, -1.0, 1.0);
+    frustumCornersNDC[1] = new Cartesian4(1.0, -1.0, -1.0, 1.0);
+    frustumCornersNDC[2] = new Cartesian4(1.0, 1.0, -1.0, 1.0);
+    frustumCornersNDC[3] = new Cartesian4(-1.0, 1.0, -1.0, 1.0);
+    frustumCornersNDC[4] = new Cartesian4(-1.0, -1.0, 1.0, 1.0);
+    frustumCornersNDC[5] = new Cartesian4(1.0, -1.0, 1.0, 1.0);
+    frustumCornersNDC[6] = new Cartesian4(1.0, 1.0, 1.0, 1.0);
+    frustumCornersNDC[7] = new Cartesian4(-1.0, 1.0, 1.0, 1.0);
+
+    var scratchMatrix = new Matrix4();
+    var scratchFrustumCorners = new Array(8);
+    for (var i = 0; i < 8; ++i) {
+        scratchFrustumCorners[i] = new Cartesian4();
+    }
+
+    function createDebugPointLight(modelMatrix, color) {
+        var box = new GeometryInstance({
+            geometry : new BoxOutlineGeometry({
+                minimum : new Cartesian3(-0.5, -0.5, -0.5),
+                maximum : new Cartesian3(0.5, 0.5, 0.5)
+            }),
+            attributes : {
+                color : ColorGeometryInstanceAttribute.fromColor(color)
+            }
+        });
+
+        var sphere = new GeometryInstance({
+            geometry : new SphereOutlineGeometry({
+                radius : 0.5
+            }),
+            attributes : {
+                color : ColorGeometryInstanceAttribute.fromColor(color)
+            }
+        });
+
+        return new Primitive({
+            geometryInstances : [box, sphere],
+            appearance : new PerInstanceColorAppearance({
+                translucent : false,
+                flat : true
+            }),
+            asynchronous : false,
+            modelMatrix : modelMatrix
+        });
+    }
+
+    function createDebugFrustum(camera, color) {
+        var view = camera.viewMatrix;
+        var projection = camera.frustum.projectionMatrix;
+        var viewProjection = Matrix4.multiply(projection, view, scratchMatrix);
+        var inverseViewProjection = Matrix4.inverse(viewProjection, scratchMatrix);
+
+        var positions = new Float64Array(8 * 3);
+        for (var i = 0; i < 8; ++i) {
+            var corner = Cartesian4.clone(frustumCornersNDC[i], scratchFrustumCorners[i]);
+            Matrix4.multiplyByVector(inverseViewProjection, corner, corner);
+            Cartesian3.divideByScalar(corner, corner.w, corner); // Handle the perspective divide
+            positions[i * 3 + 0] = corner.x;
+            positions[i * 3 + 1] = corner.y;
+            positions[i * 3 + 2] = corner.z;
+        }
+
+        var attributes = new GeometryAttributes();
+        attributes.position = new GeometryAttribute({
+            componentDatatype : ComponentDatatype.DOUBLE,
+            componentsPerAttribute : 3,
+            values : positions
+        });
+
+        var indices = new Uint16Array([0,1,1,2,2,3,3,0,0,4,4,7,7,3,7,6,6,2,2,1,1,5,5,4,5,6]);
+        var geometry = new Geometry({
+            attributes : attributes,
+            indices : indices,
+            primitiveType : PrimitiveType.LINES,
+            boundingSphere : new BoundingSphere.fromVertices(positions)
+        });
+
+        var debugFrustum = new Primitive({
+            geometryInstances : new GeometryInstance({
+                geometry : geometry,
+                attributes : {
+                    color : ColorGeometryInstanceAttribute.fromColor(color)
+                }
+            }),
+            appearance : new PerInstanceColorAppearance({
+                translucent : false,
+                flat : true
+            }),
+            asynchronous : false
+        });
+
+        return debugFrustum;
+    }
+
+    var debugOutlineColors = [Color.RED, Color.GREEN, Color.BLUE, Color.MAGENTA];
+    var scratchScale = new Cartesian3();
+
+    function applyDebugSettings(shadowMap, frameState) {
+        updateDebugShadowViewCommand(shadowMap, frameState);
+
+        var enterFreezeFrame = shadowMap.debugFreezeFrame && !shadowMap._debugFreezeFrame;
+        shadowMap._debugFreezeFrame = shadowMap.debugFreezeFrame;
+
+        // Draw scene camera in freeze frame mode
+        if (shadowMap.debugFreezeFrame) {
+            if (enterFreezeFrame) {
+                // Recreate debug camera when entering freeze frame mode
+                shadowMap._debugCameraFrustum = shadowMap._debugCameraFrustum && shadowMap._debugCameraFrustum.destroy();
+                shadowMap._debugCameraFrustum = createDebugFrustum(shadowMap._sceneCamera, Color.CYAN);
+            }
+            shadowMap._debugCameraFrustum.update(frameState);
+        }
+
+        if (shadowMap._cascadesEnabled) {
+            // Draw cascades only in freeze frame mode
+            if (shadowMap.debugFreezeFrame) {
+                if (enterFreezeFrame) {
+                    // Recreate debug frustum when entering freeze frame mode
+                    shadowMap._debugLightFrustum = shadowMap._debugLightFrustum && shadowMap._debugLightFrustum.destroy();
+                    shadowMap._debugLightFrustum = createDebugFrustum(shadowMap._shadowMapCamera, Color.YELLOW);
+                }
+                shadowMap._debugLightFrustum.update(frameState);
+
+                for (var i = 0; i < shadowMap._numberOfCascades; ++i) {
+                    if (enterFreezeFrame) {
+                        // Recreate debug frustum when entering freeze frame mode
+                        shadowMap._debugCascadeFrustums[i] = shadowMap._debugCascadeFrustums[i] && shadowMap._debugCascadeFrustums[i].destroy();
+                        shadowMap._debugCascadeFrustums[i] = createDebugFrustum(shadowMap._passes[i].camera, debugOutlineColors[i]);
+                    }
+                    shadowMap._debugCascadeFrustums[i].update(frameState);
+                }
+            }
+        } else if (shadowMap._isPointLight) {
+            if (!defined(shadowMap._debugLightFrustum) || shadowMap._needsUpdate) {
+                var translation = shadowMap._shadowMapCamera.positionWC;
+                var rotation = Quaternion.IDENTITY;
+                var uniformScale = shadowMap._pointLightRadius * 2.0;
+                var scale = Cartesian3.fromElements(uniformScale, uniformScale, uniformScale, scratchScale);
+                var modelMatrix = Matrix4.fromTranslationQuaternionRotationScale(translation, rotation, scale, scratchMatrix);
+
+                shadowMap._debugLightFrustum = shadowMap._debugLightFrustum && shadowMap._debugLightFrustum.destroy();
+                shadowMap._debugLightFrustum = createDebugPointLight(modelMatrix, Color.YELLOW);
+            }
+            shadowMap._debugLightFrustum.update(frameState);
+        } else {
+            if (!defined(shadowMap._debugLightFrustum) || shadowMap._needsUpdate) {
+                shadowMap._debugLightFrustum = createDebugFrustum(shadowMap._shadowMapCamera, Color.YELLOW);
+            }
+            shadowMap._debugLightFrustum.update(frameState);
+        }
+    }
+
+    function ShadowMapCamera() {
+        this.viewMatrix = new Matrix4();
+        this.inverseViewMatrix = new Matrix4();
+        this.frustum = undefined;
+        this.positionCartographic = new Cartographic();
+        this.positionWC = new Cartesian3();
+        this.directionWC = new Cartesian3();
+        this.upWC = new Cartesian3();
+        this.rightWC = new Cartesian3();
+        this.viewProjectionMatrix = new Matrix4();
+    }
+
+    ShadowMapCamera.prototype.clone = function(camera) {
+        Matrix4.clone(camera.viewMatrix, this.viewMatrix);
+        Matrix4.clone(camera.inverseViewMatrix, this.inverseViewMatrix);
+        this.frustum = camera.frustum.clone(this.frustum);
+        Cartographic.clone(camera.positionCartographic, this.positionCartographic);
+        Cartesian3.clone(camera.positionWC, this.positionWC);
+        Cartesian3.clone(camera.directionWC, this.directionWC);
+        Cartesian3.clone(camera.upWC, this.upWC);
+        Cartesian3.clone(camera.rightWC, this.rightWC);
+    };
+
+    // Converts from NDC space to texture space
+    var scaleBiasMatrix = new Matrix4(0.5, 0.0, 0.0, 0.5, 0.0, 0.5, 0.0, 0.5, 0.0, 0.0, 0.5, 0.5, 0.0, 0.0, 0.0, 1.0);
+
+    ShadowMapCamera.prototype.getViewProjection = function() {
+        var view = this.viewMatrix;
+        var projection = this.frustum.projectionMatrix;
+        Matrix4.multiply(projection, view, this.viewProjectionMatrix);
+        Matrix4.multiply(scaleBiasMatrix, this.viewProjectionMatrix, this.viewProjectionMatrix);
+        return this.viewProjectionMatrix;
+    };
+
+    var scratchSplits = new Array(5);
+    var scratchFrustum = new PerspectiveFrustum();
+    var scratchCascadeDistances = new Array(4);
+
+    function computeCascades(shadowMap, frameState) {
+        var shadowMapCamera = shadowMap._shadowMapCamera;
+        var sceneCamera = shadowMap._sceneCamera;
+        var cameraNear = sceneCamera.frustum.near;
+        var cameraFar = sceneCamera.frustum.far;
+        var numberOfCascades = shadowMap._numberOfCascades;
+
+        // Split cascades. Use a mix of linear and log splits.
+        var i;
+        var range = cameraFar - cameraNear;
+        var ratio = cameraFar / cameraNear;
+
+        var lambda = 0.9;
+        var clampCascadeDistances = false;
+
+        // When the camera is close to a relatively small model, provide more detail in the closer cascades.
+        // If the camera is near or inside a large model, such as the root tile of a city, then use the default values.
+        // To get the most accurate cascade splits we would need to find the min and max values from the depth texture.
+        if (frameState.shadowHints.closestObjectSize < 200.0) {
+            clampCascadeDistances = true;
+            lambda = 0.9;
+        }
+
+        var cascadeDistances = scratchCascadeDistances;
+        var splits = scratchSplits;
+        splits[0] = cameraNear;
+        splits[numberOfCascades] = cameraFar;
+
+        // Find initial splits
+        for (i = 0; i < numberOfCascades; ++i) {
+            var p = (i + 1) / numberOfCascades;
+            var logScale = cameraNear * Math.pow(ratio, p);
+            var uniformScale = cameraNear + range * p;
+            var split = CesiumMath.lerp(uniformScale, logScale, lambda);
+            splits[i + 1] = split;
+            cascadeDistances[i] = split - splits[i];
+        }
+
+        if (clampCascadeDistances) {
+            // Clamp each cascade to its maximum distance
+            for (i = 0; i < numberOfCascades; ++i) {
+                cascadeDistances[i] = Math.min(cascadeDistances[i], shadowMap._maximumCascadeDistances[i]);
+            }
+
+            // Recompute splits
+            var distance = splits[0];
+            for (i = 0; i < numberOfCascades - 1; ++i) {
+                distance += cascadeDistances[i];
+                splits[i + 1] = distance;
+            }
+        }
+
+        Cartesian4.unpack(splits, 0, shadowMap._cascadeSplits[0]);
+        Cartesian4.unpack(splits, 1, shadowMap._cascadeSplits[1]);
+        Cartesian4.unpack(cascadeDistances, 0, shadowMap._cascadeDistances);
+
+        var shadowFrustum = shadowMapCamera.frustum;
+        var left = shadowFrustum.left;
+        var right = shadowFrustum.right;
+        var bottom = shadowFrustum.bottom;
+        var top = shadowFrustum.top;
+        var near = shadowFrustum.near;
+        var far = shadowFrustum.far;
+
+        var position = shadowMapCamera.positionWC;
+        var direction = shadowMapCamera.directionWC;
+        var up = shadowMapCamera.upWC;
+
+        var cascadeSubFrustum = sceneCamera.frustum.clone(scratchFrustum);
+        var shadowViewProjection = shadowMapCamera.getViewProjection();
+
+        for (i = 0; i < numberOfCascades; ++i) {
+            // Find the bounding box of the camera sub-frustum in shadow map texture space
+            cascadeSubFrustum.near = splits[i];
+            cascadeSubFrustum.far = splits[i + 1];
+            var viewProjection = Matrix4.multiply(cascadeSubFrustum.projectionMatrix, sceneCamera.viewMatrix, scratchMatrix);
+            var inverseViewProjection = Matrix4.inverse(viewProjection, scratchMatrix);
+            var shadowMapMatrix = Matrix4.multiply(shadowViewProjection, inverseViewProjection, scratchMatrix);
+
+            // Project each corner from camera NDC space to shadow map texture space. Min and max will be from 0 to 1.
+            var min = Cartesian3.fromElements(Number.MAX_VALUE, Number.MAX_VALUE, Number.MAX_VALUE, scratchMin);
+            var max = Cartesian3.fromElements(-Number.MAX_VALUE, -Number.MAX_VALUE, -Number.MAX_VALUE, scratchMax);
+
+            for (var k = 0; k < 8; ++k) {
+                var corner = Cartesian4.clone(frustumCornersNDC[k], scratchFrustumCorners[k]);
+                Matrix4.multiplyByVector(shadowMapMatrix, corner, corner);
+                Cartesian3.divideByScalar(corner, corner.w, corner); // Handle the perspective divide
+                Cartesian3.minimumByComponent(corner, min, min);
+                Cartesian3.maximumByComponent(corner, max, max);
+            }
+
+            // Limit light-space coordinates to the [0, 1] range
+            min.x = Math.max(min.x, 0.0);
+            min.y = Math.max(min.y, 0.0);
+            min.z = 0.0; // Always start cascade frustum at the top of the light frustum to capture objects in the light's path
+            max.x = Math.min(max.x, 1.0);
+            max.y = Math.min(max.y, 1.0);
+            max.z = Math.min(max.z, 1.0);
+
+            var pass = shadowMap._passes[i];
+            var cascadeCamera = pass.camera;
+            cascadeCamera.clone(shadowMapCamera); // PERFORMANCE_IDEA : could do a shallow clone for all properties except the frustum
+
+            var frustum = cascadeCamera.frustum;
+            frustum.left = left + min.x * (right - left);
+            frustum.right = left + max.x * (right - left);
+            frustum.bottom = bottom + min.y * (top - bottom);
+            frustum.top = bottom + max.y * (top - bottom);
+            frustum.near = near + min.z * (far - near);
+            frustum.far = near + max.z * (far - near);
+
+            pass.cullingVolume = cascadeCamera.frustum.computeCullingVolume(position, direction, up);
+
+            // Transforms from eye space to the cascade's texture space
+            var cascadeMatrix = shadowMap._cascadeMatrices[i];
+            Matrix4.multiply(cascadeCamera.getViewProjection(), sceneCamera.inverseViewMatrix, cascadeMatrix);
+            Matrix4.multiply(pass.textureOffsets, cascadeMatrix, cascadeMatrix);
+        }
+    }
+
+    var scratchLightView = new Matrix4();
+    var scratchRight = new Cartesian3();
+    var scratchUp = new Cartesian3();
+    var scratchMin = new Cartesian3();
+    var scratchMax = new Cartesian3();
+    var scratchTranslation = new Cartesian3();
+
+    function fitShadowMapToScene(shadowMap, frameState) {
+        var shadowMapCamera = shadowMap._shadowMapCamera;
+        var sceneCamera = shadowMap._sceneCamera;
+
+        // 1. First find a tight bounding box in light space that contains the entire camera frustum.
+        var viewProjection = Matrix4.multiply(sceneCamera.frustum.projectionMatrix, sceneCamera.viewMatrix, scratchMatrix);
+        var inverseViewProjection = Matrix4.inverse(viewProjection, scratchMatrix);
+
+        // Start to construct the light view matrix. Set translation later once the bounding box is found.
+        var lightDir = shadowMapCamera.directionWC;
+        var lightUp = sceneCamera.directionWC; // Align shadows to the camera view.
+        var lightRight = Cartesian3.cross(lightDir, lightUp, scratchRight);
+        lightUp = Cartesian3.cross(lightRight, lightDir, scratchUp); // Recalculate up now that right is derived
+        Cartesian3.normalize(lightUp, lightUp);
+        Cartesian3.normalize(lightRight, lightRight);
+        var lightPosition = Cartesian3.fromElements(0.0, 0.0, 0.0, scratchTranslation);
+
+        var lightView = Matrix4.computeView(lightPosition, lightDir, lightUp, lightRight, scratchLightView);
+        var cameraToLight = Matrix4.multiply(lightView, inverseViewProjection, scratchMatrix);
+
+        // Project each corner from NDC space to light view space, and calculate a min and max in light view space
+        var min = Cartesian3.fromElements(Number.MAX_VALUE, Number.MAX_VALUE, Number.MAX_VALUE, scratchMin);
+        var max = Cartesian3.fromElements(-Number.MAX_VALUE, -Number.MAX_VALUE, -Number.MAX_VALUE, scratchMax);
+
+        for (var i = 0; i < 8; ++i) {
+            var corner = Cartesian4.clone(frustumCornersNDC[i], scratchFrustumCorners[i]);
+            Matrix4.multiplyByVector(cameraToLight, corner, corner);
+            Cartesian3.divideByScalar(corner, corner.w, corner); // Handle the perspective divide
+            Cartesian3.minimumByComponent(corner, min, min);
+            Cartesian3.maximumByComponent(corner, max, max);
+        }
+
+        // 2. Set bounding box back to include objects in the light's view
+        max.z += 1000.0; // Note: in light space, a positive number is behind the camera
+        min.z -= 10.0; // Extend the shadow volume forward slightly to avoid problems right at the edge
+
+        // 3. Adjust light view matrix so that it is centered on the bounding volume
+        var translation = scratchTranslation;
+        translation.x = -(0.5 * (min.x + max.x));
+        translation.y = -(0.5 * (min.y + max.y));
+        translation.z = -max.z;
+
+        var translationMatrix = Matrix4.fromTranslation(translation, scratchMatrix);
+        lightView = Matrix4.multiply(translationMatrix, lightView, lightView);
+
+        // 4. Create an orthographic frustum that covers the bounding box extents
+        var halfWidth = 0.5 * (max.x - min.x);
+        var halfHeight = 0.5 * (max.y - min.y);
+        var depth = max.z - min.z;
+
+        var frustum = shadowMapCamera.frustum;
+        frustum.left = -halfWidth;
+        frustum.right = halfWidth;
+        frustum.bottom = -halfHeight;
+        frustum.top = halfHeight;
+        frustum.near = 0.01;
+        frustum.far = depth;
+
+        // 5. Update the shadow map camera
+        Matrix4.clone(lightView, shadowMapCamera.viewMatrix);
+        Matrix4.inverse(lightView, shadowMapCamera.inverseViewMatrix);
+        Matrix4.getTranslation(shadowMapCamera.inverseViewMatrix, shadowMapCamera.positionWC);
+        frameState.mapProjection.ellipsoid.cartesianToCartographic(shadowMapCamera.positionWC, shadowMapCamera.positionCartographic);
+        Cartesian3.clone(lightDir, shadowMapCamera.directionWC);
+        Cartesian3.clone(lightUp, shadowMapCamera.upWC);
+        Cartesian3.clone(lightRight, shadowMapCamera.rightWC);
+    }
+
+    var directions = [
+        new Cartesian3(-1.0, 0.0, 0.0),
+        new Cartesian3(0.0, -1.0, 0.0),
+        new Cartesian3(0.0, 0.0, -1.0),
+        new Cartesian3(1.0, 0.0, 0.0),
+        new Cartesian3(0.0, 1.0, 0.0),
+        new Cartesian3(0.0, 0.0, 1.0)
+    ];
+
+    var ups = [
+        new Cartesian3(0.0, -1.0, 0.0),
+        new Cartesian3(0.0, 0.0, -1.0),
+        new Cartesian3(0.0, -1.0, 0.0),
+        new Cartesian3(0.0, -1.0, 0.0),
+        new Cartesian3(0.0, 0.0, 1.0),
+        new Cartesian3(0.0, -1.0, 0.0)
+    ];
+
+    var rights = [
+        new Cartesian3(0.0, 0.0, 1.0),
+        new Cartesian3(1.0, 0.0, 0.0),
+        new Cartesian3(-1.0, 0.0, 0.0),
+        new Cartesian3(0.0, 0.0, -1.0),
+        new Cartesian3(1.0, 0.0, 0.0),
+        new Cartesian3(1.0, 0.0, 0.0)
