set cut_paste_input [stack 0]
version 10.5 v5
push $cut_paste_input
Group {
name KF_Npoint_Gradient1
knobChanged "\nn=nuke.thisNode() \nk=nuke.thisKnob()\nnset = k.name().split(\"_\") \nif nset\[0] == \"point\":\n  if n.knob(\"k_auto\").getValue():\n    source = n.node(\"Input1\")\n    sample = n.knob( \"k_sample\" ).getValue()\n    knob = k.name()\n\n    point = n.knob( \"point_\" + nset\[1] ).getValue()\n    tempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\n    n.knob( \"color_\" + nset\[1] ).setValue( tempcolor )\n"
tile_color 0x4e73ffff
selected true
xpos 1257
ypos 1790
addUserKnob {20 k_points l Points}
addUserKnob {22 k_reset l Reset t "Deletes all points and starts anew. What'd you think it did?" T "this = nuke.thisNode()\n\n#knobs\ntemp = nuke.createNode( 'Group' )\nknobs = this.knobs()\ntempknobs = temp.knobs()\n\nfor i in knobs:\n  newvar = 0\n\n  name = knobs\[ i ].name()\n  nset = name.split( \"_\" )\n\n  if nset\[0] == \"k\":\n    newvar = 1\n  else:\n    for a in tempknobs:\n      if i == a:\n        newvar = 1\n\n  if newvar == 0:\n    print \"Removing \" + i\n    this.removeKnob( knobs\[ i ] )\n\nnuke.delete( temp )\n\nthis.knob( 'k_n' ).setValue(0)\n\n#nodes\nnodes = nuke.allNodes( group = this )\n\nfor o in nodes:\n  name = o\[ \"name\" ].getValue()\n  if name == \"Input1\" or name == \"Output1\" or name == \"alpha\" or name == \"OUT\" or name == \"Blurerer\" or name == \"Deleterer\" or name == \"Switcherer\" or name == \"KF_fake_Zblur\" or name == \"Zerer\":\n    continue\n  else:\n    print \"Removing \" + name\n    nuke.delete(o)\n\n\n" +STARTLINE}
addUserKnob {3 k_n l INVISIBLE +INVISIBLE}
k_n 9
addUserKnob {22 k_add l "Add Point" t "Adds a sample point for the gradient." T "this = nuke.thisNode()\nn = this.knob( \"k_n\" ).getValue()\nthis.knob( \"k_n\" ).setValue( n + 1 )\nn = this.knob( \"k_n\" ).getValue()\nnstr = str( int( n ) )\n\ndiv = nuke.Text_Knob( \"div_\" + nstr , \"\" , \"\" )\npt = nuke.XY_Knob( \"point_\" + nstr , \"Point \" + nstr )\ncol = nuke.Color_Knob( \"color_\" + nstr , \"Point \" + nstr + \" Color\" )\n\nget = nuke.PyScript_Knob( \"get_\" + nstr , \"Get Color\" , \"\"\"\nsource = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\n\npoint = nuke.thisNode().knob( \"point_\" + num ).getValue()\ntempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\nnuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )\n\"\"\" )\n\ndeleter = nuke.PyScript_Knob( \"del_\" + nstr, \"X\", \"\"\"\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\nn = nuke.thisNode()\n\nnodes = nuke.allNodes( group = n )\nknobs = n.knobs()\n\n\nfor o in nodes:\n  name = o\[ \"name\" ].getValue()\n  nset = name.split( \"_\" )\n\n  if len( nset ) > 1 and nset\[1] == num:\n    print \"Removing \" + name\n    nuke.delete(o)\n\n\nfor i in knobs:\n  name = knobs\[ i ].name()\n  nset = name.split( \"_\" )\n\n  if nset\[ ( len( nset ) - 1 ) ] == num:\n    print \"Removing \" + name\n    n.removeKnob( knobs\[ i ] )\n\"\"\" )\n\nthis.addKnob( div )\nthis.addKnob( pt )\nthis.addKnob( col )\nthis.addKnob( get )\n\nif n > 1:\n  this.addKnob( deleter )\n\n\n#makes sure the layer exists\nnuke.Layer( 'gradientLayer' , \[ 'gradientLayer.red' , 'gradientLayer.green' , 'gradientLayer.blue' , 'gradientLayer.alpha' ] )\n\n\n#deselects all nodes\nnodes = nuke.allNodes( group = this )\n\nfor o in nodes:\n  name = o\[ \"selected\" ].setValue(False)\n\n\n#creates first expression node\nexp1 = nuke.createNode( \"Expression\" , inpanel=False )\nexp1\[ 'name' ].setValue( \"Exp_\" + nstr )\nexp1.setXYpos( 100 * int( n ) + 100, 50 )\nexp1.knob( \"expr0\" ).setValue( \"color_\" + nstr + \".r\" )\nexp1.knob( \"expr1\" ).setValue( \"color_\" + nstr + \".g\" )\nexp1.knob( \"expr2\" ).setValue( \"color_\" + nstr + \".b\" )\nexp1.knob( \"expr3\" ).setValue( \"hypot( x-point_\" + nstr + \".x, y-point_\" + nstr + \".y)\" )\nexp1\[ 'selected' ].setValue( False )\ninput1 = nuke.toNode( \"Deleterer\" )\nexp1.setInput( 0, input1 )\n\n#creates second expression node\nif n > 1:\n  exp2 = nuke.createNode( \"Expression\" , inpanel=False )\n  exp2\[ 'name' ].setValue( \"Exp_\" + nstr + \"_b\" )\n  exp2.setXYpos( 200, ( 70 * ( int( n ) - 1 ) ) + 90 )\n  exp2.knob( \"expr0\" ).setValue( \"rgba.alpha < gradientLayer.alpha ? rgba.red : gradientLayer.red\" )\n  exp2.knob( \"expr1\" ).setValue( \"rgba.alpha < gradientLayer.alpha ? rgba.green : gradientLayer.green\" )\n  exp2.knob( \"expr2\" ).setValue( \"rgba.alpha < gradientLayer.alpha ? rgba.blue : gradientLayer.blue\" )\n  exp2.knob( \"expr3\" ).setValue( \"min( rgba.alpha , gradientLayer.alpha )\" )\n  exp2\[ 'selected' ].setValue( False )\n\n\n#gets out point\nout = nuke.toNode( \"OUT\" )\nblur = nuke.toNode( \"Blurerer\" )\n\nif n == 1:\n  out.setInput( 0 , exp1 )\n\n\n#creates shuffle copy node\nif n > 1:\n  copy = nuke.createNode( \"ShuffleCopy\" , inpanel = False )\n  copy\[ 'name' ].setValue( \"Copy_\" + nstr )\n  copy.setXYpos( 200, ( 70 * ( int( n ) - 1 ) ) + 60 )\n  copy\[ 'selected' ].setValue( False )\n\n  copy\[ 'out' ].setValue( 'gradientLayer' )\n  copy\[ 'red' ].setValue( 'red' )\n  copy\[ 'green' ].setValue( 'green' )\n  copy\[ 'blue' ].setValue( 'blue' )\n  copy\[ 'alpha' ].setValue( 'alpha' )\n\n  if n == 2:\n    input1 = nuke.toNode( \"Exp_1\" )\n  if n > 2:\n    #input1 = nuke.toNode( \"Exp_\" + str( int( n ) - 1 ) + \"_b\" )\n    for x in range( 0, int( n ) ):\n      val = int( n - x - 1 )\n      if nuke.toNode( \"Exp_\" + str( val ) ):\n        #print val\n        input1 = nuke.toNode( \"Exp_\" + str( val ) + \"_b\" )\n        if val == 1:\n          input1 = nuke.toNode( \"Exp_\" + str( val ) )\n        break\n\n  copy.setInput( 0 , input1 )\n  copy.setInput( 1 , exp1 )\n  exp2.setInput( 0, copy )\n  out.setInput( 0, exp2 )\n  " +STARTLINE}
addUserKnob {6 k_switch l "Fancy Blur" t "Switches between a regular blur, and a fake Zblur thingy that I made..." +STARTLINE}
addUserKnob {20 k_fb_grp l "Fancy Blur Lookup" n 1}
k_fb_grp 0
addUserKnob {26 k_text l "" +STARTLINE T "Use this lookup table to affect how the blur amount gets distributed between the slices."}
addUserKnob {41 k_lut l "" t "Only applies to the \"Fancy Blur\"" +STARTLINE T KF_fake_Zblur.lut}
addUserKnob {20 k_endGroup l endGroup n -1}
addUserKnob {20 k_fb_vals l "Blur Values" n 1}
k_fb_vals 0
addUserKnob {26 k_text_1 l "" +STARTLINE T "Here you can view the distribution of the blur values across the slices."}
addUserKnob {41 k_b0 l b0 T KF_fake_Zblur.b0}
addUserKnob {41 k_b1 l b1 T KF_fake_Zblur.b1}
addUserKnob {41 k_b2 l b2 T KF_fake_Zblur.b2}
addUserKnob {41 k_b3 l b3 T KF_fake_Zblur.b3}
addUserKnob {41 k_b4 l b4 T KF_fake_Zblur.b4}
addUserKnob {41 k_b5 l b5 T KF_fake_Zblur.b5}
addUserKnob {41 k_b6 l b6 T KF_fake_Zblur.b6}
addUserKnob {41 k_b7 l b7 T KF_fake_Zblur.b7}
addUserKnob {41 k_b8 l b8 T KF_fake_Zblur.b8}
addUserKnob {41 k_b9 l b9 T KF_fake_Zblur.b9}
addUserKnob {41 k_b10 l b10 T KF_fake_Zblur.b10}
addUserKnob {20 k_endGroup_1 l endGroup n -1}
addUserKnob {26 k_div l "" +STARTLINE}
addUserKnob {6 k_auto l "Auto Sample Color" +STARTLINE}
k_auto true
addUserKnob {7 k_sample l "Sample Size" R 0 10}
k_sample 5
