Root {
 inputs 0
 last_frame 20
 format "2048 1556 0 0 2048 1556 1 2K_Super_35(full-ap)"
 proxy_type scale
 proxy_format "1024 778 0 0 1024 778 1 1K_Super_35(full-ap)"
}
Camera2 {
 inputs 0
 translate {{curve i x1 -3.730796576 x7 5.078611374 x10 7.377658844 x16 5.452919006 x18 4.485298634 3.046649694} {curve i x1 3.436206818 x7 5.077408791 x10 5.380681515 x16 4.597033501 x18 3.988295555 3.570898533} {curve i x1 10.02727699 x7 7.394742012 x10 5.295120716 x16 0.2301386297 x18 -1.379944086 -2.820096016}}
 rotate {{curve i x1 -17.79999733 x10 -30.20003128 x20 -39.80005264} {curve i x1 -16.80001259 x10 47.39998245 x20 132.6000366} {curve i x1 0 x10 0 x20 0}}
 name Camera1
 xpos 119
 ypos -23
}
set N9baa760 [stack 0]
Dot {
 name Dot1
 xpos 143
 ypos 61
}
push $N9baa760
Light2 {
 inputs 0
 intensity 1.3
 translate {0.9146963954 1.1832937 0.9894348383}
 rotate {-21.40003586 46.40003204 0}
 name Light1
 xpos -145
 ypos -114
}
Constant {
 inputs 0
 channels rgb
 color {0.1083612218 0.06631816924 0.3199999928 0}
 name Constant2
 xpos 72
 ypos -404
}
Shuffle {
 alpha white
 name Shuffle1
 xpos 72
 ypos -314
}
Phong {
 name Phong2
 xpos 72
 ypos -243
}
Sphere {
 translate {1 0 0}
 uniform_scale 0.68
 name Sphere1
 xpos 72
 ypos -192
}
Constant {
 inputs 0
 channels rgb
 color {0.053299997 0.09904222935 0.4099999964 0}
 name Constant1
 xpos -45
 ypos -402
}
Shuffle {
 alpha white
 name Shuffle2
 xpos -45
 ypos -313
}
Phong {
 diffuse 0.7
 specular 0.98
 min_shininess 9.4
 max_shininess 12.6
 name Phong1
 xpos -45
 ypos -244
}
Cube {
 translate {-1 0 0}
 name Cube1
 xpos -45
 ypos -190
}
CheckerBoard2 {
 inputs 0
 name CheckerBoard1
 xpos -157
 ypos -403
}
Phong {
 diffuse 0.06
 specular 0.28
 name Phong3
 xpos -157
 ypos -243
}
Card2 {
 translate {0 -0.7 0}
 rotate {90 0 0}
 uniform_scale 30
 control_points {3 3 3 6 

1 {-0.5 -0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0 0 0} 
1 {0 -0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {0.5 0 0} 
1 {0.5 -0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666865 0} 0 {0 0 0} 0 {1 0 0} 
1 {-0.5 0 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0 0.5 0} 
1 {0 0 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {0.5 0.5 0} 
1 {0.5 0 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0.1666666716 0} 0 {0 -0.1666666716 0} 0 {1 0.5 0} 
1 {-0.5 0.5 0} 0 {0.1666666865 0 0} 0 {0 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0 1 0} 
1 {0 0.5 0} 0 {0.1666666716 0 0} 0 {-0.1666666716 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {0.5 1 0} 
1 {0.5 0.5 0} 0 {0 0 0} 0 {-0.1666666865 0 0} 0 {0 0 0} 0 {0 -0.1666666865 0} 0 {1 1 0} }
 name Card1
 xpos -157
 ypos -189
}
Scene {
 inputs 4
 name Scene1
 xpos -35
 ypos -114
}
push 0
ScanlineRender {
 inputs 3
 motion_vectors_type velocity
 name ScanlineRender1
 xpos -45
 ypos -2
}
MotionBlur3D {
 inputs 2
 Z depth.Z
 name MotionBlur3D1
 xpos -45
 ypos 58
}
VectorBlur {
 channels rgba
 uv motion
 name VectorBlur1
 xpos -45
 ypos 120
}
Viewer {
 input_process false
 name Viewer1
 xpos -45
 ypos 173
}
StickyNote {
 inputs 0
 name StickyNote1
 tile_color 0x9b9b9bff
 label "While similar to the MotionBlur2D node \nin that it does not produce motion blur \nindependently, MotionBlur3D is designed \nspecifically for camera moves rather \nthan 2D transforms.\n\nIt generates motion vectors from\nfootage and a camera input. \nIf a z-depth channel is available,\nthis is also taken into account.\n\nThe generated motion vectors can\nthen be used in the VectorBlur node\nto apply motion blur to the footage.\n\n"
 note_font_size 18
 xpos -531
 ypos -164
}