+    ];
+
+    function computeOmnidirectional(shadowMap, frameState) {
+        // All sides share the same frustum
+        var frustum = new PerspectiveFrustum();
+        frustum.fov = CesiumMath.PI_OVER_TWO;
+        frustum.near = 1.0;
+        frustum.far = shadowMap._pointLightRadius;
+        frustum.aspectRatio = 1.0;
+
+        for (var i = 0; i < 6; ++i) {
+            var camera = shadowMap._passes[i].camera;
+            camera.positionWC = shadowMap._shadowMapCamera.positionWC;
+            camera.positionCartographic = frameState.mapProjection.ellipsoid.cartesianToCartographic(camera.positionWC, camera.positionCartographic);
+            camera.directionWC = directions[i];
+            camera.upWC = ups[i];
+            camera.rightWC = rights[i];
+
+            Matrix4.computeView(camera.positionWC, camera.directionWC, camera.upWC, camera.rightWC, camera.viewMatrix);
+            Matrix4.inverse(camera.viewMatrix, camera.inverseViewMatrix);
+
+            camera.frustum = frustum;
+        }
+    }
+
+    var scratchCartesian1 = new Cartesian3();
+    var scratchCartesian2 = new Cartesian3();
+    var scratchBoundingSphere = new BoundingSphere();
+    var scratchCenter = scratchBoundingSphere.center;
+
+    function checkVisibility(shadowMap, frameState) {
+        var sceneCamera = shadowMap._sceneCamera;
+        var shadowMapCamera = shadowMap._shadowMapCamera;
+
+        var boundingSphere = scratchBoundingSphere;
+
+        // Check whether the shadow map is in view and needs to be updated
+        if (shadowMap._cascadesEnabled) {
+            // If the nearest shadow receiver is further than the shadow map's maximum distance then the shadow map is out of view.
+            if (sceneCamera.frustum.near >= shadowMap.maximumDistance) {
+                shadowMap._outOfView = true;
+                shadowMap._needsUpdate = false;
+                return;
+            }
+
+            // If the light source is below the horizon then the shadow map is out of view
+            var surfaceNormal = frameState.mapProjection.ellipsoid.geodeticSurfaceNormal(sceneCamera.positionWC, scratchCartesian1);
+            var lightDirection = Cartesian3.negate(shadowMapCamera.directionWC, scratchCartesian2);
+            var dot = Cartesian3.dot(surfaceNormal, lightDirection);
+
+            // Shadows start to fade out once the light gets closer to the horizon.
+            // At this point the globe uses vertex lighting alone to darken the surface.
+            var darknessAmount = CesiumMath.clamp(dot / 0.1, 0.0, 1.0);
+            shadowMap._darkness = CesiumMath.lerp(1.0, shadowMap.darkness, darknessAmount);
+
+            if (dot < 0.0) {
+                shadowMap._outOfView = true;
+                shadowMap._needsUpdate = false;
+                return;
+            }
+
+            // By default cascaded shadows need to update and are always in view
+            shadowMap._needsUpdate = true;
+            shadowMap._outOfView = false;
+        } else if (shadowMap._isPointLight) {
+            // Sphere-frustum intersection test
+            boundingSphere.center = shadowMapCamera.positionWC;
+            boundingSphere.radius = shadowMap._pointLightRadius;
+            shadowMap._outOfView = frameState.cullingVolume.computeVisibility(boundingSphere) === Intersect.OUTSIDE;
+            shadowMap._needsUpdate = !shadowMap._outOfView && !shadowMap._boundingSphere.equals(boundingSphere);
+            BoundingSphere.clone(boundingSphere, shadowMap._boundingSphere);
+        } else {
+            // Simplify frustum-frustum intersection test as a sphere-frustum test
+            var frustumRadius = shadowMapCamera.frustum.far / 2.0;
+            var frustumCenter = Cartesian3.add(shadowMapCamera.positionWC, Cartesian3.multiplyByScalar(shadowMapCamera.directionWC, frustumRadius, scratchCenter), scratchCenter);
+            boundingSphere.center = frustumCenter;
+            boundingSphere.radius = frustumRadius;
+            shadowMap._outOfView = frameState.cullingVolume.computeVisibility(boundingSphere) === Intersect.OUTSIDE;
+            shadowMap._needsUpdate = !shadowMap._outOfView && !shadowMap._boundingSphere.equals(boundingSphere);
+            BoundingSphere.clone(boundingSphere, shadowMap._boundingSphere);
+        }
+    }
+
+    function updateCameras(shadowMap, frameState) {
+        var camera = frameState.camera; // The actual camera in the scene
+        var lightCamera = shadowMap._lightCamera; // The external camera representing the light source
+        var sceneCamera = shadowMap._sceneCamera; // Clone of camera, with clamped near and far planes
+        var shadowMapCamera = shadowMap._shadowMapCamera; // Camera representing the shadow volume, initially cloned from lightCamera
+
+        // Clone light camera into the shadow map camera
+        if (shadowMap._cascadesEnabled) {
+            Cartesian3.clone(lightCamera.directionWC, shadowMapCamera.directionWC);
+        } else if (shadowMap._isPointLight) {
+            Cartesian3.clone(lightCamera.positionWC, shadowMapCamera.positionWC);
+        } else {
+            shadowMapCamera.clone(lightCamera);
+        }
+
+        // Get the light direction in eye coordinates
+        var lightDirection = shadowMap._lightDirectionEC;
+        Matrix4.multiplyByPointAsVector(camera.viewMatrix, shadowMapCamera.directionWC, lightDirection);
+        Cartesian3.normalize(lightDirection, lightDirection);
+        Cartesian3.negate(lightDirection, lightDirection);
+
+        // Get the light position in eye coordinates
+        Matrix4.multiplyByPoint(camera.viewMatrix, shadowMapCamera.positionWC, shadowMap._lightPositionEC);
+        shadowMap._lightPositionEC.w = shadowMap._pointLightRadius;
+
+        // Get the near and far of the scene camera
+        var near;
+        var far;
+        if (shadowMap._fitNearFar) {
+            // shadowFar can be very large, so limit to shadowMap.maximumDistance
+            near = Math.min(frameState.shadowHints.nearPlane, shadowMap.maximumDistance);
+            far = Math.min(frameState.shadowHints.farPlane, shadowMap.maximumDistance);
+        } else {
+            near = camera.frustum.near;
+            far = shadowMap.maximumDistance;
+        }
+
+        shadowMap._sceneCamera = Camera.clone(camera, sceneCamera);
+        camera.frustum.clone(shadowMap._sceneCamera.frustum);
+        shadowMap._sceneCamera.frustum.near = near;
+        shadowMap._sceneCamera.frustum.far = far;
+        shadowMap._distance = far - near;
+
+        checkVisibility(shadowMap, frameState);
+
+        if (!shadowMap._outOfViewPrevious && shadowMap._outOfView) {
+            shadowMap._needsUpdate = true;
+        }
+        shadowMap._outOfViewPrevious = shadowMap._outOfView;
+    }
+
+    /**
+     * @private
+     */
+    ShadowMap.prototype.update = function(frameState) {
+        updateCameras(this, frameState);
+
+        if (this._needsUpdate) {
+            updateFramebuffer(this, frameState.context);
+
+            if (this._isPointLight) {
+                computeOmnidirectional(this, frameState);
+            }
+
+            if (this._cascadesEnabled) {
+                fitShadowMapToScene(this, frameState);
+
+                if (this._numberOfCascades > 1) {
+                    computeCascades(this, frameState);
+                }
+            }
+
+            if (!this._isPointLight) {
+                // Compute the culling volume
+                var shadowMapCamera = this._shadowMapCamera;
+                var position = shadowMapCamera.positionWC;
+                var direction = shadowMapCamera.directionWC;
+                var up = shadowMapCamera.upWC;
+                this._shadowMapCullingVolume = shadowMapCamera.frustum.computeCullingVolume(position, direction, up);
+
+                if (this._passes.length === 1) {
+                    // Since there is only one pass, use the shadow map camera as the pass camera.
+                    this._passes[0].camera.clone(shadowMapCamera);
+                }
+            } else {
+                this._shadowMapCullingVolume = CullingVolume.fromBoundingSphere(this._boundingSphere);
+            }
+        }
+
+        if (this._passes.length === 1) {
+            // Transforms from eye space to shadow texture space.
+            // Always requires an update since the scene camera constantly changes.
+            var inverseView = this._sceneCamera.inverseViewMatrix;
+            Matrix4.multiply(this._shadowMapCamera.getViewProjection(), inverseView, this._shadowMapMatrix);
+        }
+
+        if (this.debugShow) {
+            applyDebugSettings(this, frameState);
+        }
+    };
+
+    /**
+     * @private
+     */
+    ShadowMap.prototype.updatePass = function(context, shadowPass) {
+        clearFramebuffer(this, context, shadowPass);
+    };
+
+    var scratchTexelStepSize = new Cartesian2();
+
+    function combineUniforms(shadowMap, uniforms, isTerrain) {
+        var bias = shadowMap._isPointLight ? shadowMap._pointBias : (isTerrain ? shadowMap._terrainBias : shadowMap._primitiveBias);
+
+        var mapUniforms = {
+            shadowMap_texture :function() {
+                return shadowMap._shadowMapTexture;
+            },
+            shadowMap_textureCube : function() {
+                return shadowMap._shadowMapTexture;
+            },
+            shadowMap_matrix : function() {
+                return shadowMap._shadowMapMatrix;
+            },
+            shadowMap_cascadeSplits : function() {
+                return shadowMap._cascadeSplits;
+            },
+            shadowMap_cascadeMatrices : function() {
+                return shadowMap._cascadeMatrices;
+            },
+            shadowMap_lightDirectionEC : function() {
+                return shadowMap._lightDirectionEC;
+            },
+            shadowMap_lightPositionEC : function() {
+                return shadowMap._lightPositionEC;
+            },
+            shadowMap_cascadeDistances : function() {
+                return shadowMap._cascadeDistances;
+            },
+            shadowMap_texelSizeDepthBiasAndNormalShadingSmooth : function() {
+                var texelStepSize = scratchTexelStepSize;
+                texelStepSize.x = 1.0 / shadowMap._textureSize.x;
+                texelStepSize.y = 1.0 / shadowMap._textureSize.y;
+
+                return Cartesian4.fromElements(texelStepSize.x, texelStepSize.y, bias.depthBias, bias.normalShadingSmooth, this.combinedUniforms1);
+            },
+            shadowMap_normalOffsetScaleDistanceMaxDistanceAndDarkness : function() {
+                return Cartesian4.fromElements(bias.normalOffsetScale, shadowMap._distance, shadowMap.maximumDistance, shadowMap._darkness, this.combinedUniforms2);
+            },
+
+            combinedUniforms1 : new Cartesian4(),
+            combinedUniforms2 : new Cartesian4()
+        };
+
+        return combine(uniforms, mapUniforms, false);
+    }
+
+    function createCastDerivedCommand(shadowMap, shadowsDirty, command, context, oldShaderId, result) {
+        var castShader;
+        var castRenderState;
+        var castUniformMap;
+        if (defined(result)) {
+            castShader = result.shaderProgram;
+            castRenderState = result.renderState;
+            castUniformMap = result.uniformMap;
+        }
+
+        result = DrawCommand.shallowClone(command, result);
+
+        if (!defined(castShader) || oldShaderId !== command.shaderProgram.id || shadowsDirty) {
+            if (defined(castShader)) {
+                castShader.destroy();
+            }
+
+            var shaderProgram = command.shaderProgram;
+            var vertexShaderSource = shaderProgram.vertexShaderSource;
+            var fragmentShaderSource = shaderProgram.fragmentShaderSource;
+
+            var isTerrain = command.pass === Pass.GLOBE;
+            var isOpaque = command.pass !== Pass.TRANSLUCENT;
+            var isPointLight = shadowMap._isPointLight;
+            var useDepthTexture = shadowMap._usesDepthTexture;
+
+            var castVS = ShadowMapShader.createShadowCastVertexShader(vertexShaderSource, isPointLight, isTerrain);
+            var castFS = ShadowMapShader.createShadowCastFragmentShader(fragmentShaderSource, isPointLight, useDepthTexture, isOpaque);
+
+            castShader = ShaderProgram.fromCache({
+                context : context,
+                vertexShaderSource : castVS,
+                fragmentShaderSource : castFS,
+                attributeLocations : shaderProgram._attributeLocations
+            });
+
+            castRenderState = shadowMap._primitiveRenderState;
+            if (isPointLight) {
+                castRenderState = shadowMap._pointRenderState;
+            } else if (isTerrain) {
+                castRenderState = shadowMap._terrainRenderState;
+            }
+
+            // Modify the render state for commands that do not use back-face culling, e.g. flat textured walls
+            var cullEnabled = command.renderState.cull.enabled;
+            if (!cullEnabled) {
+                castRenderState = clone(castRenderState, false);
+                castRenderState.cull.enabled = false;
+                castRenderState = RenderState.fromCache(castRenderState);
+            }
+
+            castUniformMap = combineUniforms(shadowMap, command.uniformMap, isTerrain);
+        }
+
+        result.shaderProgram = castShader;
+        result.renderState = castRenderState;
+        result.uniformMap = castUniformMap;
+
+        return result;
+    }
+
+    ShadowMap.createDerivedCommands = function(shadowMaps, command, shadowsDirty, context, result) {
+        if (!defined(result)) {
+            result = {};
+        }
+
+        var shaderProgram = command.shaderProgram;
+        var vertexShaderSource = shaderProgram.vertexShaderSource;
+        var fragmentShaderSource = shaderProgram.fragmentShaderSource;
+        var isTerrain = command.pass === Pass.GLOBE;
+
+        var hasTerrainNormal = false;
+        if (isTerrain) {
+            hasTerrainNormal = command.owner.data.pickTerrain.mesh.encoding.hasVertexNormals;
+        }
+
+        if (command.castShadows) {
+            var castCommands = result.castCommands;
+            if (!defined(castCommands)) {
+                castCommands = result.castCommands = [];
+            }
+
+            var oldShaderId = result.castShaderProgramId;
+
+            var shadowMapLength = shadowMaps.length;
+            castCommands.length = shadowMapLength;
+
+            for (var i = 0; i < shadowMapLength; ++i) {
+                castCommands[i] = createCastDerivedCommand(shadowMaps[i], shadowsDirty, command, context, oldShaderId, castCommands[i]);
+            }
+
+            result.castShaderProgramId = command.shaderProgram.id;
+        }
+
+        if (command.receiveShadows) {
+            var receiveShader;
+            var receiveUniformMap;
+            if (defined(result.receiveCommand)) {
+                receiveShader = result.receiveCommand.shaderProgram;
+                receiveUniformMap = result.receiveCommand.uniformMap;
+            }
+
+            result.receiveCommand = DrawCommand.shallowClone(command, result.receiveCommand);
+
+            // If castShadows changed, recompile the receive shadows shader. The normal shading technique simulates
+            // self-shadowing so it should be turned off if castShadows is false.
+            var castShadowsDirty = result.receiveShaderCastShadows !== command.castShadows;
+            var shaderDirty = result.receiveShaderProgramId !== command.shaderProgram.id;
+
+            if (!defined(receiveShader) || shaderDirty || shadowsDirty || castShadowsDirty) {
+                if (defined(receiveShader)) {
+                    receiveShader.destroy();
+                }
+
+                var receiveVS = ShadowMapShader.createShadowReceiveVertexShader(vertexShaderSource, isTerrain, hasTerrainNormal);
+                var receiveFS = ShadowMapShader.createShadowReceiveFragmentShader(fragmentShaderSource, shadowMaps[0], command.castShadows, isTerrain, hasTerrainNormal);
+
+                receiveShader = ShaderProgram.fromCache({
+                    context : context,
+                    vertexShaderSource : receiveVS,
+                    fragmentShaderSource : receiveFS,
+                    attributeLocations : shaderProgram._attributeLocations
+                });
+
+                receiveUniformMap = combineUniforms(shadowMaps[0], command.uniformMap, isTerrain);
+            }
+
+            result.receiveCommand.shaderProgram = receiveShader;
+            result.receiveCommand.uniformMap = receiveUniformMap;
+            result.receiveShaderProgramId = command.shaderProgram.id;
+            result.receiveShaderCastShadows = command.castShadows;
+        }
+
+        return result;
+    };
+
+    /**
+     * @private
+     */
+    ShadowMap.prototype.isDestroyed = function() {
+        return false;
+    };
+
+    /**
+     * @private
+     */
+    ShadowMap.prototype.destroy = function() {
+        destroyFramebuffer(this);
+
+        this._debugLightFrustum = this._debugLightFrustum && this._debugLightFrustum.destroy();
+        this._debugCameraFrustum = this._debugCameraFrustum && this._debugCameraFrustum.destroy();
+        this._debugShadowViewCommand = this._debugShadowViewCommand && this._debugShadowViewCommand.shaderProgram && this._debugShadowViewCommand.shaderProgram.destroy();
+
+        for (var i = 0; i < this._numberOfCascades; ++i) {
+            this._debugCascadeFrustums[i] = this._debugCascadeFrustums[i] && this._debugCascadeFrustums[i].destroy();
+        }
+
+        return destroyObject(this);
+    };
+
+    return ShadowMap;
+});
diff --git a/Source/Scene/ShadowMapShader.js b/Source/Scene/ShadowMapShader.js
new file mode 100644
index 000000000000..61d4c851313e
--- /dev/null
+++ b/Source/Scene/ShadowMapShader.js
@@ -0,0 +1,341 @@
+/*global define*/
+define([
+        '../Core/defaultValue',
+        '../Core/defined',
+        '../Renderer/ShaderSource'
+    ], function(
+        defaultValue,
+        defined,
+        ShaderSource) {
+    'use strict';
+
+    /**
+     * @private
+     */
+    function ShadowMapShader() {
+    }
+
+    ShadowMapShader.createShadowCastVertexShader = function(vs, isPointLight, isTerrain) {
+        var defines = vs.defines.slice(0);
+        var sources = vs.sources.slice(0);
+
+        if (isTerrain) {
+            defines.push('GENERATE_POSITION');
+        }
+
+        var positionVaryingName = ShaderSource.findPositionVarying(vs);
+        var hasPositionVarying = defined(positionVaryingName);
+
+        if (isPointLight && !hasPositionVarying) {
+            var length = sources.length;
+            for (var j = 0; j < length; ++j) {
+                sources[j] = ShaderSource.replaceMain(sources[j], 'czm_shadow_cast_main');
+            }
+
+            var shadowVS =
+                'varying vec3 v_positionEC; \n' +
+                'void main() \n' +
+                '{ \n' +
+                '    czm_shadow_cast_main(); \n' +
+                '    v_positionEC = (czm_inverseProjection * gl_Position).xyz; \n' +
+                '}';
+            sources.push(shadowVS);
+        }
+
+        return new ShaderSource({
+            defines : defines,
+            sources : sources
+        });
+    };
+