addUserKnob {22 k_getall l "Get Point Colors" t "\"This button will sample the colors in the source image at the chosen points, and put that value into the point's color. Since this process is computationally expensive it's done on demand only. With this button, you can choose important frames and keyframe the color values after sampling.\"\n\n -MM" T "source = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nn = int(  nuke.thisNode().knob( \"k_n\" ).getValue() )\n\nfor i in range( n ):\n  num = str( i + 1 )\n  if nuke.thisNode().knob( \"point_\" + num ):\n    point = nuke.thisNode().knob( \"point_\" + num ).getValue()\n    tempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\n    nuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )" +STARTLINE}
addUserKnob {26 div_1 l "" +STARTLINE}
addUserKnob {12 point_1 l "Point 1"}
point_1 {2348 2142}
addUserKnob {18 color_1 l "Point 1 Color"}
color_1 {0.01678551733 0.1901060641 0.06984952092}
addUserKnob {6 color_1_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {22 get_1 l "Get Color" -STARTLINE T "\nsource = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\n\npoint = nuke.thisNode().knob( \"point_\" + num ).getValue()\ntempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\nnuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )\n"}
addUserKnob {26 div_2 l "" +STARTLINE}
addUserKnob {12 point_2 l "Point 2"}
point_2 {2036 1584}
addUserKnob {18 color_2 l "Point 2 Color"}
color_2 {0.0265487656 0.1787540764 0.1025488824}
addUserKnob {6 color_2_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {22 get_2 l "Get Color" -STARTLINE T "\nsource = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\n\npoint = nuke.thisNode().knob( \"point_\" + num ).getValue()\ntempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\nnuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )\n"}
addUserKnob {22 del_2 l X -STARTLINE T "\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\nn = nuke.thisNode()\n\nnodes = nuke.allNodes( group = n )\nknobs = n.knobs()\n\n\nfor o in nodes:\n  name = o\[ \"name\" ].getValue()\n  nset = name.split( \"_\" )\n\n  if len( nset ) > 1 and nset\[1] == num:\n    print \"Removing \" + name\n    nuke.delete(o)\n\n\nfor i in knobs:\n  name = knobs\[ i ].name()\n  nset = name.split( \"_\" )\n\n  if nset\[ ( len( nset ) - 1 ) ] == num:\n    print \"Removing \" + name\n    n.removeKnob( knobs\[ i ] )\n"}
addUserKnob {26 div_3 l "" +STARTLINE}
addUserKnob {12 point_3 l "Point 3"}
point_3 {1118 2126}
addUserKnob {18 color_3 l "Point 3 Color"}
color_3 {0.01245423313 0.1560034007 0.07428605109}
addUserKnob {6 color_3_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {22 get_3 l "Get Color" -STARTLINE T "\nsource = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\n\npoint = nuke.thisNode().knob( \"point_\" + num ).getValue()\ntempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\nnuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )\n"}
addUserKnob {22 del_3 l X -STARTLINE T "\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\nn = nuke.thisNode()\n\nnodes = nuke.allNodes( group = n )\nknobs = n.knobs()\n\n\nfor o in nodes:\n  name = o\[ \"name\" ].getValue()\n  nset = name.split( \"_\" )\n\n  if len( nset ) > 1 and nset\[1] == num:\n    print \"Removing \" + name\n    nuke.delete(o)\n\n\nfor i in knobs:\n  name = knobs\[ i ].name()\n  nset = name.split( \"_\" )\n\n  if nset\[ ( len( nset ) - 1 ) ] == num:\n    print \"Removing \" + name\n    n.removeKnob( knobs\[ i ] )\n"}
addUserKnob {26 div_4 l "" +STARTLINE}
addUserKnob {12 point_4 l "Point 4"}
point_4 {2324 1612}
addUserKnob {18 color_4 l "Point 4 Color"}
color_4 {0.01702126116 0.1923724562 0.06914142519}
addUserKnob {6 color_4_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {22 get_4 l "Get Color" -STARTLINE T "\nsource = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\n\npoint = nuke.thisNode().knob( \"point_\" + num ).getValue()\ntempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\nnuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )\n"}
