# Breakdown dTools
#! C:/Program Files/Nuke6.0v1b6/Nuke6.0.exe -nx
version 6.0 v1b6
Gizmo {
 inputs 2
 tile_color 0x7f7f7fff
 label "\[knob this.start] - \[expression \[knob this.start]+\[knob this.duration]-1]"
 addUserKnob {20 wipeit l "Wipe It v1"}
 addUserKnob {3 duration l Duration}
 duration 24
 addUserKnob {3 start l Start -STARTLINE}
 start 1
 addUserKnob {32 setFrame l "Set Frame" -STARTLINE T "knob this.start \[value frame]"}
 addUserKnob {6 soften l Soften +STARTLINE}
 soften true
 addUserKnob {6 invert l Invert -STARTLINE}
 addUserKnob {6 flip l Flip -STARTLINE}
 addUserKnob {6 flop l Flop -STARTLINE}
 addUserKnob {7 angle l Angle R -180 180}
 angle 14
 addUserKnob {7 line l Line R 1 10}
 line 1
 addUserKnob {7 feather l INVISIBLE}
 addUserKnob {7 falloff l INVISIBLE R 0 2}
 falloff 1
 addUserKnob {18 color l Color}
 color 0.1
}
 Input {
  inputs 0
  name A
  xpos -581
  ypos -305
  number 1
 }
set N1cc0e788 [stack 0]
 Rectangle {
  area {0 0 {input.width i} {input.height i}}
  color {{parent.color.main i} {parent.color.main i} {parent.color.main i} 1}
  p1 {100 {input.height i}}
  color0 0.048
  p0 {100 0}
  name Rectangle6
  xpos -345
  ypos 403
  hide_input true
 }
 Expression {
  channel0 none
  channel1 none
  channel2 none
  channel3 alpha
  expr3 "(((x-(width/2))/width) * cos(radians(parent.angle)) + ((y-height/2)/width) * -sin(radians(parent.angle)))  / ((abs(cos(radians(parent.angle)) * width) + abs(sin(radians(parent.angle)) * height))/width)"
  name Linear1
  xpos -345
  ypos 432
 }
set N12905a80 [stack 0]
 Grade {
  channels alpha
  blackpoint {{(Math.wipe-(parent.line/2000))-.5 i}}
  whitepoint {{this.blackpoint.r-.00001-parent.feather i}}
  gamma {{parent.falloff i}}
  white_clamp true
  name Grade11
  xpos -398
  ypos 508
 }
 EdgeBlur {
  name EdgeBlur2
  xpos -398
  ypos 553
 }
push $N12905a80
 Grade {
  channels alpha
  blackpoint {{(Math.wipe+(parent.line/2000))-.5 i}}
  whitepoint {{this.blackpoint.r-.00001-parent.feather i}}
  gamma {{parent.falloff i}}
  white_clamp true
  name Grade12
  xpos -291
  ypos 505
 }
 EdgeBlur {
  name EdgeBlur3
  xpos -291
  ypos 550
 }
 ChannelMerge {
  inputs 2
  operation stencil
  name ChannelMerge2
  xpos -344
  ypos 635
 }
 Grade {
  channels alpha
  whitepoint 0.5
  black_clamp false
  name Grade13
  xpos -344
  ypos 696
 }
 Mirror {
  Horizontal {{parent.flip i}}
  Vertical {{parent.flop i}}
  name Mirror2
  xpos -344
  ypos 741
 }
 Premult {
  name Premult1
  xpos -344
  ypos 829
 }
push $N1cc0e788
 Dot {
  name Dot6
  xpos -316
  ypos -300
 }
 NoOp {
  name Math
  tile_color 0xff00bfff
  xpos -350
  ypos -244
  addUserKnob {20 User}
  addUserKnob {7 wipe R 0 2}
  wipe {{(clamp(frame,parent.start,(parent.start+parent.duration-1))-parent.start)/(parent.duration-1) i}}
 }
 Expression {
  channel0 {rgba.red -rgba.green -rgba.blue -rgba.alpha}