+    ShadowMapShader.createShadowCastFragmentShader = function(fs, isPointLight, useDepthTexture, opaque) {
+        var defines = fs.defines.slice(0);
+        var sources = fs.sources.slice(0);
+
+        var positionVaryingName = ShaderSource.findPositionVarying(fs);
+        var hasPositionVarying = defined(positionVaryingName);
+        if (!hasPositionVarying) {
+            positionVaryingName = 'v_positionEC';
+        }
+
+        var length = sources.length;
+        for (var i = 0; i < length; ++i) {
+            sources[i] = ShaderSource.replaceMain(sources[i], 'czm_shadow_cast_main');
+        }
+
+        var fsSource = '';
+
+        if (isPointLight) {
+            if (!hasPositionVarying) {
+                fsSource += 'varying vec3 v_positionEC; \n';
+            }
+            fsSource += 'uniform vec4 shadowMap_lightPositionEC; \n';
+        }
+
+        if (opaque) {
+            fsSource +=
+                'void main() \n' +
+                '{ \n';
+        } else {
+            fsSource +=
+                'void main() \n' +
+                '{ \n' +
+                '    czm_shadow_cast_main(); \n' +
+                '    if (gl_FragColor.a == 0.0) \n' +
+                '    { \n' +
+                '       discard; \n' +
+                '    } \n';
+        }
+
+        if (isPointLight) {
+            fsSource +=
+                'float distance = length(' + positionVaryingName + '); \n' +
+                'distance /= shadowMap_lightPositionEC.w; // radius \n' +
+                'gl_FragColor = czm_packDepth(distance); \n';
+        } else if (useDepthTexture) {
+            fsSource += 'gl_FragColor = vec4(1.0); \n';
+        } else {
+            fsSource += 'gl_FragColor = czm_packDepth(gl_FragCoord.z); \n';
+        }
+
+        fsSource += '} \n';
+
+        sources.push(fsSource);
+
+        return new ShaderSource({
+            defines : defines,
+            sources : sources
+        });
+    };
+
+    ShadowMapShader.createShadowReceiveVertexShader = function(vs, isTerrain, hasTerrainNormal) {
+        var defines = vs.defines.slice(0);
+        var sources = vs.sources.slice(0);
+
+        if (isTerrain) {
+            if (hasTerrainNormal) {
+                defines.push('GENERATE_POSITION_AND_NORMAL');
+            } else {
+                defines.push('GENERATE_POSITION');
+            }
+        }
+
+        return new ShaderSource({
+            defines : defines,
+            sources : sources
+        });
+    };
+
+    ShadowMapShader.createShadowReceiveFragmentShader = function(fs, shadowMap, castShadows, isTerrain, hasTerrainNormal) {
+        var normalVaryingName = ShaderSource.findNormalVarying(fs);
+        var hasNormalVarying = (!isTerrain && defined(normalVaryingName)) || (isTerrain && hasTerrainNormal);
+
+        var positionVaryingName = ShaderSource.findPositionVarying(fs);
+        var hasPositionVarying = defined(positionVaryingName);
+
+        var usesDepthTexture = shadowMap._usesDepthTexture;
+        var isPointLight = shadowMap._isPointLight;
+        var isSpotLight = shadowMap._isSpotLight;
+        var hasCascades = shadowMap._numberOfCascades > 1;
+        var debugCascadeColors = shadowMap.debugCascadeColors;
+        var softShadows = shadowMap.softShadows;
+        var bias = isPointLight ? shadowMap._pointBias : (isTerrain ? shadowMap._terrainBias : shadowMap._primitiveBias);
+
+        var defines = fs.defines.slice(0);
+        var sources = fs.sources.slice(0);
+
+        var length = sources.length;
+        for (var i = 0; i < length; ++i) {
+            sources[i] = ShaderSource.replaceMain(sources[i], 'czm_shadow_receive_main');
+        }
+
+        if (isPointLight) {
+            defines.push('USE_CUBE_MAP_SHADOW');
+        } else if (usesDepthTexture) {
+            defines.push('USE_SHADOW_DEPTH_TEXTURE');
+        }
+
+        if (softShadows && !isPointLight) {
+            defines.push('USE_SOFT_SHADOWS');
+        }
+
+        // Enable day-night shading so that the globe is dark when the light is below the horizon
+        if (hasCascades && castShadows && isTerrain) {
+            if (hasNormalVarying) {
+                defines.push('ENABLE_VERTEX_LIGHTING');
+            } else {
+                defines.push('ENABLE_DAYNIGHT_SHADING');
+            }
+        }
+
+        if (castShadows && bias.normalShading && hasNormalVarying) {
+            defines.push('USE_NORMAL_SHADING');
+            if (bias.normalShadingSmooth > 0.0) {
+                defines.push('USE_NORMAL_SHADING_SMOOTH');
+            }
+        }
+
+        var fsSource = '';
+
+        if (isPointLight) {
+            fsSource += 'uniform samplerCube shadowMap_textureCube; \n';
+        } else {
+            fsSource += 'uniform sampler2D shadowMap_texture; \n';
+        }
+
+        fsSource +=
+            'uniform mat4 shadowMap_matrix; \n' +
+            'uniform vec3 shadowMap_lightDirectionEC; \n' +
+            'uniform vec4 shadowMap_lightPositionEC; \n' +
+            'uniform vec4 shadowMap_normalOffsetScaleDistanceMaxDistanceAndDarkness; \n' +
+            'uniform vec4 shadowMap_texelSizeDepthBiasAndNormalShadingSmooth; \n' +
+            'vec4 getPositionEC() \n' +
+            '{ \n' +
+            (hasPositionVarying ?
+            '    return vec4(' + positionVaryingName + ', 1.0); \n' :
+            '    return czm_windowToEyeCoordinates(gl_FragCoord); \n') +
+            '} \n' +
+            'vec3 getNormalEC() \n' +
+            '{ \n' +
+            (hasNormalVarying ?
+            '    return normalize(' + normalVaryingName + '); \n' :
+            '    return vec3(1.0); \n') +
+            '} \n' +
+
+            // Offset the shadow position in the direction of the normal for perpendicular and back faces
+            'void applyNormalOffset(inout vec4 positionEC, vec3 normalEC, float nDotL) \n' +
+            '{ \n' +
+            (bias.normalOffset && hasNormalVarying ?
+            '    float normalOffset = shadowMap_normalOffsetScaleDistanceMaxDistanceAndDarkness.x; \n' +
+            '    float normalOffsetScale = 1.0 - nDotL; \n' +
+            '    vec3 offset = normalOffset * normalOffsetScale * normalEC; \n' +
+            '    positionEC.xyz += offset; \n' : '') +
+            '} \n';
+
+        fsSource +=
+            'void main() \n' +
+            '{ \n' +
+            '    czm_shadow_receive_main(); \n' +
+            '    vec4 positionEC = getPositionEC(); \n' +
+            '    vec3 normalEC = getNormalEC(); \n' +
+            '    float depth = -positionEC.z; \n';
+
+        fsSource +=
+            '    czm_shadowParameters shadowParameters; \n' +
+            '    shadowParameters.texelStepSize = shadowMap_texelSizeDepthBiasAndNormalShadingSmooth.xy; \n' +
+            '    shadowParameters.depthBias = shadowMap_texelSizeDepthBiasAndNormalShadingSmooth.z; \n' +
+            '    shadowParameters.normalShadingSmooth = shadowMap_texelSizeDepthBiasAndNormalShadingSmooth.w; \n' +
+            '    shadowParameters.darkness = shadowMap_normalOffsetScaleDistanceMaxDistanceAndDarkness.w; \n';
+
+        if (isTerrain) {
+            // Scale depth bias based on view distance to reduce z-fighting in distant terrain
+            fsSource += '    shadowParameters.depthBias *= max(depth * 0.01, 1.0); \n';
+        } else {
+            fsSource += '    shadowParameters.depthBias *= mix(1.0, 100.0, depth * 0.0015); \n';
+        }
+
+        if (isPointLight) {
+            fsSource +=
+                '    vec3 directionEC = positionEC.xyz - shadowMap_lightPositionEC.xyz; \n' +
+                '    float distance = length(directionEC); \n' +
+                '    directionEC = normalize(directionEC); \n' +
+                '    float radius = shadowMap_lightPositionEC.w; \n' +
+                '    // Stop early if the fragment is beyond the point light radius \n' +
+                '    if (distance > radius) \n' +
+                '    { \n' +
+                '        return; \n' +
+                '    } \n' +
+                '    vec3 directionWC  = czm_inverseViewRotation * directionEC; \n' +
+
+                '    shadowParameters.depth = distance / radius; \n' +
+                '    shadowParameters.nDotL = clamp(dot(normalEC, -directionEC), 0.0, 1.0); \n' +
+
+                '    shadowParameters.texCoords = directionWC; \n' +
+                '    float visibility = czm_shadowVisibility(shadowMap_textureCube, shadowParameters); \n';
+        } else if (isSpotLight) {
+            fsSource +=
+                '    vec3 directionEC = normalize(positionEC.xyz - shadowMap_lightPositionEC.xyz); \n' +
+                '    float nDotL = clamp(dot(normalEC, -directionEC), 0.0, 1.0); \n' +
+                '    applyNormalOffset(positionEC, normalEC, nDotL); \n' +
+
+                '    vec4 shadowPosition = shadowMap_matrix * positionEC; \n' +
+                '    // Spot light uses a perspective projection, so perform the perspective divide \n' +
+                '    shadowPosition /= shadowPosition.w; \n' +
+
+                '    // Stop early if the fragment is not in the shadow bounds \n' +
+                '    if (any(lessThan(shadowPosition.xyz, vec3(0.0))) || any(greaterThan(shadowPosition.xyz, vec3(1.0)))) \n' +
+                '    { \n' +
+                '        return; \n' +
+                '    } \n' +
+
+                '    shadowParameters.texCoords = shadowPosition.xy; \n' +
+                '    shadowParameters.depth = shadowPosition.z; \n' +
+                '    shadowParameters.nDotL = nDotL; \n' +
+
+                '    float visibility = czm_shadowVisibility(shadowMap_texture, shadowParameters); \n';
+        } else if (hasCascades) {
+            fsSource +=
+                '    float maxDepth = shadowMap_cascadeSplits[1].w; \n' +
+
+                '    // Stop early if the eye depth exceeds the last cascade \n' +
+                '    if (depth > maxDepth) \n' +
+                '    { \n' +
+                '        return; \n' +
+                '    } \n' +
+
+                '    // Get the cascade based on the eye-space depth \n' +
+                '    vec4 weights = czm_cascadeWeights(depth); \n' +
+
+                '    // Apply normal offset \n' +
+                '    float nDotL = clamp(dot(normalEC, shadowMap_lightDirectionEC), 0.0, 1.0); \n' +
+                '    applyNormalOffset(positionEC, normalEC, nDotL); \n' +
+
+                '    // Transform position into the cascade \n' +
+                '    vec4 shadowPosition = czm_cascadeMatrix(weights) * positionEC; \n' +
+
+                '    // Get visibility \n' +
+                '    shadowParameters.texCoords = shadowPosition.xy; \n' +
+                '    shadowParameters.depth = shadowPosition.z; \n' +
+                '    shadowParameters.nDotL = nDotL; \n' +
+                '    float visibility = czm_shadowVisibility(shadowMap_texture, shadowParameters); \n' +
+
+                '    // Fade out shadows that are far away \n' +
+                '    float shadowMapMaximumDistance = shadowMap_normalOffsetScaleDistanceMaxDistanceAndDarkness.z; \n' +
+                '    float fade = max((depth - shadowMapMaximumDistance * 0.8) / (shadowMapMaximumDistance * 0.2), 0.0); \n' +
+                '    visibility = mix(visibility, 1.0, fade); \n' +
+
+                (debugCascadeColors ?
+                '    // Draw cascade colors for debugging \n' +
+                '    gl_FragColor *= czm_cascadeColor(weights); \n' : '');
+        } else {
+            fsSource +=
+                '    float nDotL = clamp(dot(normalEC, shadowMap_lightDirectionEC), 0.0, 1.0); \n' +
+                '    applyNormalOffset(positionEC, normalEC, nDotL); \n' +
+                '    vec4 shadowPosition = shadowMap_matrix * positionEC; \n' +
+
+                '    // Stop early if the fragment is not in the shadow bounds \n' +
+                '    if (any(lessThan(shadowPosition.xyz, vec3(0.0))) || any(greaterThan(shadowPosition.xyz, vec3(1.0)))) \n' +
+                '    { \n' +
+                '        return; \n' +
+                '    } \n' +
+
+                '    shadowParameters.texCoords = shadowPosition.xy; \n' +
+                '    shadowParameters.depth = shadowPosition.z; \n' +
+                '    shadowParameters.nDotL = nDotL; \n' +
+                '    float visibility = czm_shadowVisibility(shadowMap_texture, shadowParameters); \n';
+        }
+
+        fsSource +=
+            '    gl_FragColor.rgb *= visibility; \n' +
+            '} \n';
+
+        sources.push(fsSource);
+
+        return new ShaderSource({
+            defines : defines,
+            sources : sources
+        });
+    };
+
+    return ShadowMapShader;
+});
diff --git a/Source/Shaders/Builtin/Functions/cascadeColor.glsl b/Source/Shaders/Builtin/Functions/cascadeColor.glsl
new file mode 100644
index 000000000000..127cf685b220
--- /dev/null
+++ b/Source/Shaders/Builtin/Functions/cascadeColor.glsl
@@ -0,0 +1,8 @@
+
+vec4 czm_cascadeColor(vec4 weights)
+{
+    return vec4(1.0, 0.0, 0.0, 1.0) * weights.x +
+           vec4(0.0, 1.0, 0.0, 1.0) * weights.y +
+           vec4(0.0, 0.0, 1.0, 1.0) * weights.z +
+           vec4(1.0, 0.0, 1.0, 1.0) * weights.w;
+}
\ No newline at end of file
diff --git a/Source/Shaders/Builtin/Functions/cascadeDistance.glsl b/Source/Shaders/Builtin/Functions/cascadeDistance.glsl
new file mode 100644
index 000000000000..fe359836a75d
--- /dev/null
+++ b/Source/Shaders/Builtin/Functions/cascadeDistance.glsl
@@ -0,0 +1,7 @@
+
+uniform vec4 shadowMap_cascadeDistances;
+
+float czm_cascadeDistance(vec4 weights)
+{
+    return dot(shadowMap_cascadeDistances, weights);
+}
\ No newline at end of file
diff --git a/Source/Shaders/Builtin/Functions/cascadeMatrix.glsl b/Source/Shaders/Builtin/Functions/cascadeMatrix.glsl
new file mode 100644
index 000000000000..01557d22f49a
--- /dev/null
+++ b/Source/Shaders/Builtin/Functions/cascadeMatrix.glsl
@@ -0,0 +1,10 @@
+
+uniform mat4 shadowMap_cascadeMatrices[4];
+
+mat4 czm_cascadeMatrix(vec4 weights)
+{
+    return shadowMap_cascadeMatrices[0] * weights.x +
+           shadowMap_cascadeMatrices[1] * weights.y +
+           shadowMap_cascadeMatrices[2] * weights.z +
+           shadowMap_cascadeMatrices[3] * weights.w;
+}
\ No newline at end of file
diff --git a/Source/Shaders/Builtin/Functions/cascadeWeights.glsl b/Source/Shaders/Builtin/Functions/cascadeWeights.glsl
new file mode 100644
index 000000000000..4b147e26a213
--- /dev/null
+++ b/Source/Shaders/Builtin/Functions/cascadeWeights.glsl
@@ -0,0 +1,10 @@
+
+uniform vec4 shadowMap_cascadeSplits[2];
+
+vec4 czm_cascadeWeights(float depthEye)
+{
+    // One component is set to 1.0 and all others set to 0.0.
+    vec4 near = step(shadowMap_cascadeSplits[0], vec4(depthEye));
+    vec4 far = step(depthEye, shadowMap_cascadeSplits[1]);
+    return near * far;
+}
\ No newline at end of file
diff --git a/Source/Shaders/Builtin/Functions/shadowDepthCompare.glsl b/Source/Shaders/Builtin/Functions/shadowDepthCompare.glsl
new file mode 100644
index 000000000000..6ff35461ad66
--- /dev/null
+++ b/Source/Shaders/Builtin/Functions/shadowDepthCompare.glsl
@@ -0,0 +1,24 @@
+
+float czm_sampleShadowMap(samplerCube shadowMap, vec3 d)
+{
+    return czm_unpackDepth(textureCube(shadowMap, d));
+}
+
+float czm_sampleShadowMap(sampler2D shadowMap, vec2 uv)
+{
+#ifdef USE_SHADOW_DEPTH_TEXTURE
+    return texture2D(shadowMap, uv).r;
+#else
+    return czm_unpackDepth(texture2D(shadowMap, uv));
+#endif
+}
+
+float czm_shadowDepthCompare(samplerCube shadowMap, vec3 uv, float depth)
+{
+    return step(depth, czm_sampleShadowMap(shadowMap, uv));
+}
+
+float czm_shadowDepthCompare(sampler2D shadowMap, vec2 uv, float depth)
+{
+    return step(depth, czm_sampleShadowMap(shadowMap, uv));
+}
\ No newline at end of file
diff --git a/Source/Shaders/Builtin/Functions/shadowVisibility.glsl b/Source/Shaders/Builtin/Functions/shadowVisibility.glsl
new file mode 100644
index 000000000000..30e2b84f11a1
--- /dev/null
+++ b/Source/Shaders/Builtin/Functions/shadowVisibility.glsl
@@ -0,0 +1,66 @@
+
+float czm_private_shadowVisibility(float visibility, float nDotL, float normalShadingSmooth, float darkness)
+{
+#ifdef USE_NORMAL_SHADING
+#ifdef USE_NORMAL_SHADING_SMOOTH
+    float strength = clamp(nDotL / normalShadingSmooth, 0.0, 1.0);
+#else
+    float strength = step(0.0, nDotL);
+#endif
+    visibility *= strength;
+#endif
+
+    visibility = max(visibility, darkness);
+    return visibility;
+}
+
+#ifdef USE_CUBE_MAP_SHADOW
+float czm_shadowVisibility(samplerCube shadowMap, czm_shadowParameters shadowParameters)
+{
+    float depthBias = shadowParameters.depthBias;
+    float depth = shadowParameters.depth;
+    float nDotL = shadowParameters.nDotL;
+    float normalShadingSmooth = shadowParameters.normalShadingSmooth;
+    float darkness = shadowParameters.darkness;
+    vec3 uvw = shadowParameters.texCoords;
+
+    depth -= depthBias;
+    float visibility = czm_shadowDepthCompare(shadowMap, uvw, depth);
+    return czm_private_shadowVisibility(visibility, nDotL, normalShadingSmooth, darkness);
+}
+#else
+float czm_shadowVisibility(sampler2D shadowMap, czm_shadowParameters shadowParameters)
+{
+    float depthBias = shadowParameters.depthBias;
+    float depth = shadowParameters.depth;
+    float nDotL = shadowParameters.nDotL;
+    float normalShadingSmooth = shadowParameters.normalShadingSmooth;
+    float darkness = shadowParameters.darkness;
+    vec2 uv = shadowParameters.texCoords;
+
+    depth -= depthBias;
+#ifdef USE_SOFT_SHADOWS
+    vec2 texelStepSize = shadowParameters.texelStepSize;
+    float radius = 1.0;
+    float dx0 = -texelStepSize.x * radius;
+    float dy0 = -texelStepSize.y * radius;
+    float dx1 = texelStepSize.x * radius;
+    float dy1 = texelStepSize.y * radius;
+    float visibility = (
+        czm_shadowDepthCompare(shadowMap, uv, depth) +
+        czm_shadowDepthCompare(shadowMap, uv + vec2(dx0, dy0), depth) +
+        czm_shadowDepthCompare(shadowMap, uv + vec2(0.0, dy0), depth) +
+        czm_shadowDepthCompare(shadowMap, uv + vec2(dx1, dy0), depth) +
+        czm_shadowDepthCompare(shadowMap, uv + vec2(dx0, 0.0), depth) +
+        czm_shadowDepthCompare(shadowMap, uv + vec2(dx1, 0.0), depth) +
+        czm_shadowDepthCompare(shadowMap, uv + vec2(dx0, dy1), depth) +
+        czm_shadowDepthCompare(shadowMap, uv + vec2(0.0, dy1), depth) +
+        czm_shadowDepthCompare(shadowMap, uv + vec2(dx1, dy1), depth)
+    ) * (1.0 / 9.0);
+#else
+    float visibility = czm_shadowDepthCompare(shadowMap, uv, depth);
+#endif
+
+    return czm_private_shadowVisibility(visibility, nDotL, normalShadingSmooth, darkness);
+}
+#endif
diff --git a/Source/Shaders/Builtin/Structs/shadowParameters.glsl b/Source/Shaders/Builtin/Structs/shadowParameters.glsl
new file mode 100644
index 000000000000..4e206725734f
--- /dev/null
+++ b/Source/Shaders/Builtin/Structs/shadowParameters.glsl
@@ -0,0 +1,15 @@
+struct czm_shadowParameters
+{
+#ifdef USE_CUBE_MAP_SHADOW
+    vec3 texCoords;
+#else
+    vec2 texCoords;
+#endif
+
+    float depthBias;
+    float depth;
+    float nDotL;
+    vec2 texelStepSize;
+    float normalShadingSmooth;
+    float darkness;
+};
\ No newline at end of file
diff --git a/Source/Shaders/GlobeFS.glsl b/Source/Shaders/GlobeFS.glsl
index 6a49c8449fe6..f7a4efb66420 100644
--- a/Source/Shaders/GlobeFS.glsl
+++ b/Source/Shaders/GlobeFS.glsl
@@ -138,8 +138,8 @@ void main()
 #endif
 