addUserKnob {22 del_4 l X -STARTLINE T "\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\nn = nuke.thisNode()\n\nnodes = nuke.allNodes( group = n )\nknobs = n.knobs()\n\n\nfor o in nodes:\n  name = o\[ \"name\" ].getValue()\n  nset = name.split( \"_\" )\n\n  if len( nset ) > 1 and nset\[1] == num:\n    print \"Removing \" + name\n    nuke.delete(o)\n\n\nfor i in knobs:\n  name = knobs\[ i ].name()\n  nset = name.split( \"_\" )\n\n  if nset\[ ( len( nset ) - 1 ) ] == num:\n    print \"Removing \" + name\n    n.removeKnob( knobs\[ i ] )\n"}
addUserKnob {26 div_5 l "" +STARTLINE}
addUserKnob {12 point_5 l "Point 5"}
point_5 {1100 1732}
addUserKnob {18 color_5 l "Point 5 Color"}
color_5 {0.01916598529 0.160947755 0.0947239399}
addUserKnob {6 color_5_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {22 get_5 l "Get Color" -STARTLINE T "\nsource = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\n\npoint = nuke.thisNode().knob( \"point_\" + num ).getValue()\ntempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\nnuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )\n"}
addUserKnob {22 del_5 l X -STARTLINE T "\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\nn = nuke.thisNode()\n\nnodes = nuke.allNodes( group = n )\nknobs = n.knobs()\n\n\nfor o in nodes:\n  name = o\[ \"name\" ].getValue()\n  nset = name.split( \"_\" )\n\n  if len( nset ) > 1 and nset\[1] == num:\n    print \"Removing \" + name\n    nuke.delete(o)\n\n\nfor i in knobs:\n  name = knobs\[ i ].name()\n  nset = name.split( \"_\" )\n\n  if nset\[ ( len( nset ) - 1 ) ] == num:\n    print \"Removing \" + name\n    n.removeKnob( knobs\[ i ] )\n"}
addUserKnob {26 div_6 l "" +STARTLINE}
addUserKnob {12 point_6 l "Point 6"}
point_6 {1954 2108}
addUserKnob {18 color_6 l "Point 6 Color"}
color_6 {0.01603719592 0.1738142073 0.0801801011}
addUserKnob {6 color_6_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {22 get_6 l "Get Color" -STARTLINE T "\nsource = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\n\npoint = nuke.thisNode().knob( \"point_\" + num ).getValue()\ntempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\nnuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )\n"}
addUserKnob {22 del_6 l X -STARTLINE T "\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\nn = nuke.thisNode()\n\nnodes = nuke.allNodes( group = n )\nknobs = n.knobs()\n\n\nfor o in nodes:\n  name = o\[ \"name\" ].getValue()\n  nset = name.split( \"_\" )\n\n  if len( nset ) > 1 and nset\[1] == num:\n    print \"Removing \" + name\n    nuke.delete(o)\n\n\nfor i in knobs:\n  name = knobs\[ i ].name()\n  nset = name.split( \"_\" )\n\n  if nset\[ ( len( nset ) - 1 ) ] == num:\n    print \"Removing \" + name\n    n.removeKnob( knobs\[ i ] )\n"}
addUserKnob {26 div_7 l "" +STARTLINE}
addUserKnob {12 point_7 l "Point 7"}
point_7 {1584 1838}
addUserKnob {18 color_7 l "Point 7 Color"}
color_7 {0.02346906438 0.2004359663 0.10688252}
addUserKnob {6 color_7_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {22 get_7 l "Get Color" -STARTLINE T "\nsource = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\n\npoint = nuke.thisNode().knob( \"point_\" + num ).getValue()\ntempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\nnuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )\n"}
addUserKnob {22 del_7 l X -STARTLINE T "\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\nn = nuke.thisNode()\n\nnodes = nuke.allNodes( group = n )\nknobs = n.knobs()\n\n\nfor o in nodes:\n  name = o\[ \"name\" ].getValue()\n  nset = name.split( \"_\" )\n\n  if len( nset ) > 1 and nset\[1] == num:\n    print \"Removing \" + name\n    nuke.delete(o)\n\n\nfor i in knobs:\n  name = knobs\[ i ].name()\n  nset = name.split( \"_\" )\n\n  if nset\[ ( len( nset ) - 1 ) ] == num:\n    print \"Removing \" + name\n    n.removeKnob( knobs\[ i ] )\n"}