  expr0 "(((x-(width/2))/width) * cos(radians(parent.angle)) + ((y-height/2)/width) * -sin(radians(parent.angle)))  / ((abs(cos(radians(parent.angle)) * width) + abs(sin(radians(parent.angle)) * height))/width)"
  expr1 "(((x-(width/2))/width) * cos(radians(parent.angle)) + ((y-height/2)/width) * -sin(radians(parent.angle)))  / ((abs(cos(radians(parent.angle)) * width) + abs(sin(radians(parent.angle)) * height))/width)"
  expr2 "(((x-(width/2))/width) * cos(radians(parent.angle)) + ((y-height/2)/width) * -sin(radians(parent.angle)))  / ((abs(cos(radians(parent.angle)) * width) + abs(sin(radians(parent.angle)) * height))/width)"
  expr3 "(((x-(width/2))/width) * cos(radians(parent.angle)) + ((y-height/2)/width) * -sin(radians(parent.angle)))  / ((abs(cos(radians(parent.angle)) * width) + abs(sin(radians(parent.angle)) * height))/width)"
  name Linear
  xpos -350
  ypos -178
 }
 Grade {
  channels rgba
  blackpoint {{Math.wipe-.5 i}}
  whitepoint {{this.blackpoint.r-.00001-parent.feather i}}
  gamma {{parent.falloff i}}
  white_clamp true
  name Grade1
  xpos -350
  ypos -149
 }
 Invert {
  name Invert1
  xpos -350
  ypos -120
  disable {{parent.invert i}}
 }
 Mirror {
  Horizontal {{parent.flip i}}
  Vertical {{parent.flop i}}
  name Mirror1
  xpos -350
  ypos -75
 }
 EdgeBlur {
  name EdgeBlur1
  xpos -350
  ypos -46
  disable {{!parent.soften i x13 0}}
 }
 Dot {
  name Dot7
  xpos -316
  ypos 41
 }
set N1c6a1458 [stack 0]
 Dot {
  name Dot5
  xpos -426
  ypos 41
 }
set N1c6b3728 [stack 0]
 Dot {
  name Dot8
  xpos -426
  ypos 299
 }
push $N1c6a1458
push $N1c6a1458
 Blur {
  size 100
  name Blur1
  xpos -279
  ypos 103
 }
 ChannelMerge {
  inputs 2
  operation stencil
  name ChannelMerge1
  xpos -350
  ypos 194
 }
push $N1c6b3728
 Input {
  inputs 0
  name B
  xpos -831
  ypos -303
 }
 Shuffle {
  alpha white
  name Shuffle4
  xpos -831
  ypos -154
 }
set N1c6ca0a8 [stack 0]
push $N1cc0e788
 Shuffle {
  alpha white
  name Shuffle1
  xpos -581
  ypos -151
 }
set N1c6b0868 [stack 0]
 Merge2 {
  inputs 2+1
  metainput A
  name Merge2
  xpos -581
  ypos 36
 }
push $N1c6b3728
push $N1c6b0868
push $N1c6ca0a8
 Merge2 {
  inputs 2+1
  name Merge1
  xpos -831
  ypos 36
 }
 Switch {
  inputs 2
  which {{!parent.invert i}}
  name Switch1
  xpos -697
  ypos 126
 }
 ShuffleCopy {
  inputs 2
  name ShuffleCopy1
  xpos -697
  ypos 210
 }
 ZBlur {
  inputs 1+1
  channels rgb
  Zchan rgba.alpha
  math linear
  size 10
  invert_mask true
  name ZBlur1
  xpos -697
  ypos 294
 }
 Saturation {
  saturation 0.5
  maskChannelInput rgba.alpha
  name Saturation1
  xpos -697
  ypos 323
 }
 Multiply {
  channels rgb
  value 0
  maskChannelInput rgba.alpha
  name Multiply1
  xpos -697
  ypos 368
 }
 Merge2 {
  inputs 2
  name Merge3
  xpos -697
  ypos 829
 }
 Output {
  name Output1
  xpos -697
  ypos 1002
 }
end_group