 #if defined(SHOW_REFLECTIVE_OCEAN) || defined(ENABLE_DAYNIGHT_SHADING)
-    vec3 normalMC = normalize(czm_geodeticSurfaceNormal(v_positionMC, vec3(0.0), vec3(1.0)));   // normalized surface normal in model coordinates
-    vec3 normalEC = normalize(czm_normal3D * normalMC);                                         // normalized surface normal in eye coordiantes
+    vec3 normalMC = czm_geodeticSurfaceNormal(v_positionMC, vec3(0.0), vec3(1.0));   // normalized surface normal in model coordinates
+    vec3 normalEC = czm_normal3D * normalMC;                                         // normalized surface normal in eye coordiantes
 #endif
 
 #ifdef SHOW_REFLECTIVE_OCEAN
diff --git a/Source/Shaders/GlobeVS.glsl b/Source/Shaders/GlobeVS.glsl
index ac8b98b15935..49cef12b40cd 100644
--- a/Source/Shaders/GlobeVS.glsl
+++ b/Source/Shaders/GlobeVS.glsl
@@ -7,6 +7,7 @@ attribute vec3 textureCoordAndEncodedNormals;
 
 uniform vec3 u_center3D;
 uniform mat4 u_modifiedModelView;
+uniform mat4 u_modifiedModelViewProjection;
 uniform vec4 u_tileRectangle;
 
 // Uniforms for 2D Mercator projection
@@ -32,7 +33,7 @@ float get2DYPositionFraction(vec2 textureCoordinates);
 
 vec4 getPosition3DMode(vec3 position, float height, vec2 textureCoordinates)
 {
-    return czm_projection * (u_modifiedModelView * vec4(position, 1.0));
+    return u_modifiedModelViewProjection * vec4(position, 1.0);
 }
 
 float get2DMercatorYPositionFraction(vec2 textureCoordinates)
@@ -67,7 +68,7 @@ vec4 getPositionPlanarEarth(vec3 position, float height, vec2 textureCoordinates
 {
     float yPositionFraction = get2DYPositionFraction(textureCoordinates);
     vec4 rtcPosition2D = vec4(height, mix(u_tileRectangle.st, u_tileRectangle.pq, vec2(textureCoordinates.x, yPositionFraction)), 1.0);
-    return czm_projection * (u_modifiedModelView * rtcPosition2D);
+    return u_modifiedModelViewProjection * rtcPosition2D;
 }
 
 vec4 getPosition2DMode(vec3 position, float height, vec2 textureCoordinates)
@@ -120,13 +121,13 @@ void main()
 
     v_textureCoordinates = textureCoordinates;
 
-#if defined(ENABLE_VERTEX_LIGHTING)
-    v_positionEC = (czm_modelView3D * vec4(position3DWC, 1.0)).xyz;
+#if defined(ENABLE_VERTEX_LIGHTING) || defined(GENERATE_POSITION_AND_NORMAL)
+    v_positionEC = (u_modifiedModelView * vec4(position, 1.0)).xyz;
     v_positionMC = position3DWC;                                 // position in model coordinates
     v_normalMC = czm_octDecode(encodedNormal);
     v_normalEC = czm_normal3D * v_normalMC;
-#elif defined(SHOW_REFLECTIVE_OCEAN) || defined(ENABLE_DAYNIGHT_SHADING)
-    v_positionEC = (czm_modelView3D * vec4(position3DWC, 1.0)).xyz;
+#elif defined(SHOW_REFLECTIVE_OCEAN) || defined(ENABLE_DAYNIGHT_SHADING) || defined(GENERATE_POSITION)
+    v_positionEC = (u_modifiedModelView * vec4(position, 1.0)).xyz;
     v_positionMC = position3DWC;                                 // position in model coordinates
 #endif
     
diff --git a/Source/Widgets/CesiumWidget/CesiumWidget.js b/Source/Widgets/CesiumWidget/CesiumWidget.js
index 1bccfab06bdd..c9eb8d7ae28f 100644
--- a/Source/Widgets/CesiumWidget/CesiumWidget.js
+++ b/Source/Widgets/CesiumWidget/CesiumWidget.js
@@ -159,6 +159,8 @@ define([
      * @param {Element|String} [options.creditContainer] The DOM element or ID that will contain the {@link CreditDisplay}.  If not specified, the credits are added
      *        to the bottom of the widget itself.
      * @param {Number} [options.terrainExaggeration=1.0] A scalar used to exaggerate the terrain. Note that terrain exaggeration will not modify any other primitive as they are positioned relative to the ellipsoid.
+     * @param {Boolean} [options.shadows=false] Determines if shadows are cast by the sun.
+     * @param {Boolean} [options.terrainShadows=false] Determines if the terrain casts shadows from the sun.
      *
      * @exception {DeveloperError} Element with id "container" does not exist in the document.
      *
@@ -255,7 +257,8 @@ define([
                 mapProjection : options.mapProjection,
                 orderIndependentTranslucency : options.orderIndependentTranslucency,
                 scene3DOnly : defaultValue(options.scene3DOnly, false),
-                terrainExaggeration : options.terrainExaggeration
+                terrainExaggeration : options.terrainExaggeration,
+                shadows : options.shadows
             });
             this._scene = scene;
 
@@ -275,6 +278,7 @@ define([
             }
             if (globe !== false) {
                 scene.globe = globe;
+                scene.globe.castShadows = defaultValue(options.terrainShadows, false);
             }
 
             var skyBox = options.skyBox;
diff --git a/Source/Widgets/Viewer/Viewer.js b/Source/Widgets/Viewer/Viewer.js
index aa1c9c0ee5f3..7fbfb9fc62e1 100644
--- a/Source/Widgets/Viewer/Viewer.js
+++ b/Source/Widgets/Viewer/Viewer.js
@@ -276,6 +276,8 @@ define([
      * @param {DataSourceCollection} [options.dataSources=new DataSourceCollection()] The collection of data sources visualized by the widget.  If this parameter is provided,
      *                               the instance is assumed to be owned by the caller and will not be destroyed when the viewer is destroyed.
      * @param {Number} [options.terrainExaggeration=1.0] A scalar used to exaggerate the terrain. Note that terrain exaggeration will not modify any other primitive as they are positioned relative to the ellipsoid.
+     * @param {Boolean} [options.shadows=false] Determines if shadows are cast by the sun.
+     * @param {Boolean} [options.terrainShadows=false] Determines if the terrain casts shadows from the sun.
      *
      * @exception {DeveloperError} Element with id "container" does not exist in the document.
      * @exception {DeveloperError} options.imageryProvider is not available when using the BaseLayerPicker widget, specify options.selectedImageryProviderViewModel instead.
@@ -408,7 +410,9 @@ Either specify options.terrainProvider instead or set options.baseLayerPicker to
             showRenderLoopErrors : options.showRenderLoopErrors,
             creditContainer : defined(options.creditContainer) ? options.creditContainer : bottomContainer,
             scene3DOnly : scene3DOnly,
-            terrainExaggeration : options.terrainExaggeration
+            terrainExaggeration : options.terrainExaggeration,
+            shadows : options.shadows,
+            terrainShadows : options.terrainShadows
         });
 
         var dataSourceCollection = options.dataSources;
@@ -942,6 +946,46 @@ Either specify options.terrainProvider instead or set options.baseLayerPicker to
             }
         },
 