addUserKnob {26 div_8 l "" +STARTLINE}
addUserKnob {12 point_8 l "Point 8"}
point_8 {2660 1762}
addUserKnob {18 color_8 l "Point 8 Color"}
color_8 {0.01841500401 0.2198869884 0.08075471967}
addUserKnob {6 color_8_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {22 get_8 l "Get Color" -STARTLINE T "\nsource = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\n\npoint = nuke.thisNode().knob( \"point_\" + num ).getValue()\ntempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\nnuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )\n"}
addUserKnob {22 del_8 l X -STARTLINE T "\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\nn = nuke.thisNode()\n\nnodes = nuke.allNodes( group = n )\nknobs = n.knobs()\n\n\nfor o in nodes:\n  name = o\[ \"name\" ].getValue()\n  nset = name.split( \"_\" )\n\n  if len( nset ) > 1 and nset\[1] == num:\n    print \"Removing \" + name\n    nuke.delete(o)\n\n\nfor i in knobs:\n  name = knobs\[ i ].name()\n  nset = name.split( \"_\" )\n\n  if nset\[ ( len( nset ) - 1 ) ] == num:\n    print \"Removing \" + name\n    n.removeKnob( knobs\[ i ] )\n"}
addUserKnob {26 div_9 l "" +STARTLINE}
addUserKnob {12 point_9 l "Point 9"}
point_9 {2784 2136}
addUserKnob {18 color_9 l "Point 9 Color"}
color_9 {0.02694953792 0.2171132863 0.08724312484}
addUserKnob {6 color_9_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
addUserKnob {22 get_9 l "Get Color" -STARTLINE T "\nsource = nuke.thisNode().node(\"Input1\")\nsample = nuke.thisNode().knob( \"k_sample\" ).getValue()\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\n\npoint = nuke.thisNode().knob( \"point_\" + num ).getValue()\ntempcolor = \[source.sample(\"r\",point\[0],point\[1],sample,sample), source.sample(\"g\",point\[0],point\[1],sample,sample), source.sample(\"b\",point\[0],point\[1],sample,sample)]\nnuke.thisNode().knob( \"color_\" + num ).setValue( tempcolor )\n"}
addUserKnob {22 del_9 l X -STARTLINE T "\nknob = nuke.thisKnob().name()\nnum = knob.split( \"_\" )\[1]\nn = nuke.thisNode()\n\nnodes = nuke.allNodes( group = n )\nknobs = n.knobs()\n\n\nfor o in nodes:\n  name = o\[ \"name\" ].getValue()\n  nset = name.split( \"_\" )\n\n  if len( nset ) > 1 and nset\[1] == num:\n    print \"Removing \" + name\n    nuke.delete(o)\n\n\nfor i in knobs:\n  name = knobs\[ i ].name()\n  nset = name.split( \"_\" )\n\n  if nset\[ ( len( nset ) - 1 ) ] == num:\n    print \"Removing \" + name\n    n.removeKnob( knobs\[ i ] )\n"}
}
Input {
inputs 0
name Input1
xpos -40
ypos -10
}
Shuffle {
red black
green black
blue black
alpha black
name Deleterer
xpos 200
ypos -10
}
set N77388400 [stack 0]
Expression {
expr0 color_9.r
expr1 color_9.g
expr2 color_9.b
expr3 "hypot( x-point_9.x, y-point_9.y)"
name Exp_9
xpos 1000
ypos 50
}
push $N77388400
Expression {
expr0 color_8.r
expr1 color_8.g
expr2 color_8.b
expr3 "hypot( x-point_8.x, y-point_8.y)"
name Exp_8
xpos 900
ypos 50
}
push $N77388400
Expression {
expr0 color_7.r
expr1 color_7.g
expr2 color_7.b
expr3 "hypot( x-point_7.x, y-point_7.y)"
name Exp_7
xpos 800
ypos 50
}
push $N77388400
Expression {
expr0 color_6.r
expr1 color_6.g
expr2 color_6.b
expr3 "hypot( x-point_6.x, y-point_6.y)"
name Exp_6
xpos 700
ypos 50
}
push $N77388400
Expression {
expr0 color_5.r
expr1 color_5.g
expr2 color_5.b
expr3 "hypot( x-point_5.x, y-point_5.y)"
name Exp_5
xpos 600
ypos 50
}
push $N77388400
Expression {
expr0 color_4.r
expr1 color_4.g
expr2 color_4.b
expr3 "hypot( x-point_4.x, y-point_4.y)"
name Exp_4
xpos 500