+        /**
+         * Determines if shadows are cast by the sun.
+         * @memberof Viewer.prototype
+         * @type {Boolean}
+         */
+        shadows : {
+            get : function() {
+                return this.scene.shadowMap.enabled;
+            },
+            set : function(value) {
+                this.scene.shadowMap.enabled = value;
+            }
+        },
+
+        /**
+         * Determines if the terrain casts shadows from the sun.
+         * @memberof Viewer.prototype
+         * @type {Boolean}
+         */
+        terrainShadows : {
+            get : function() {
+                return this.scene.globe.castShadows;
+            },
+            set : function(value) {
+                this.scene.globe.castShadows = value;
+            }
+        },
+
+        /**
+         * Get the scene's shadow map
+         * @memberof Viewer.prototype
+         * @type {ShadowMap}
+         * @readonly
+         */
+        shadowMap : {
+            get : function() {
+                return this.scene.shadowMap;
+            }
+        },
+
         /**
          * Gets the collection of image layers that will be rendered on the globe.
          * @memberof Viewer.prototype
diff --git a/Specs/Data/Models/Shadows/Box.gltf b/Specs/Data/Models/Shadows/Box.gltf
new file mode 100644
index 000000000000..505db09c6a55
--- /dev/null
+++ b/Specs/Data/Models/Shadows/Box.gltf
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+}
\ No newline at end of file
diff --git a/Specs/Data/Models/Shadows/BoxCutout.gltf b/Specs/Data/Models/Shadows/BoxCutout.gltf
new file mode 100644
index 000000000000..b8fdcd365b87
--- /dev/null
+++ b/Specs/Data/Models/Shadows/BoxCutout.gltf
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+                "diffuse": {
+                    "type": 35678
+                },
+                "emission": {
+                    "type": 35666
+                },
+                "modelViewMatrix": {
+                    "semantic": "MODELVIEW",
+                    "type": 35676
+                },
+                "normal": {
+                    "semantic": "NORMAL",
+                    "type": 35665
+                },
+                "normalMatrix": {
+                    "semantic": "MODELVIEWINVERSETRANSPOSE",
+                    "type": 35675
+                },
+                "position": {
+                    "semantic": "POSITION",
+                    "type": 35665
+                },
+                "projectionMatrix": {
+                    "semantic": "PROJECTION",
+                    "type": 35676
+                },
+                "shininess": {
+                    "type": 5126
+                },
+                "specular": {
+                    "type": 35666
+                },
+                "texcoord0": {
+                    "semantic": "TEXCOORD_0",
+                    "type": 35664
+                }
+            },
+            "program": "program_0",
+            "states": {
+                "enable": [
+                    2929,
+                    3042
+                ],
+                "functions": {
+                    "blendEquationSeparate": [
+                        32774,
+                        32774
+                    ],
+                    "blendFuncSeparate": [
+                        1,
+                        771,
+                        1,
+                        771
+                    ],
+                    "depthMask": false
+                }
+            },
+            "uniforms": {
+                "u_ambient": "ambient",
+                "u_diffuse": "diffuse",
+                "u_emission": "emission",
+                "u_modelViewMatrix": "modelViewMatrix",
+                "u_normalMatrix": "normalMatrix",
+                "u_projectionMatrix": "projectionMatrix",
+                "u_shininess": "shininess",
+                "u_specular": "specular"
+            }
+        }
+    },
+    "textures": {
+        "texture_transparent_png": {
+            "format": 6408,
+            "internalFormat": 6408,
+            "sampler": "sampler_0",
+            "source": "transparent_png",
+            "target": 3553,
+            "type": 5121
+        }
+    }
+}
\ No newline at end of file
diff --git a/Specs/Data/Models/Shadows/BoxInverted.gltf b/Specs/Data/Models/Shadows/BoxInverted.gltf
new file mode 100644
index 000000000000..08e0a5927fee
--- /dev/null
+++ b/Specs/Data/Models/Shadows/BoxInverted.gltf
@@ -0,0 +1,287 @@
+{
+    "accessors": {
+        "accessor_21": {
+            "bufferView": "bufferView_29",
+            "byteOffset": 0,
+            "byteStride": 0,
+            "componentType": 5123,
+            "count": 36,
+            "type": "SCALAR"
+        },
+        "accessor_23": {
+            "bufferView": "bufferView_30",
+            "byteOffset": 0,
+            "byteStride": 12,
+            "componentType": 5126,
+            "count": 36,
+            "max": [
+                0.5,
+                0.5,
+                0.5
+            ],
+            "min": [
+                -0.5,
+                -0.5,
+                -0.5
+            ],
+            "type": "VEC3"
+        },
+        "accessor_25": {
+            "bufferView": "bufferView_30",
+            "byteOffset": 432,
+            "byteStride": 12,
+            "componentType": 5126,
+            "count": 36,
+            "max": [
+                1,
+                1,
+                1
+            ],
+            "min": [
+                -1,
+                -1,
+                -1
+            ],
+            "type": "VEC3"
+        },
+        "accessor_27": {
+            "bufferView": "bufferView_30",
+            "byteOffset": 864,
+            "byteStride": 8,
+            "componentType": 5126,
+            "count": 36,
+            "max": [
+                1,
+                1
+            ],
+            "min": [
+                0,
+                0
+            ],
+            "type": "VEC2"
+        }
+    },
+    "animations": {},
+    "asset": {
+        "generator": "collada2gltf@",
+        "premultipliedAlpha": true,
+        "profile": {
+            "api": "WebGL",
+            "version": "1.0.2"
+        },
+        "version": "1.0"
+    },
+    "bufferViews": {
+        "bufferView_29": {
+            "buffer": "input",
+            "byteLength": 72,
+            "byteOffset": 0,
+            "target": 34963
+        },
+        "bufferView_30": {
+            "buffer": "input",
+            "byteLength": 1152,
+            "byteOffset": 72,
+            "target": 34962
+        }
+    },
+    "buffers": {
+        "input": {
+            "byteLength": 1224,
+            "type": "arraybuffer",
+            "uri": "data:application/octet-stream;base64,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"
+        }
+    },
+    "materials": {
+        "Red-effect": {
+            "name": "Red",
+            "technique": "technique0",
+            "values": {
+                "ambient": [
+                    0,
+                    0,
+                    0,
+                    1
+                ],
+                "diffuse": [
+                    1,
+                    1,
+                    1,
+                    1
+                ],
+                "emission": [
+                    0,
+                    0,
+                    0,
+                    1
+                ],
+                "shininess": 256,
+                "specular": [
+                    0.10000000149011612,
+                    0.10000000149011612,
+                    0.10000000149011612,
+                    1
+                ]
+            }
+        }
+    },
+    "meshes": {
+        "Mesh-mesh": {
+            "name": "Mesh",
+            "primitives": [
+                {
+                    "attributes": {
+                        "NORMAL": "accessor_25",
+                        "POSITION": "accessor_23",
+                        "TEXCOORD_0": "accessor_27"
+                    },
+                    "indices": "accessor_21",
+                    "material": "Red-effect",
+                    "mode": 4
+                }
+            ]
+        }
+    },
+    "nodes": {
+        "Mesh": {
+            "children": [],
+            "matrix": [
+                1,
+                0,
+                0,
+                0,
+                0,
+                1,
+                0,
+                0,
+                0,
+                0,
+                1,
+                0,
+                0,
+                0,
+                0,
+                1
+            ],
+            "meshes": [
+                "Mesh-mesh"
+            ],
+            "name": "Mesh"
+        },
+        "node_1": {
+            "children": [
+                "Mesh"
+            ],
+            "matrix": [
+                1,
+                0,
+                0,
+                0,
+                0,
+                0,
+                -1,
+                0,
+                0,
+                1,
+                0,
+                0,
+                0,
+                0,
+                0,
+                1
+            ],
+            "name": "Y_UP_Transform"
+        }
+    },
+    "programs": {
+        "program_0": {
+            "attributes": [
+                "a_normal",
+                "a_position"
+            ],
+            "fragmentShader": "input0FS",
+            "vertexShader": "input0VS"
+        }
+    },
+    "scene": "defaultScene",
+    "scenes": {
+        "defaultScene": {
+            "nodes": [
+                "node_1"
+            ]
+        }
+    },
+    "shaders": {
+        "input0FS": {
+            "type": 35632,
+            "uri": "data:text/plain;base64,cHJlY2lzaW9uIGhpZ2hwIGZsb2F0Owp2YXJ5aW5nIHZlYzMgdl9ub3JtYWw7CnVuaWZvcm0gdmVjNCB1X2FtYmllbnQ7CnVuaWZvcm0gdmVjNCB1X2RpZmZ1c2U7CnVuaWZvcm0gdmVjNCB1X2VtaXNzaW9uOwp1bmlmb3JtIHZlYzQgdV9zcGVjdWxhcjsKdW5pZm9ybSBmbG9hdCB1X3NoaW5pbmVzczsKdm9pZCBtYWluKHZvaWQpIHsKdmVjMyBub3JtYWwgPSBub3JtYWxpemUodl9ub3JtYWwpOwp2ZWM0IGNvbG9yID0gdmVjNCgwLiwgMC4sIDAuLCAwLik7CnZlYzQgZGlmZnVzZSA9IHZlYzQoMC4sIDAuLCAwLiwgMS4pOwp2ZWM0IGVtaXNzaW9uOwp2ZWM0IGFtYmllbnQ7CnZlYzQgc3BlY3VsYXI7CmFtYmllbnQgPSB1X2FtYmllbnQ7CmRpZmZ1c2UgPSB1X2RpZmZ1c2U7CmVtaXNzaW9uID0gdV9lbWlzc2lvbjsKc3BlY3VsYXIgPSB1X3NwZWN1bGFyOwpkaWZmdXNlLnh5eiAqPSBtYXgoZG90KG5vcm1hbCx2ZWMzKDAuLDAuLDEuKSksIDAuKTsKY29sb3IueHl6ICs9IGRpZmZ1c2UueHl6Owpjb2xvci54eXogKz0gZW1pc3Npb24ueHl6Owpjb2xvciA9IHZlYzQoY29sb3IucmdiICogZGlmZnVzZS5hLCBkaWZmdXNlLmEpOwpnbF9GcmFnQ29sb3IgPSBjb2xvcjsKfQo="
+        },
+        "input0VS": {
+            "type": 35633,
+            "uri": "data:text/plain;base64,cHJlY2lzaW9uIGhpZ2hwIGZsb2F0OwphdHRyaWJ1dGUgdmVjMyBhX3Bvc2l0aW9uOwphdHRyaWJ1dGUgdmVjMyBhX25vcm1hbDsKdmFyeWluZyB2ZWMzIHZfbm9ybWFsOwp1bmlmb3JtIG1hdDMgdV9ub3JtYWxNYXRyaXg7CnVuaWZvcm0gbWF0NCB1X21vZGVsVmlld01hdHJpeDsKdW5pZm9ybSBtYXQ0IHVfcHJvamVjdGlvbk1hdHJpeDsKdm9pZCBtYWluKHZvaWQpIHsKdmVjNCBwb3MgPSB1X21vZGVsVmlld01hdHJpeCAqIHZlYzQoYV9wb3NpdGlvbiwxLjApOwp2X25vcm1hbCA9IHVfbm9ybWFsTWF0cml4ICogYV9ub3JtYWw7CmdsX1Bvc2l0aW9uID0gdV9wcm9qZWN0aW9uTWF0cml4ICogcG9zOwp9Cg=="
+        }
+    },
+    "skins": {},
+    "techniques": {
+        "technique0": {
+            "attributes": {
+                "a_normal": "normal",
+                "a_position": "position"
+            },
+            "parameters": {
+                "ambient": {
+                    "type": 35666
+                },
+                "diffuse": {
+                    "type": 35666
+                },
+                "emission": {
+                    "type": 35666
+                },
+                "modelViewMatrix": {
+                    "semantic": "MODELVIEW",
+                    "type": 35676
+                },
+                "normal": {
+                    "semantic": "NORMAL",
+                    "type": 35665
+                },
+                "normalMatrix": {
+                    "semantic": "MODELVIEWINVERSETRANSPOSE",
+                    "type": 35675
+                },
+                "position": {
+                    "semantic": "POSITION",
+                    "type": 35665
+                },
+                "projectionMatrix": {
+                    "semantic": "PROJECTION",
+                    "type": 35676
+                },
+                "shininess": {
+                    "type": 5126
+                },
+                "specular": {
+                    "type": 35666
+                }
+            },
+            "program": "program_0",
+            "states": {
+                "enable": [
+                    2929,
+                    2884
+                ]
+            },
+            "uniforms": {
+                "u_ambient": "ambient",
+                "u_diffuse": "diffuse",
+                "u_emission": "emission",
+                "u_modelViewMatrix": "modelViewMatrix",
+                "u_normalMatrix": "normalMatrix",
+                "u_projectionMatrix": "projectionMatrix",
+                "u_shininess": "shininess",
+                "u_specular": "specular"
+            }
+        }
+    }
+}
\ No newline at end of file
diff --git a/Specs/Data/Models/Shadows/BoxTranslucent.gltf b/Specs/Data/Models/Shadows/BoxTranslucent.gltf
new file mode 100644
index 000000000000..68a7d43ba455
--- /dev/null
+++ b/Specs/Data/Models/Shadows/BoxTranslucent.gltf
@@ -0,0 +1,186 @@
+{
+    "accessors": {
+        "accessor_16": {
+            "bufferView": "bufferView_22",
+            "byteOffset": 0,
+            "byteStride": 0,
+            "componentType": 5123,
+            "count": 36,
+            "type": "SCALAR"
+        },
+        "accessor_18": {
+            "bufferView": "bufferView_23",
+            "byteOffset": 0,
+            "byteStride": 12,
+            "componentType": 5126,
+            "count": 24,
+            "max": [
+                0.5,
+                0.5,
+                0.5
+            ],
+            "min": [
+                -0.5,
+                -0.5,
+                -0.5
+            ],
+            "type": "VEC3"
+        },
+        "accessor_20": {
+            "bufferView": "bufferView_23",
+            "byteOffset": 288,
+            "byteStride": 12,
+            "componentType": 5126,
+            "count": 24,
+            "max": [
+                1,
+                1,
+                1
+            ],
+            "min": [
+                -1,
+                -1,
+                -1
+            ],
+            "type": "VEC3"
+        }
+    },
+    "animations": {},
+    "asset": {
+        "generator": "collada2gltf@",
+        "premultipliedAlpha": true,
+        "profile": {
+            "api": "WebGL",
+            "version": "1.0.2"
+        },
+        "version": "1.0"
+    },
+    "bufferViews": {
+        "bufferView_22": {
+            "buffer": "BoxTransparent",
+            "byteLength": 72,
+            "byteOffset": 0,
+            "target": 34963
+        },
+        "bufferView_23": {
+            "buffer": "BoxTransparent",
+            "byteLength": 576,
+            "byteOffset": 72,
+            "target": 34962
+        }
+    },
+    "buffers": {
+        "BoxTransparent": {
+            "byteLength": 648,
+            "type": "arraybuffer",
+            "uri": "data:application/octet-stream;base64,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"
+        }
+    },
+    "extensionsUsed": [
+        "KHR_materials_common"
+    ],
+    "materials": {
+        "Effect-Red": {
+            "extensions": {
+                "KHR_materials_common": {
+                    "doubleSided": false,
+                    "jointCount": 0,
+                    "technique": "BLINN",
+                    "transparent": true,
+                    "values": {
+                        "diffuse": [
+                            1,
+                            1,
+                            1,
+                            0.5
+                        ],
+                        "shininess": 256,
+                        "specular": [
+                            0.20000000298023224,
+                            0.20000000298023224,
+                            0.20000000298023224,
+                            1
+                        ]
+                    }
+                }
+            },
+            "name": "Red"
+        }
+    },
+    "meshes": {
+        "Geometry-mesh002": {
+            "name": "Mesh",
+            "primitives": [
+                {
+                    "attributes": {
+                        "NORMAL": "accessor_20",
+                        "POSITION": "accessor_18"
+                    },
+                    "indices": "accessor_16",
+                    "material": "Effect-Red",
+                    "mode": 4
+                }
+            ]
+        }
+    },
+    "nodes": {
+        "node_0": {
+            "children": [],
+            "matrix": [
+                1,
+                0,
+                0,
+                0,
+                0,
+                1,
+                0,
+                0,
+                0,
+                0,
+                1,
+                0,
+                0,
+                0,
+                0,
+                1
+            ],
+            "meshes": [
+                "Geometry-mesh002"
+            ],
+            "name": ""
+        },
+        "node_1": {
+            "children": [
+                "node_0"
+            ],
+            "matrix": [
+                1,
+                0,
+                0,
+                0,
+                0,
+                0,
+                -1,
+                0,
+                0,
+                1,
+                0,
+                0,
+                0,
+                0,
+                0,
+                1
+            ],
+            "name": "Y_UP_Transform"
+        }
+    },
+    "scene": "defaultScene",
+    "scenes": {
+        "defaultScene": {
+            "nodes": [
+                "node_1"
+            ]
+        }
+    },
+    "skins": {}
+}
\ No newline at end of file
diff --git a/Specs/DataSources/CzmlDataSourceSpec.js b/Specs/DataSources/CzmlDataSourceSpec.js
index 821a5ee5e1aa..1c9c41e695b3 100644
--- a/Specs/DataSources/CzmlDataSourceSpec.js
+++ b/Specs/DataSources/CzmlDataSourceSpec.js
@@ -1538,6 +1538,9 @@ defineSuite([
                 scale : 3.0,
                 minimumPixelSize : 5.0,
                 gltf : './Data/Models/Box/CesiumBoxTest.gltf',
+                incrementallyLoadTextures : true,
+                castShadows : true,
+                receiveShadows : true,
                 nodeTransformations : {
                     Mesh : {
                         scale : {
@@ -1563,6 +1566,9 @@ defineSuite([
         expect(entity.model.scale.getValue(Iso8601.MINIMUM_VALUE)).toEqual(3.0);
         expect(entity.model.minimumPixelSize.getValue(Iso8601.MINIMUM_VALUE)).toEqual(5.0);
         expect(entity.model.uri.getValue(Iso8601.MINIMUM_VALUE)).toEqual('./Data/Models/Box/CesiumBoxTest.gltf');
+        expect(entity.model.incrementallyLoadTextures.getValue(Iso8601.MINIMUM_VALUE)).toEqual(true);
+        expect(entity.model.castShadows.getValue(Iso8601.MINIMUM_VALUE)).toEqual(true);
+        expect(entity.model.receiveShadows.getValue(Iso8601.MINIMUM_VALUE)).toEqual(true);
 
         var nodeTransform = entity.model.nodeTransformations.getValue(Iso8601.MINIMUM_VALUE).Mesh;
         expect(nodeTransform).toBeDefined();
@@ -1586,6 +1592,9 @@ defineSuite([
                 scale : 3.0,
                 minimumPixelSize : 5.0,
                 gltf : './Data/Models/Box/CesiumBoxTest.gltf',
+                incrementallyLoadTextures : true,
+                castShadows : true,
+                receiveShadows : true,
                 nodeTransformations : {
                     Mesh : {
                         scale : {
@@ -1616,6 +1625,9 @@ defineSuite([
         expect(entity.model.scale.getValue(validTime)).toEqual(3.0);
         expect(entity.model.minimumPixelSize.getValue(validTime)).toEqual(5.0);
         expect(entity.model.uri.getValue(validTime)).toEqual('./Data/Models/Box/CesiumBoxTest.gltf');
+        expect(entity.model.incrementallyLoadTextures.getValue(validTime)).toEqual(true);
+        expect(entity.model.castShadows.getValue(validTime)).toEqual(true);
+        expect(entity.model.receiveShadows.getValue(validTime)).toEqual(true);
 
         var nodeTransform = entity.model.nodeTransformations.getValue(validTime).Mesh;
         expect(nodeTransform).toBeDefined();
@@ -1634,6 +1646,9 @@ defineSuite([
         expect(entity.model.scale.getValue(invalidTime)).toBeUndefined();
         expect(entity.model.minimumPixelSize.getValue(invalidTime)).toBeUndefined();
         expect(entity.model.uri.getValue(invalidTime)).toBeUndefined();
+        expect(entity.model.incrementallyLoadTextures.getValue(invalidTime)).toBeUndefined();
+        expect(entity.model.castShadows.getValue(invalidTime)).toBeUndefined();
+        expect(entity.model.receiveShadows.getValue(invalidTime)).toBeUndefined();
 
         expect(entity.model.nodeTransformations.Mesh.getValue(invalidTime)).toEqual(new TranslationRotationScale());
         expect(entity.model.nodeTransformations.Mesh.scale.getValue(invalidTime)).toBeUndefined();
diff --git a/Specs/DataSources/ModelGraphicsSpec.js b/Specs/DataSources/ModelGraphicsSpec.js
index 853252ed047b..c7a2d6378e7f 100644
--- a/Specs/DataSources/ModelGraphicsSpec.js
+++ b/Specs/DataSources/ModelGraphicsSpec.js
@@ -25,6 +25,8 @@ defineSuite([
             minimumPixelSize : 2,
             maximumScale : 200,
             incrementallyLoadTextures : false,
+            castShadows : false,
+            receiveShadows : false,
             runAnimations : false,
             nodeTransformations : {
                 node1 : {
@@ -42,6 +44,8 @@ defineSuite([
         expect(model.minimumPixelSize).toBeInstanceOf(ConstantProperty);
         expect(model.maximumScale).toBeInstanceOf(ConstantProperty);
         expect(model.incrementallyLoadTextures).toBeInstanceOf(ConstantProperty);
+        expect(model.castShadows).toBeInstanceOf(ConstantProperty);
+        expect(model.receiveShadows).toBeInstanceOf(ConstantProperty);
         expect(model.runAnimations).toBeInstanceOf(ConstantProperty);
 
         expect(model.nodeTransformations).toBeInstanceOf(PropertyBag);
@@ -52,6 +56,8 @@ defineSuite([
         expect(model.minimumPixelSize.getValue()).toEqual(options.minimumPixelSize);
         expect(model.maximumScale.getValue()).toEqual(options.maximumScale);
         expect(model.incrementallyLoadTextures.getValue()).toEqual(options.incrementallyLoadTextures);
+        expect(model.castShadows.getValue()).toEqual(options.castShadows);
+        expect(model.receiveShadows.getValue()).toEqual(options.receiveShadows);
         expect(model.runAnimations.getValue()).toEqual(options.runAnimations);
 
         var actualNodeTransformations = model.nodeTransformations.getValue(new JulianDate());
@@ -71,6 +77,8 @@ defineSuite([
         source.minimumPixelSize = new ConstantProperty(2.0);
         source.maximumScale = new ConstantProperty(200.0);
         source.incrementallyLoadTextures = new ConstantProperty(true);
+        source.castShadows = new ConstantProperty(true);
+        source.receiveShadows = new ConstantProperty(true);
         source.runAnimations = new ConstantProperty(true);
         source.nodeTransformations = {
             node1 : new NodeTransformationProperty({
@@ -92,6 +100,8 @@ defineSuite([
         expect(target.minimumPixelSize).toBe(source.minimumPixelSize);
         expect(target.maximumScale).toBe(source.maximumScale);
         expect(target.incrementallyLoadTextures).toBe(source.incrementallyLoadTextures);
+        expect(target.castShadows).toBe(source.castShadows);
+        expect(target.receiveShadows).toBe(source.receiveShadows);
         expect(target.runAnimations).toBe(source.runAnimations);
         expect(target.nodeTransformations).toEqual(source.nodeTransformations);
     });
@@ -104,6 +114,8 @@ defineSuite([
         source.minimumPixelSize = new ConstantProperty(2.0);
         source.maximumScale = new ConstantProperty(200.0);
         source.incrementallyLoadTextures = new ConstantProperty(true);
+        source.castShadows = new ConstantProperty(true);
+        source.receiveShadows = new ConstantProperty(true);
         source.runAnimations = new ConstantProperty(true);
         source.nodeTransformations = {
             transform : new NodeTransformationProperty()
@@ -115,6 +127,8 @@ defineSuite([
         var minimumPixelSize = new ConstantProperty(2.0);
         var maximumScale = new ConstantProperty(200.0);
         var incrementallyLoadTextures = new ConstantProperty(true);
+        var castShadows = new ConstantProperty(true);
+        var receiveShadows = new ConstantProperty(true);
         var runAnimations = new ConstantProperty(true);
         var nodeTransformations = new PropertyBag({
             transform : new NodeTransformationProperty()
@@ -127,6 +141,8 @@ defineSuite([
         target.minimumPixelSize = minimumPixelSize;
         target.maximumScale = maximumScale;
         target.incrementallyLoadTextures = incrementallyLoadTextures;
+        target.castShadows = castShadows;
+        target.receiveShadows = receiveShadows;
         target.runAnimations = runAnimations;
         target.nodeTransformations = nodeTransformations;
 
@@ -138,6 +154,8 @@ defineSuite([
         expect(target.minimumPixelSize).toBe(minimumPixelSize);
         expect(target.maximumScale).toBe(maximumScale);
         expect(target.incrementallyLoadTextures).toBe(incrementallyLoadTextures);
+        expect(target.castShadows).toBe(castShadows);
+        expect(target.receiveShadows).toBe(receiveShadows);
         expect(target.runAnimations).toBe(runAnimations);
         expect(target.nodeTransformations).toBe(nodeTransformations);
     });
@@ -150,6 +168,8 @@ defineSuite([
         source.minimumPixelSize = new ConstantProperty(2.0);
         source.maximumScale = new ConstantProperty(200.0);
         source.incrementallyLoadTextures = new ConstantProperty(true);
+        source.castShadows = new ConstantProperty(true);
+        source.receiveShadows = new ConstantProperty(true);
         source.runAnimations = new ConstantProperty(true);
         source.nodeTransformations = {
             node1 : new NodeTransformationProperty(),
@@ -163,6 +183,8 @@ defineSuite([
         expect(result.minimumPixelSize).toBe(source.minimumPixelSize);
         expect(result.maximumScale).toBe(source.maximumScale);
         expect(result.incrementallyLoadTextures).toBe(source.incrementallyLoadTextures);
+        expect(result.castShadows).toBe(source.castShadows);
+        expect(result.receiveShadows).toBe(source.receiveShadows);
         expect(result.runAnimations).toBe(source.runAnimations);
         expect(result.nodeTransformations).toEqual(source.nodeTransformations);
     });
diff --git a/Specs/Renderer/BuiltinFunctionsSpec.js b/Specs/Renderer/BuiltinFunctionsSpec.js
index b4e73f603e3e..b0bb4c9dc532 100644
--- a/Specs/Renderer/BuiltinFunctionsSpec.js
+++ b/Specs/Renderer/BuiltinFunctionsSpec.js
@@ -292,4 +292,12 @@ defineSuite([
             '}';
         context.verifyDrawForSpecs(fs);
     });
+
+    it('has czm_cascadeColor', function() {
+        var fs =
+            'void main() { ' +
+            '  gl_FragColor = vec4(all(equal(czm_cascadeColor(vec4(0.5)), vec4(1.0, 0.5, 1.0, 2.0))));' +
+            '}';
+        context.verifyDrawForSpecs(fs);
+    });
 }, 'WebGL');
diff --git a/Specs/Scene/CullingVolumeSpec.js b/Specs/Scene/CullingVolumeSpec.js
index 2360a2a3b3d5..68e5f16b649d 100644
--- a/Specs/Scene/CullingVolumeSpec.js
+++ b/Specs/Scene/CullingVolumeSpec.js
@@ -277,6 +277,12 @@ defineSuite([
         var boundingSphereCullingVolume = new BoundingSphere(new Cartesian3(1000.0, 2000.0, 3000.0), 100.0);
         var cullingVolume = CullingVolume.fromBoundingSphere(boundingSphereCullingVolume);
 