ypos 50
}
push $N77388400
Expression {
expr0 color_3.r
expr1 color_3.g
expr2 color_3.b
expr3 "hypot( x-point_3.x, y-point_3.y)"
name Exp_3
xpos 400
ypos 50
}
push $N77388400
Expression {
expr0 color_2.r
expr1 color_2.g
expr2 color_2.b
expr3 "hypot( x-point_2.x, y-point_2.y)"
name Exp_2
xpos 300
ypos 50
}
push $N77388400
Expression {
expr0 color_1.r
expr1 color_1.g
expr2 color_1.b
expr3 "hypot( x-point_1.x, y-point_1.y)"
name Exp_1
xpos 200
ypos 50
}
add_layer {gradientLayer gradientLayer.red gradientLayer.green gradientLayer.blue gradientLayer.alpha}
ShuffleCopy {
inputs 2
red red
green green
blue blue
out gradientLayer
name Copy_2
xpos 200
ypos 130
}
Expression {
expr0 "rgba.alpha < gradientLayer.alpha ? rgba.red : gradientLayer.red"
expr1 "rgba.alpha < gradientLayer.alpha ? rgba.green : gradientLayer.green"
expr2 "rgba.alpha < gradientLayer.alpha ? rgba.blue : gradientLayer.blue"
expr3 "min( rgba.alpha , gradientLayer.alpha )"
name Exp_2_b
xpos 200
ypos 160
}
ShuffleCopy {
inputs 2
red red
green green
blue blue
out gradientLayer
name Copy_3
xpos 200
ypos 200
}
Expression {
expr0 "rgba.alpha < gradientLayer.alpha ? rgba.red : gradientLayer.red"
expr1 "rgba.alpha < gradientLayer.alpha ? rgba.green : gradientLayer.green"
expr2 "rgba.alpha < gradientLayer.alpha ? rgba.blue : gradientLayer.blue"
expr3 "min( rgba.alpha , gradientLayer.alpha )"
name Exp_3_b
xpos 200
ypos 230
}
ShuffleCopy {
inputs 2
red red
green green
blue blue
out gradientLayer
name Copy_4
xpos 200
ypos 270
}
Expression {
expr0 "rgba.alpha < gradientLayer.alpha ? rgba.red : gradientLayer.red"
expr1 "rgba.alpha < gradientLayer.alpha ? rgba.green : gradientLayer.green"
expr2 "rgba.alpha < gradientLayer.alpha ? rgba.blue : gradientLayer.blue"
expr3 "min( rgba.alpha , gradientLayer.alpha )"
name Exp_4_b
xpos 200
ypos 300
}
ShuffleCopy {
inputs 2
red red
green green
blue blue
out gradientLayer
name Copy_5
xpos 200
ypos 340
}
Expression {
expr0 "rgba.alpha < gradientLayer.alpha ? rgba.red : gradientLayer.red"
expr1 "rgba.alpha < gradientLayer.alpha ? rgba.green : gradientLayer.green"
expr2 "rgba.alpha < gradientLayer.alpha ? rgba.blue : gradientLayer.blue"
expr3 "min( rgba.alpha , gradientLayer.alpha )"
name Exp_5_b
xpos 200
ypos 370
}
ShuffleCopy {
inputs 2
red red
green green
blue blue
out gradientLayer
name Copy_6
xpos 200
ypos 410
}
Expression {
expr0 "rgba.alpha < gradientLayer.alpha ? rgba.red : gradientLayer.red"
expr1 "rgba.alpha < gradientLayer.alpha ? rgba.green : gradientLayer.green"
expr2 "rgba.alpha < gradientLayer.alpha ? rgba.blue : gradientLayer.blue"
expr3 "min( rgba.alpha , gradientLayer.alpha )"
name Exp_6_b
xpos 200
ypos 440
}
ShuffleCopy {
inputs 2
red red
green green
blue blue
out gradientLayer
name Copy_7
xpos 200
ypos 480
}
Expression {
expr0 "rgba.alpha < gradientLayer.alpha ? rgba.red : gradientLayer.red"
expr1 "rgba.alpha < gradientLayer.alpha ? rgba.green : gradientLayer.green"
expr2 "rgba.alpha < gradientLayer.alpha ? rgba.blue : gradientLayer.blue"
expr3 "min( rgba.alpha , gradientLayer.alpha )"
name Exp_7_b
xpos 200
ypos 510
}
ShuffleCopy {
inputs 2
red red
green green
blue blue
out gradientLayer
name Copy_8
xpos 200
ypos 550
}
Expression {
expr0 "rgba.alpha < gradientLayer.alpha ? rgba.red : gradientLayer.red"
expr1 "rgba.alpha < gradientLayer.alpha ? rgba.green : gradientLayer.green"
expr2 "rgba.alpha < gradientLayer.alpha ? rgba.blue : gradientLayer.blue"
expr3 "min( rgba.alpha , gradientLayer.alpha )"
name Exp_8_b
xpos 200
ypos 580
}
ShuffleCopy {
inputs 2
red red
green green
blue blue
out gradientLayer
name Copy_9
xpos 200
ypos 620
}
Expression {
expr0 "rgba.alpha < gradientLayer.alpha ? rgba.red : gradientLayer.red"