+        it('throws without a boundingSphere', function() {
+            expect(function() {
+                CullingVolume.fromBoundingSphere(undefined);
+            }).toThrowDeveloperError();
+        });
+
         it('can contain a volume', function() {
             var sphere1 = BoundingSphere.clone(boundingSphereCullingVolume);
             sphere1.radius *= 0.5;
diff --git a/Specs/Scene/ShadowMapSpec.js b/Specs/Scene/ShadowMapSpec.js
new file mode 100644
index 000000000000..4b8cce9a8971
--- /dev/null
+++ b/Specs/Scene/ShadowMapSpec.js
@@ -0,0 +1,1072 @@
+/*global defineSuite*/
+defineSuite([
+        'Scene/ShadowMap',
+        'Core/BoundingSphere',
+        'Core/BoxGeometry',
+        'Core/Cartesian3',
+        'Core/ComponentDatatype',
+        'Core/Color',
+        'Core/ColorGeometryInstanceAttribute',
+        'Core/defined',
+        'Core/EllipsoidTerrainProvider',
+        'Core/GeometryInstance',
+        'Core/HeadingPitchRange',
+        'Core/HeightmapTerrainData',
+        'Core/JulianDate',
+        'Core/Math',
+        'Core/PixelFormat',
+        'Core/Transforms',
+        'Renderer/Context',
+        'Renderer/Framebuffer',
+        'Renderer/PixelDatatype',
+        'Renderer/Texture',
+        'Renderer/WebGLConstants',
+        'Scene/Camera',
+        'Scene/Globe',
+        'Scene/Model',
+        'Scene/OrthographicFrustum',
+        'Scene/PerInstanceColorAppearance',
+        'Scene/Primitive',
+        'Specs/createScene',
+        'Specs/pollToPromise',
+        'ThirdParty/when'
+    ], function(
+        ShadowMap,
+        BoundingSphere,
+        BoxGeometry,
+        Cartesian3,
+        ComponentDatatype,
+        Color,
+        ColorGeometryInstanceAttribute,
+        defined,
+        EllipsoidTerrainProvider,
+        GeometryInstance,
+        HeadingPitchRange,
+        HeightmapTerrainData,
+        JulianDate,
+        CesiumMath,
+        PixelFormat,
+        Transforms,
+        Context,
+        Framebuffer,
+        PixelDatatype,
+        Texture,
+        WebGLConstants,
+        Camera,
+        Globe,
+        Model,
+        OrthographicFrustum,
+        PerInstanceColorAppearance,
+        Primitive,
+        createScene,
+        pollToPromise,
+        when) {
+    'use strict';
+
+    var scene;
+    var sunShadowMap;
+    var backgroundColor = [0, 0, 0, 255];
+
+    var longitude = -1.31968;
+    var latitude = 0.4101524;
+    var height = 0.0;
+    var boxHeight = 4.0;
+    var floorHeight = -1.0;
+
+    var boxUrl = './Data/Models/Shadows/Box.gltf';
+    var boxTranslucentUrl = './Data/Models/Shadows/BoxTranslucent.gltf';
+    var boxCutoutUrl = './Data/Models/Shadows/BoxCutout.gltf';
+    var boxInvertedUrl = './Data/Models/Shadows/BoxInverted.gltf';
+
+    var box;
+    var boxTranslucent;
+    var boxCutout;
+    var room;
+    var floor;
+    var floorTranslucent;
+
+    var primitiveBox;
+    var primitiveBoxRTC;
+    var primitiveBoxTranslucent;
+    var primitiveFloor;
+    var primitiveFloorRTC;
+
+    beforeAll(function() {
+        scene = createScene();
+        scene.frameState.scene3DOnly = true;
+        Color.unpack(backgroundColor, 0, scene.backgroundColor);
+
+        sunShadowMap = scene.shadowMap;
+
+        var boxOrigin = new Cartesian3.fromRadians(longitude, latitude, boxHeight);
+        var boxTransform = Transforms.headingPitchRollToFixedFrame(boxOrigin, 0.0, 0.0, 0.0);
+
+        var floorOrigin = new Cartesian3.fromRadians(longitude, latitude, floorHeight);
+        var floorTransform = Transforms.headingPitchRollToFixedFrame(floorOrigin, 0.0, 0.0, 0.0);
+
+        var roomOrigin = new Cartesian3.fromRadians(longitude, latitude, height);
+        var roomTransform = Transforms.headingPitchRollToFixedFrame(roomOrigin, 0.0, 0.0, 0.0);
+
+        var modelPromises = [];
+        modelPromises.push(loadModel({
+            url : boxUrl,
+            modelMatrix : boxTransform,
+            scale : 0.5,
+            show : false
+        }).then(function(model) {
+            box = model;
+        }));
+        modelPromises.push(loadModel({
+            url : boxTranslucentUrl,
+            modelMatrix : boxTransform,
+            scale : 0.5,
+            show : false
+        }).then(function(model) {
+            boxTranslucent = model;
+        }));
+        modelPromises.push(loadModel({
+            url : boxCutoutUrl,
+            modelMatrix : boxTransform,
+            scale : 0.5,
+            incrementallyLoadTextures : false,
+            show : false
+        }).then(function(model) {
+            boxCutout = model;
+        }));
+        modelPromises.push(loadModel({
+            url : boxUrl,
+            modelMatrix : floorTransform,
+            scale : 2.0,
+            show : false
+        }).then(function(model) {
+            floor = model;
+        }));
+        modelPromises.push(loadModel({
+            url : boxTranslucentUrl,
+            modelMatrix : floorTransform,
+            scale : 2.0,
+            show : false
+        }).then(function(model) {
+            floorTranslucent = model;
+        }));
+        modelPromises.push(loadModel({
+            url : boxInvertedUrl,
+            modelMatrix : roomTransform,
+            scale : 8.0,
+            show : false
+        }).then(function(model) {
+            room = model;
+        }));
+
+        primitiveBox = createPrimitive(boxTransform, 0.5, Color.RED);
+        primitiveBoxRTC = createPrimitiveRTC(boxTransform, 0.5, Color.RED);
+        primitiveBoxTranslucent = createPrimitive(boxTransform, 0.5, Color.RED.withAlpha(0.5));
+        primitiveFloor = createPrimitive(floorTransform, 2.0, Color.RED);
+        primitiveFloorRTC = createPrimitiveRTC(floorTransform, 2.0, Color.RED);
+
+        return when.all(modelPromises);
+    });
+
+    function createPrimitive(transform, size, color) {
+        return scene.primitives.add(new Primitive({
+            geometryInstances : new GeometryInstance({
+                geometry : BoxGeometry.fromDimensions({
+                    dimensions : new Cartesian3(size, size, size),
+                    vertexFormat : PerInstanceColorAppearance.VERTEX_FORMAT
+                }),
+                modelMatrix : transform,
+                attributes : {
+                    color : ColorGeometryInstanceAttribute.fromColor(color)
+                }
+            }),
+            appearance : new PerInstanceColorAppearance({
+                translucent : false,
+                closed : true
+            }),
+            asynchronous : false,
+            show : false,
+            castShadows : true,
+            receiveShadows : true
+        }));
+    }
+
+    function createPrimitiveRTC(transform, size, color) {
+        var boxGeometry = BoxGeometry.createGeometry(BoxGeometry.fromDimensions({
+            vertexFormat : PerInstanceColorAppearance.VERTEX_FORMAT,
+            dimensions : new Cartesian3(size, size, size)
+        }));
+
+        var positions = boxGeometry.attributes.position.values;
+        var newPositions = new Float32Array(positions.length);
+        for (var i = 0; i < positions.length; ++i) {
+            newPositions[i] = positions[i];
+        }
+        boxGeometry.attributes.position.values = newPositions;
+        boxGeometry.attributes.position.componentDatatype = ComponentDatatype.FLOAT;
+
+        BoundingSphere.transform(boxGeometry.boundingSphere, transform, boxGeometry.boundingSphere);
+
+        var boxGeometryInstance = new GeometryInstance({
+            geometry : boxGeometry,
+            attributes : {
+                color : ColorGeometryInstanceAttribute.fromColor(color)
+            }
+        });
+
+        return scene.primitives.add(new Primitive({
+            geometryInstances : boxGeometryInstance,
+            appearance : new PerInstanceColorAppearance({
+                translucent : false,
+                closed : true
+            }),
+            asynchronous : false,
+            rtcCenter : boxGeometry.boundingSphere.center,
+            show : false,
+            castShadows : true,
+            receiveShadows : true
+        }));
+    }
+
+    function loadModel(options) {
+        var model = scene.primitives.add(Model.fromGltf(options));
+        return pollToPromise(function() {
+            // Render scene to progressively load the model
+            scene.render();
+            return model.ready;
+        }, {timeout : 10000}).then(function() {
+            return model;
+        });
+    }
+
+    /**
+     * Repeatedly calls render until the load queue is empty. Returns a promise that resolves
+     * when the load queue is empty.
+     */
+    function loadGlobe() {
+        return pollToPromise(function() {
+            scene.render();
+            return scene.globe._surface.tileProvider.ready && !defined(scene.globe._surface._tileLoadQueue.head) && scene.globe._surface._debug.tilesWaitingForChildren === 0;
+        });
+    }
+
+    afterAll(function() {
+        scene.destroyForSpecs();
+    });
+
+    afterEach(function() {
+        var length = scene.primitives.length;
+        for (var i = 0; i < length; ++i) {
+            scene.primitives.get(i).show = false;
+        }
+
+        scene.globe = undefined;
+        scene.shadowMap = scene.shadowMap && scene.shadowMap.destroy();
+    });
+
+    function createCascadedShadowMap() {
+        var center = new Cartesian3.fromRadians(longitude, latitude, height);
+        scene.camera.lookAt(center, new HeadingPitchRange(0.0, CesiumMath.toRadians(-70.0), 5.0));
+
+        // Create light camera pointing straight down
+        var lightCamera = new Camera(scene);
+        lightCamera.lookAt(center, new Cartesian3(0.0, 0.0, 1.0));
+
+        scene.shadowMap = new ShadowMap({
+            context : scene.context,
+            lightCamera : lightCamera
+        });
+    }
+
+    function createSingleCascadeShadowMap() {
+        var center = new Cartesian3.fromRadians(longitude, latitude, height);
+        scene.camera.lookAt(center, new HeadingPitchRange(0.0, CesiumMath.toRadians(-70.0), 5.0));
+
+        // Create light camera pointing straight down
+        var lightCamera = new Camera(scene);
+        lightCamera.lookAt(center, new Cartesian3(0.0, 0.0, 1.0));
+
+        scene.shadowMap = new ShadowMap({
+            context : scene.context,
+            lightCamera : lightCamera,
+            numberOfCascades : 1
+        });
+    }
+
+    function createShadowMapForDirectionalLight() {
+        var center = new Cartesian3.fromRadians(longitude, latitude, height);
+        scene.camera.lookAt(center, new HeadingPitchRange(0.0, CesiumMath.toRadians(-70.0), 5.0));
+
+        var frustum = new OrthographicFrustum();
+        frustum.left = -50.0;
+        frustum.right = 50.0;
+        frustum.bottom = -50.0;
+        frustum.top = 50.0;
+        frustum.near = 1.0;
+        frustum.far = 1000;
+
+        // Create light camera pointing straight down
+        var lightCamera = new Camera(scene);
+        lightCamera.frustum = frustum;
+        lightCamera.lookAt(center, new Cartesian3(0.0, 0.0, 20.0));
+
+        scene.shadowMap = new ShadowMap({
+            context : scene.context,
+            lightCamera : lightCamera,
+            cascadesEnabled : false
+        });
+    }
+
+    function createShadowMapForSpotLight() {
+        var center = new Cartesian3.fromRadians(longitude, latitude, height);
+        scene.camera.lookAt(center, new HeadingPitchRange(0.0, CesiumMath.toRadians(-70.0), 5.0));
+
+        var lightCamera = new Camera(scene);
+        lightCamera.frustum.fov = CesiumMath.PI_OVER_TWO;
+        lightCamera.frustum.aspectRatio = 1.0;
+        lightCamera.frustum.near = 1.0;
+        lightCamera.frustum.far = 1000.0;
+        lightCamera.lookAt(center, new Cartesian3(0.0, 0.0, 20.0));
+
+        scene.shadowMap = new ShadowMap({
+            context : scene.context,
+            lightCamera : lightCamera,
+            cascadesEnabled : false
+        });
+    }
+
+    function createShadowMapForPointLight() {
+        var center = new Cartesian3.fromRadians(longitude, latitude, height);
+        scene.camera.lookAt(center, new HeadingPitchRange(0.0, CesiumMath.toRadians(-70.0), 5.0));
+
+        var lightCamera = new Camera(scene);
+        lightCamera.position = center;
+
+        scene.shadowMap = new ShadowMap({
+            context : scene.context,
+            lightCamera : lightCamera,
+            isPointLight : true
+        });
+    }
+
+    function render(time) {
+        scene.render(time); // Computes shadow near/far for next frame
+        return scene.renderForSpecs(time);
+    }
+
+    function verifyShadows(caster, receiver) {
+        caster.castShadows = true;
+        receiver.receiveShadows = true;
+
+        // Render without shadows
+        scene.shadowMap.enabled = false;
+        var unshadowedColor = render();
+        expect(unshadowedColor).not.toEqual(backgroundColor);
+
+        // Render with shadows
+        scene.shadowMap.enabled = true;
+        var shadowedColor = render();
+        expect(shadowedColor).not.toEqual(backgroundColor);
+        expect(shadowedColor).not.toEqual(unshadowedColor);
+
+        // Turn shadow casting off/on
+        caster.castShadows = false;
+        expect(render()).toEqual(unshadowedColor);
+        caster.castShadows = true;
+        expect(render()).toEqual(shadowedColor);
+
+        // Turn shadow receiving off/on
+        receiver.receiveShadows = false;
+        expect(render()).toEqual(unshadowedColor);
+        receiver.receiveShadows = true;
+        expect(render()).toEqual(shadowedColor);
+
+        // Move the camera away from the shadow
+        scene.camera.moveRight(0.5);
+        expect(render()).toEqual(unshadowedColor);
+    }
+
+    it('sets default shadow map properties', function() {
+        scene.shadowMap = new ShadowMap({
+            context : scene.context,
+            lightCamera : new Camera(scene)
+        });
+
+        expect(scene.shadowMap.enabled).toBe(true);
+        expect(scene.shadowMap.softShadows).toBe(false);
+        expect(scene.shadowMap.isPointLight).toBe(false);
+        expect(scene.shadowMap._isSpotLight).toBe(false);
+        expect(scene.shadowMap._cascadesEnabled).toBe(true);
+        expect(scene.shadowMap._numberOfCascades).toBe(4);
+    });
+
+    it('throws without options.context', function() {
+        expect(function() {
+            scene.shadowMap = new ShadowMap({
+                lightCamera : new Camera(scene)
+            });
+        }).toThrowDeveloperError();
+    });
+
+    it('throws without options.lightCamera', function() {
+        expect(function() {
+            scene.shadowMap = new ShadowMap({
+                context : scene.context
+            });
+        }).toThrowDeveloperError();
+    });
+
+    it('throws when options.numberOfCascades is not one or four', function() {
+        expect(function() {
+            scene.shadowMap = new ShadowMap({
+                context : scene.context,
+                lightCamera : new Camera(scene),
+                numberOfCascades : 3
+            });
+        }).toThrowDeveloperError();
+    });
+
+    it('model casts shadows onto another model', function() {
+        box.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+        verifyShadows(box, floor);
+    });
+
+    it('translucent model casts shadows onto another model', function() {
+        boxTranslucent.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+        verifyShadows(boxTranslucent, floor);
+    });
+
+    it('model with cutout texture casts shadows onto another model', function() {
+        boxCutout.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+
+        // Render without shadows
+        scene.shadowMap.enabled = false;
+        var unshadowedColor = render();
+        expect(unshadowedColor).not.toEqual(backgroundColor);
+
+        // Render with shadows. The area should not be shadowed because the box's texture is transparent in the center.
+        scene.shadowMap.enabled = true;
+        expect(render()).toEqual(unshadowedColor);
+
+        // Move the camera into the shadowed area
+        scene.camera.moveRight(0.2);
+        var shadowedColor = render();
+        expect(shadowedColor).not.toEqual(backgroundColor);
+        expect(shadowedColor).not.toEqual(unshadowedColor);
+
+        // Move the camera away from the shadow
+        scene.camera.moveRight(0.3);
+        expect(render()).toEqual(unshadowedColor);
+    });
+
+    it('primitive casts shadows onto another primitive', function() {
+        primitiveBox.show = true;
+        primitiveFloor.show = true;
+        createCascadedShadowMap();
+        verifyShadows(primitiveBox, primitiveFloor);
+    });
+
+    it('RTC primitive casts shadows onto another RTC primitive', function() {
+        primitiveBoxRTC.show = true;
+        primitiveFloorRTC.show = true;
+        createCascadedShadowMap();
+        verifyShadows(primitiveBoxRTC, primitiveFloorRTC);
+    });
+
+    it('translucent primitive casts shadows onto another primitive', function() {
+        primitiveBoxTranslucent.show = true;
+        primitiveFloor.show = true;
+        createCascadedShadowMap();
+        verifyShadows(primitiveBoxTranslucent, primitiveFloor);
+    });
+
+    it('model casts shadow onto globe', function() {
+        box.show = true;
+        scene.globe = new Globe();
+        scene.camera.frustum._sseDenominator = 0.005;
+        createCascadedShadowMap();
+
+        return loadGlobe().then(function() {
+            verifyShadows(box, scene.globe);
+        });
+    });
+
+    it('globe casts shadow onto globe', function() {
+        scene.globe = new Globe();
+        scene.camera.frustum._sseDenominator = 0.01;
+
+        var center = new Cartesian3.fromRadians(longitude, latitude, height);
+        scene.camera.lookAt(center, new HeadingPitchRange(0.0, CesiumMath.toRadians(-70.0), 5.0));
+
+        // Create light camera that is angled horizontally
+        var lightCamera = new Camera(scene);
+        lightCamera.lookAt(center, new Cartesian3(1.0, 0.0, 0.1));
+
+        scene.shadowMap = new ShadowMap({
+            context : scene.context,
+            lightCamera : lightCamera
+        });
+
+        // Instead of the default flat tile, add a ridge that will cast shadows
+        spyOn(EllipsoidTerrainProvider.prototype, 'requestTileGeometry').and.callFake(function() {
+            var width = 16;
+            var height = 16;
+            var buffer = new Uint8Array(width * height);
+            for (var i = 0; i < buffer.length; ++i) {
+                var row = i % width;
+                if (row > 6 && row < 10) {
+                    buffer[i] = 1;
+                }
+            }
+            return new HeightmapTerrainData({
+                buffer : buffer,
+                width : width,
+                height : height
+            });
+        });
+
+        return loadGlobe().then(function() {
+            // Render without shadows
+            scene.shadowMap.enabled = false;
+            var unshadowedColor = render();
+            expect(unshadowedColor).not.toEqual(backgroundColor);
+
+            // Render with globe casting off
+            scene.shadowMap.enabled = true;
+            scene.globe.castShadows = false;
+            expect(render()).toEqual(unshadowedColor);
+
+            // Render with globe casting on
+            scene.globe.castShadows = true;
+            var shadowedColor = render();
+            expect(shadowedColor).not.toEqual(backgroundColor);
+            expect(shadowedColor).not.toEqual(unshadowedColor);
+        });
+    });
+
+    it('changes light direction', function() {
+        box.show = true;