expr1 "rgba.alpha < gradientLayer.alpha ? rgba.green : gradientLayer.green"
expr2 "rgba.alpha < gradientLayer.alpha ? rgba.blue : gradientLayer.blue"
expr3 "min( rgba.alpha , gradientLayer.alpha )"
name Exp_9_b
xpos 200
ypos 650
}
Dot {
name OUT
label OUT
note_font_size 20
xpos 4
ypos 483
}
Shuffle {
in alpha
out depth
name Zerer
xpos -30
ypos 509
}
set N77457400 [stack 0]
Group {
name KF_fake_Zblur
tile_color 0x4e73ffff
xpos 96
ypos 580
addUserKnob {20 User}
addUserKnob {7 max_blur l "Max Blur" R 0 1000}
max_blur {{max(width,height)/4}}
addUserKnob {41 lut l "" +STARTLINE T lookuper.lut}
addUserKnob {20 Values t "Shows the values of the blurs at each level."}
addUserKnob {14 b0 R 0 100}
b0 {{Blur0.size}}
addUserKnob {14 b1 R 0 100}
b1 {{Blur1.size}}
addUserKnob {14 b2 R 0 100}
b2 {{Blur2.size}}
addUserKnob {14 b3 R 0 100}
b3 {{Blur3.size}}
addUserKnob {14 b4 R 0 100}
b4 {{Blur4.size}}
addUserKnob {14 b5 R 0 100}
b5 {{Blur5.size}}
addUserKnob {14 b6 R 0 100}
b6 {{Blur6.size}}
addUserKnob {14 b7 R 0 100}
b7 {{Blur7.size}}
addUserKnob {14 b8 R 0 100}
b8 {{Blur8.size}}
addUserKnob {14 b9 R 0 100}
b9 {{Blur9.size}}
addUserKnob {14 b10 R 0 100}
b10 {{Blur10.size}}
}
Input {
inputs 0
name Input1
xpos 0
}
Dot {
name Dot1
xpos 34
ypos 48
}
set N77456c00 [stack 0]
Dot {
name Dot2
xpos 144
ypos 48
}
set N77456800 [stack 0]
Dot {
name Dot3
xpos 254
ypos 48
}
set N77456400 [stack 0]
Dot {
name Dot4
xpos 364
ypos 48
}
set N77456000 [stack 0]
Dot {
name Dot5
xpos 474
ypos 48
}
set N7748fc00 [stack 0]
Dot {
name Dot6
xpos 584
ypos 48
}
set N7748f800 [stack 0]
Dot {
name Dot7
xpos 694
ypos 48
}
set N7748f400 [stack 0]
Dot {
name Dot8
xpos 804
ypos 48
}
set N7748f000 [stack 0]
Dot {
name Dot9
xpos 914
ypos 48
}
set N7748ec00 [stack 0]
Dot {
name Dot12
xpos 1024
ypos 48
}
set N7748e800 [stack 0]
Dot {
name Dot10
xpos 1134
ypos 48
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(1)}}
name Blur10
xpos 1100
ypos 158
}
Dot {
name Dot11
xpos 1134
ypos 240
}
push $N7748e800
Expression {
temp_name0 z
temp_expr0 parent.max_blur*parent.lookuper.lut(pos)
expr0 "depth.Z<z? r: 0"
expr1 "depth.Z<z? g: 0"
expr2 "depth.Z<z? b: 0"
expr3 "depth.Z<z? 1: 0"
name Expression9
xpos 990
ypos 114
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.9
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(pos)}}
name Blur9
xpos 990
ypos 157
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.9
}
Merge2 {
inputs 2
operation under
name Merge10
xpos 990
ypos 236
}
push $N7748ec00
Expression {
temp_name0 z
temp_expr0 parent.max_blur*parent.lookuper.lut(pos)
expr0 "depth.Z<z? r: 0"
expr1 "depth.Z<z? g: 0"
expr2 "depth.Z<z? b: 0"
expr3 "depth.Z<z? 1: 0"
name Expression8
xpos 880
ypos 117
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.8
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(pos)}}
name Blur8
xpos 880
ypos 153
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.8
}
Merge2 {
inputs 2
operation under
name Merge9
xpos 880
ypos 236
}
push $N7748f000
Expression {
temp_name0 z
temp_expr0 parent.max_blur*parent.lookuper.lut(pos)
expr0 "depth.Z<z? r: 0"
expr1 "depth.Z<z? g: 0"
expr2 "depth.Z<z? b: 0"
expr3 "depth.Z<z? 1: 0"
name Expression7
xpos 770
ypos 116
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.7
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(pos)}}
name Blur7
xpos 770
ypos 157
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.7
}
Merge2 {
inputs 2
operation under
name Merge8
xpos 770
ypos 236
}
push $N7748f400
Expression {
temp_name0 z
temp_expr0 parent.max_blur*parent.lookuper.lut(pos)
expr0 "depth.Z<z? r: 0"
expr1 "depth.Z<z? g: 0"
expr2 "depth.Z<z? b: 0"
expr3 "depth.Z<z? 1: 0"
name Expression6
xpos 660
ypos 114
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.6
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(pos)}}
name Blur6
xpos 660
ypos 156
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.6
}
Merge2 {
inputs 2
operation under
name Merge7
xpos 660
ypos 236
}
push $N7748f800
Expression {
temp_name0 z
temp_expr0 parent.max_blur*parent.lookuper.lut(pos)
expr0 "depth.Z<z? r: 0"
expr1 "depth.Z<z? g: 0"
expr2 "depth.Z<z? b: 0"
expr3 "depth.Z<z? 1: 0"
name Expression5
xpos 550
ypos 114
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.5
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(pos)}}
name Blur5
xpos 550
ypos 158
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.5
}
Merge2 {
inputs 2
operation under
name Merge6
xpos 550
ypos 236
}
push $N7748fc00
Expression {
temp_name0 z
temp_expr0 parent.max_blur*parent.lookuper.lut(pos)
expr0 "depth.Z<z? r: 0"
expr1 "depth.Z<z? g: 0"
expr2 "depth.Z<z? b: 0"
expr3 "depth.Z<z? 1: 0"
name Expression4
xpos 440
ypos 115
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.4
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(pos)}}
name Blur4
xpos 440
ypos 157
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.4
}
Merge2 {
inputs 2
operation under
name Merge5
xpos 440
ypos 236
}
push $N77456000
Expression {
temp_name0 z
temp_expr0 parent.max_blur*parent.lookuper.lut(pos)
expr0 "depth.Z<z? r: 0"
expr1 "depth.Z<z? g: 0"
expr2 "depth.Z<z? b: 0"
expr3 "depth.Z<z? 1: 0"
name Expression3
xpos 330
ypos 116
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.3
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(pos)}}
name Blur3
xpos 330
ypos 156
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.3
}
Merge2 {
inputs 2
operation under
name Merge3
xpos 330
ypos 236
}
push $N77456400
Expression {
temp_name0 z
temp_expr0 parent.max_blur*parent.lookuper.lut(pos)
expr0 "depth.Z<z? r: 0"
expr1 "depth.Z<z? g: 0"
expr2 "depth.Z<z? b: 0"
expr3 "depth.Z<z? 1: 0"
name Expression2
xpos 220
ypos 113
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.2
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(pos)}}
name Blur2
xpos 220
ypos 157
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.2
}
Merge2 {
inputs 2
operation under
name Merge2
xpos 220
ypos 236
}
push $N77456800
Expression {
temp_name0 z
temp_expr0 parent.max_blur*parent.lookuper.lut(pos)
expr0 "depth.Z<z? r: 0"
expr1 "depth.Z<z? g: 0"
expr2 "depth.Z<z? b: 0"
expr3 "depth.Z<z? 1: 0"
name Expression1
xpos 110
ypos 116
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.1
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(pos)}}
name Blur1
xpos 110
ypos 156
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
pos 0.1
}
Merge2 {
inputs 2
operation under
name Merge1
xpos 110
ypos 236
}
push $N77456c00
Expression {
temp_name0 z
temp_expr0 parent.max_blur*parent.lookuper.lut(pos)
expr0 "depth.Z<z? r: 0"
expr1 "depth.Z<z? g: 0"
expr2 "depth.Z<z? b: 0"
expr3 "depth.Z<z? 1: 0"
name Expression0
xpos 0
ypos 116
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
}
Blur {
size {{parent.max_blur*parent.lookuper.lut(pos)}}
name Blur0
xpos 0
ypos 156
addUserKnob {20 User}
addUserKnob {7 pos R 0.01 1}
}
Merge2 {
inputs 2
operation under
name Merge4
xpos 0
ypos 236
}
Output {
name Output1
xpos 0
ypos 300
}
TimeDissolve {
inputs 0
lut {curve {curve 0.005 s0 1 s2.700000048 u1.042072177}}
name lookuper
xpos -182
ypos 112
}
push $N77456c00
push 0
Viewer {
inputs 2
frame_range 1-50
input_number 1
name Viewer1
xpos 322
ypos 550
}
end_group
push $N77457400
Blur {
size {{width/5} {height/5}}
name Blurerer
xpos -30
ypos 557
}
Switch {
inputs 2
which {{parent.k_switch}}
name Switcherer
xpos -30
ypos 619
}
Shuffle {
alpha white
name alpha
xpos -30
ypos 654
}
Output {
name Output1
xpos -30
ypos 697
}
end_group