+        floor.show = true;
+
+        var center = new Cartesian3.fromRadians(longitude, latitude, height);
+        scene.camera.lookAt(center, new HeadingPitchRange(0.0, CesiumMath.toRadians(-70.0), 5.0));
+
+        // Create light camera pointing straight down
+        var lightCamera = new Camera(scene);
+        lightCamera.lookAt(center, new Cartesian3(0.0, 0.0, 1.0));
+
+        scene.shadowMap = new ShadowMap({
+            context : scene.context,
+            lightCamera : lightCamera
+        });
+
+        // Render with shadows
+        var shadowedColor = render();
+
+        // Move the camera away from the shadow
+        scene.camera.moveLeft(0.5);
+        var unshadowedColor = render();
+        expect(unshadowedColor).not.toEqual(backgroundColor);
+        expect(unshadowedColor).not.toEqual(shadowedColor);
+
+        // Change the light direction so the unshadowed area is now shadowed
+        lightCamera.lookAt(center, new Cartesian3(0.1, 0.0, 1.0));
+        expect(render()).toEqual(shadowedColor);
+    });
+
+    it('sun shadow map works', function() {
+        box.show = true;
+        floor.show = true;
+
+        var startTime = new JulianDate(2457561.211806); // Sun pointing straight above
+        var endTime = new JulianDate(2457561.276389); // Sun at an angle
+
+        var center = new Cartesian3.fromRadians(longitude, latitude, height);
+        scene.camera.lookAt(center, new HeadingPitchRange(0.0, CesiumMath.toRadians(-70.0), 5.0));
+
+        // Use the default shadow map which uses the sun as a light source
+        scene.shadowMap = sunShadowMap;
+
+        // Render without shadows
+        scene.shadowMap.enabled = false;
+        var unshadowedColor = render(startTime);
+        expect(unshadowedColor).not.toEqual(backgroundColor);
+
+        // Render with shadows
+        scene.shadowMap.enabled = true;
+        var shadowedColor = render(startTime);
+        expect(shadowedColor).not.toEqual(backgroundColor);
+        expect(shadowedColor).not.toEqual(unshadowedColor);
+
+        // Change the time so that the shadows are no longer pointing straight down
+        expect(render(endTime)).toEqual(unshadowedColor);
+
+        scene.shadowMap = undefined;
+    });
+
+    it('single cascade shadow map', function() {
+        box.show = true;
+        floor.show = true;
+        createSingleCascadeShadowMap();
+        verifyShadows(box, floor);
+    });
+
+    it('directional shadow map', function() {
+        box.show = true;
+        floor.show = true;
+        createShadowMapForDirectionalLight();
+        verifyShadows(box, floor);
+    });
+
+    it('spot light shadow map', function() {
+        box.show = true;
+        floor.show = true;
+        createShadowMapForSpotLight();
+        verifyShadows(box, floor);
+    });
+
+    it('point light shadows', function() {
+        // Check that shadows are cast from all directions.
+        // Place the point light in the middle of an enclosed area and place a box on each side.
+        room.show = true;
+        createShadowMapForPointLight();
+
+        var longitudeSpacing = 0.0000003419296208325038;
+        var latitudeSpacing = 0.000000315782;
+        var heightSpacing = 2.0;
+
+        var origins = [
+            Cartesian3.fromRadians(longitude, latitude + latitudeSpacing, height),
+            Cartesian3.fromRadians(longitude, latitude - latitudeSpacing, height),
+            Cartesian3.fromRadians(longitude + longitudeSpacing, latitude, height),
+            Cartesian3.fromRadians(longitude - longitudeSpacing, latitude, height),
+            Cartesian3.fromRadians(longitude, latitude, height - heightSpacing),
+            Cartesian3.fromRadians(longitude, latitude, height + heightSpacing)
+        ];
+
+        var offsets = [
+            new HeadingPitchRange(0.0, 0.0, 0.1),
+            new HeadingPitchRange(CesiumMath.PI, 0.0, 0.1),
+            new HeadingPitchRange(CesiumMath.PI_OVER_TWO, 0.0, 0.1),
+            new HeadingPitchRange(CesiumMath.THREE_PI_OVER_TWO, 0.0, 0.1),
+            new HeadingPitchRange(0, -CesiumMath.PI_OVER_TWO, 0.1),
+            new HeadingPitchRange(0, CesiumMath.PI_OVER_TWO, 0.1)
+        ];
+
+        for (var i = 0; i < 6; ++i) {
+            var box = scene.primitives.add(Model.fromGltf({
+                url : boxUrl,
+                modelMatrix : Transforms.headingPitchRollToFixedFrame(origins[i], 0.0, 0.0, 0.0),
+                scale : 0.2
+            }));
+            scene.render(); // Model is pre-loaded, render one frame to make it ready
+
+            scene.camera.lookAt(origins[i], offsets[i]);
+
+            // Render without shadows
+            scene.shadowMap.enabled = false;
+            var unshadowedColor = render();
+            expect(unshadowedColor).not.toEqual(backgroundColor);
+
+            // Render with shadows
+            scene.shadowMap.enabled = true;
+            var shadowedColor = render();
+            expect(shadowedColor).not.toEqual(backgroundColor);
+            expect(shadowedColor).not.toEqual(unshadowedColor);
+
+            // Check that setting a smaller radius works
+            var radius = scene.shadowMap._pointLightRadius;
+            scene.shadowMap._pointLightRadius = 3.0;
+            expect(render()).toEqual(unshadowedColor);
+            scene.shadowMap._pointLightRadius = radius;
+
+            // Move the camera away from the shadow
+            scene.camera.moveRight(0.5);
+            expect(render()).toEqual(unshadowedColor);
+
+            scene.primitives.remove(box);
+        }
+    });
+
+    it('changes size', function() {
+        box.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+
+        // Render with shadows
+        var shadowedColor = render();
+
+        // Change size
+        scene.shadowMap.size = 256;
+        expect(render()).toEqual(shadowedColor);
+
+        // Cascaded shadows combine four maps into one texture
+        expect(scene.shadowMap._shadowMapTexture.width).toBe(512);
+        expect(scene.shadowMap._shadowMapTexture.height).toBe(512);
+        expect(scene.shadowMap.size).toBe(256);
+    });
+
+    it('enable debugCascadeColors', function() {
+        box.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+
+        // Render with shadows
+        var shadowedColor = render();
+
+        // Render cascade colors
+        scene.shadowMap.debugCascadeColors = true;
+        expect(scene.shadowMap.dirty).toBe(true);
+        var debugColor = render();
+        expect(debugColor).not.toEqual(backgroundColor);
+        expect(debugColor).not.toEqual(shadowedColor);
+    });
+
+    it('enable soft shadows', function() {
+        box.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+
+        // Render without shadows
+        scene.shadowMap.enabled = false;
+        var unshadowedColor = render();
+
+        // Render with shadows
+        scene.shadowMap.enabled = true;
+        expect(scene.shadowMap.dirty).toBe(true);
+        var shadowedColor = render();
+
+        // Render with soft shadows
+        scene.shadowMap.softShadows = true;
+        scene.shadowMap.size = 256; // Make resolution smaller to more easily verify soft edges
+        scene.camera.moveRight(0.25);
+        var softColor = render();
+        expect(softColor).not.toEqual(backgroundColor);
+        expect(softColor).not.toEqual(unshadowedColor);
+        expect(softColor).not.toEqual(shadowedColor);
+    });
+
+    it('changes darkness', function() {
+        box.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+
+        // Render without shadows
+        scene.shadowMap.enabled = false;
+        var unshadowedColor = render();
+
+        // Render with shadows
+        scene.shadowMap.enabled = true;
+        var shadowedColor = render();
+
+        scene.shadowMap.darkness = 0.5;
+        var darkColor = render();
+        expect(darkColor).not.toEqual(backgroundColor);
+        expect(darkColor).not.toEqual(unshadowedColor);
+        expect(darkColor).not.toEqual(shadowedColor);
+    });
+
+    function depthFramebufferSupported() {
+        var framebuffer = new Framebuffer({
+            context : scene.context,
+            depthStencilTexture : new Texture({
+                context : scene.context,
+                width : 1,
+                height : 1,
+                pixelFormat : PixelFormat.DEPTH_STENCIL,
+                pixelDatatype : PixelDatatype.UNSIGNED_INT_24_8
+            })
+        });
+
+        return framebuffer.status === WebGLConstants.FRAMEBUFFER_COMPLETE;
+    }
+
+    it('defaults to color texture if depth texture extension is not supported', function() {
+        box.show = true;
+        floor.show = true;
+
+        createCascadedShadowMap();
+        render();
+
+        if (scene.context.depthTexture) {
+            if (depthFramebufferSupported()) {
+                expect(scene.shadowMap._usesDepthTexture).toBe(true);
+                expect(scene.shadowMap._shadowMapTexture.pixelFormat).toEqual(PixelFormat.DEPTH_STENCIL);
+            } else {
+                // Depth texture extension is supported, but it fails to create create a depth-only FBO
+                expect(scene.shadowMap._usesDepthTexture).toBe(false);
+                expect(scene.shadowMap._shadowMapTexture.pixelFormat).toEqual(PixelFormat.RGBA);
+            }
+        }
+
+        scene.shadowMap = scene.shadowMap && scene.shadowMap.destroy();
+
+        // Disable extension
+        var depthTexture = scene.context._depthTexture;
+        scene.context._depthTexture = false;
+        createCascadedShadowMap();
+        render();
+        expect(scene.shadowMap._usesDepthTexture).toBe(false);
+        expect(scene.shadowMap._shadowMapTexture.pixelFormat).toEqual(PixelFormat.RGBA);
+
+        // Re-enable extension
+        scene.context._depthTexture = depthTexture;
+    });
+
+    it('does not render shadows when the camera is far away from any shadow receivers', function() {
+        box.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+
+        render();
+        expect(scene.shadowMap.outOfView).toBe(false);
+
+        var center = new Cartesian3.fromRadians(longitude, latitude, 200000);
+        scene.camera.lookAt(center, new HeadingPitchRange(0.0, CesiumMath.toRadians(-70.0), 5.0));
+
+        render();
+        expect(scene.shadowMap.outOfView).toBe(true);
+    });
+
+    it('does not render shadows when the light direction is below the horizon', function() {
+        box.show = true;
+        floor.show = true;
+
+        var center = new Cartesian3.fromRadians(longitude, latitude, height);
+        scene.camera.lookAt(center, new HeadingPitchRange(0.0, CesiumMath.toRadians(-70.0), 5.0));
+
+        // Create light camera pointing straight down
+        var lightCamera = new Camera(scene);
+        lightCamera.lookAt(center, new Cartesian3(0.0, 0.0, 1.0));
+
+        scene.shadowMap = new ShadowMap({
+            context : scene.context,
+            lightCamera : lightCamera
+        });
+
+        render();
+        expect(scene.shadowMap.outOfView).toBe(false);
+
+        // Change light direction
+        lightCamera.lookAt(center, new Cartesian3(0.0, 0.0, -1.0));
+        render();
+        expect(scene.shadowMap.outOfView).toBe(true);
+    });
+
+    it('enable debugShow for cascaded shadow map', function() {
+        createCascadedShadowMap();
+
+        // Shadow overlay command, shadow volume outline, camera outline, and four cascade outlines
+        scene.shadowMap.debugShow = true;
+        scene.shadowMap.debugFreezeFrame = true;
+        render();
+        expect(scene.frameState.commandList.length).toBe(7);
+
+        scene.shadowMap.debugShow = false;
+        render();
+        expect(scene.frameState.commandList.length).toBe(0);
+    });
+
+    it('enable debugShow for fixed shadow map', function() {
+        createShadowMapForDirectionalLight();
+
+        // Overlay command and shadow volume outline
+        scene.shadowMap.debugShow = true;
+        render();
+        expect(scene.frameState.commandList.length).toBe(2);
+
+        scene.shadowMap.debugShow = false;
+        render();
+        expect(scene.frameState.commandList.length).toBe(0);
+    });
+
+    it('enable debugShow for point light shadow map', function() {
+        createShadowMapForPointLight();
+
+        // Overlay command and shadow volume outline
+        scene.shadowMap.debugShow = true;
+        render();
+        expect(scene.frameState.commandList.length).toBe(2);
+
+        scene.shadowMap.debugShow = false;
+        render();
+        expect(scene.frameState.commandList.length).toBe(0);
+    });
+    
+    it('enable fitNearFar', function() {
+        box.show = true;
+        floor.show = true;
+        createShadowMapForDirectionalLight();
+        scene.shadowMap._fitNearFar = true; // True by default
+        render();
+        var shadowNearFit = scene.shadowMap._sceneCamera.frustum.near;
+        var shadowFarFit = scene.shadowMap._sceneCamera.frustum.far;
+
+        scene.shadowMap._fitNearFar = false;
+        render();
+        var shadowNear = scene.shadowMap._sceneCamera.frustum.near;
+        var shadowFar = scene.shadowMap._sceneCamera.frustum.far;
+
+        // When fitNearFar is true the shadowed region is smaller
+        expect(shadowNear).toBeLessThan(shadowNearFit);
+        expect(shadowFar).toBeGreaterThan(shadowFarFit);
+    });
+
+    it('set maximumDistance', function() {
+        box.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+
+        // Render without shadows
+        scene.shadowMap.enabled = false;
+        var unshadowedColor = render();
+        expect(unshadowedColor).not.toEqual(backgroundColor);
+
+        // Render with shadows
+        scene.shadowMap.enabled = true;
+        var shadowedColor = render();
+        expect(shadowedColor).not.toEqual(backgroundColor);
+        expect(shadowedColor).not.toEqual(unshadowedColor);
+
+        // Set a maximum distance where the shadows start to fade out
+        scene.shadowMap.maximumDistance = 6.0;
+        var fadedColor = render();
+        expect(fadedColor).not.toEqual(backgroundColor);
+        expect(fadedColor).not.toEqual(unshadowedColor);
+        expect(fadedColor).not.toEqual(shadowedColor);
+
+        // Set a maximimum distance where the shadows are not visible
+        scene.shadowMap.maximumDistance = 3.0;
+        expect(render()).toEqual(unshadowedColor);
+    });
+
+    it('shadows are disabled during the pick pass', function() {
+        var i;
+        var count;
+        var drawCommand;
+        var spy = spyOn(Context.prototype, 'draw').and.callThrough();
+
+        boxTranslucent.show = true;
+        floorTranslucent.show = true;
+
+        createCascadedShadowMap();
+
+        // Render normally and expect every model shader program to be shadow related.
+        render();
+        count = spy.calls.count();
+        for (i = 0; i < count; ++i) {
+            drawCommand = spy.calls.argsFor(i)[0];
+            if (drawCommand.owner.primitive instanceof Model) {
+                expect(drawCommand.shaderProgram._fragmentShaderText.indexOf('czm_shadow') !== -1).toBe(true);
+            }
+        }
+
+        // Do the pick pass and expect every model shader program to not be shadow related. This also checks
+        // that there are no shadow cast commands.
+        spy.calls.reset();
+        scene.pickForSpecs();
+        count = spy.calls.count();
+        for (i = 0; i < count; ++i) {
+            drawCommand = spy.calls.argsFor(i)[0];
+            if (drawCommand.owner.primitive instanceof Model) {
+                expect(drawCommand.shaderProgram._fragmentShaderText.indexOf('czm_shadow') !== -1).toBe(false);
+            }
+        }
+    });
+
+    it('model updates derived commands when the shadow map is dirty', function() {
+        var spy = spyOn(ShadowMap, 'createDerivedCommands').and.callThrough();
+
+        box.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+
+        // Render without shadows
+        scene.shadowMap.enabled = false;
+        var unshadowedColor = render();
+        expect(unshadowedColor).not.toEqual(backgroundColor);
+
+        // Render with shadows
+        scene.shadowMap.enabled = true;
+        var shadowedColor = render();
+        expect(shadowedColor).not.toEqual(backgroundColor);
+        expect(shadowedColor).not.toEqual(unshadowedColor);
+
+        // Hide floor temporarily and change the shadow map
+        floor.show = false;
+        scene.shadowMap.debugCascadeColors = true;
+
+        // Render a few frames
+        render();
+        render();
+        render();
+
+        // Show the floor and render. The receive shadows shader should now be up-to-date.
+        floor.show = true;
+        var debugShadowColor = render();
+        expect(debugShadowColor).not.toEqual(backgroundColor);
+        expect(debugShadowColor).not.toEqual(unshadowedColor);
+        expect(debugShadowColor).not.toEqual(shadowedColor);
+
+        // Render a few more frames
+        render();
+        render();
+        render();
+
+        // Expect derived commands to be update twice for both the floor and box,
+        // once on the first frame and again when the shadow map is dirty
+        expect(spy.calls.count()).toEqual(4);
+
+        box.show = false;
+        floor.show = false;
+    });
+
+    it('tweaking shadow bias parameters works', function() {
+        box.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+
+        // Render without shadows
+        scene.shadowMap.enabled = false;
+        var unshadowedColor = render();
+        expect(unshadowedColor).not.toEqual(backgroundColor);
+
+        // Render with shadows
+        scene.shadowMap.enabled = true;
+        var shadowedColor = render();
+        expect(shadowedColor).not.toEqual(backgroundColor);
+        expect(shadowedColor).not.toEqual(unshadowedColor);
+
+        scene.shadowMap._primitiveBias.polygonOffsetFactor = 1.2;
+        scene.shadowMap._primitiveBias.polygonOffsetFactor = 4.1;
+        scene.shadowMap._primitiveBias.normalOffsetScale = 2.1;
+        scene.shadowMap._primitiveBias.normalShadingSmooth = 0.4;
+        scene.shadowMap.debugCreateRenderStates();
+        scene.shadowMap.dirty = true;
+        expect(render()).toEqual(shadowedColor);
+
+        scene.shadowMap._primitiveBias.normalOffset = false;
+        scene.shadowMap._primitiveBias.normalShading = false;
+        scene.shadowMap._primitiveBias.polygonOffset = false;
+        scene.shadowMap.debugCreateRenderStates();
+        scene.shadowMap.dirty = true;
+        expect(render()).toEqual(shadowedColor);
+    });
+
+    it('destroys', function() {
+        box.show = true;
+        floor.show = true;
+        createCascadedShadowMap();
+
+        expect(scene.shadowMap.isDestroyed()).toEqual(false);
+        scene.shadowMap.destroy();
+        expect(scene.shadowMap.isDestroyed()).toEqual(true);
+        scene.shadowMap = undefined;
+    });
+
+}, 'WebGL');
diff --git a/Specs/Widgets/Viewer/ViewerSpec.js b/Specs/Widgets/Viewer/ViewerSpec.js
index a6de1fcabc2d..152c3c1aca64 100644
--- a/Specs/Widgets/Viewer/ViewerSpec.js
+++ b/Specs/Widgets/Viewer/ViewerSpec.js
@@ -354,6 +354,20 @@ defineSuite([
         viewer.render();
     });
 
+    it('can set shadows', function() {
+        viewer = createViewer(container, {
+            shadows : true
+        });
+        expect(viewer.shadows).toBe(true);
+    });
+
+    it('can set terrain shadows', function() {
+        viewer = createViewer(container, {
+            terrainShadows : true
+        });
+        expect(viewer.terrainShadows).toBe(true);
+    });
+
     it('can set terrainProvider', function() {
         var provider = new EllipsoidTerrainProvider();