Projecting env-map into geo, and making animated env-map from this

gistfile1.tcl

#! /Applications/Nuke6.2v1-32/NukeX6.2v1.app/../Nuke6.2v1.app/Contents/MacOS/Nuke6.2v1 -nx
version 6.2 v1
define_window_layout_xml {<?xml version="1.0" encoding="UTF-8"?>
<layout version="1.0">
    <window x="0" y="22" w="1440" h="874" screen="0">
        <splitter orientation="1">
            <split size="910"></split>
            <splitter orientation="1">
                <split size="40"></split>
                <dock id="" hideTitles="1" activePageId="Toolbar.1">
                    <page id="Toolbar.1"></page>
                </dock>
                <split size="866"></split>
                <splitter orientation="2">
                    <split size="424"></split>
                    <dock id="" activePageId="Viewer.1">
                        <page id="Viewer.1"></page>
                    </dock>
                    <split size="424"></split>
                    <dock id="" activePageId="DAG.1">
                        <page id="DAG.1"></page>
                        <page id="Curve Editor.1"></page>
                        <page id="DopeSheet.1"></page>
                    </dock>
                </splitter>
            </splitter>
            <split size="526"></split>
            <splitter orientation="2">
                <split size="424"></split>
                <dock id="" activePageId="Properties.1">
                    <page id="Properties.1"></page>
                </dock>
                <split size="424"></split>
                <dock id="" activePageId="Script Editor.1">
                    <page id="Script Editor.1"></page>
                </dock>
            </splitter>
        </splitter>
    </window>
</layout>
}
Root {
 inputs 0
 frame 3
 last_frame 24
 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)"
}
BackdropNode {
 inputs 0
 name BackdropNode1
 tile_color 0x4ca300
 label "Env map"
 note_font_size 22
 xpos 152
 ypos -615
 bdheight 180
}
BackdropNode {
 inputs 0
 name BackdropNode2
 tile_color 0x7171c600
 label "Use animated map"
 note_font_size 22
 xpos -253
 ypos 146
 bdwidth 212
 bdheight 303
}
Camera2 {
 inputs 0
 translate {0 1.049999952 10.80000019}
 rotate {-3.663000107 -4.662000179 0}
 name Camera8
 xpos -243
 ypos 379
}
Phong {
 inputs 0
 name Phong1
 xpos -225
 ypos 251
}
Sphere {
 name Sphere1
 xpos -225
 ypos 275
}
Camera2 {
 inputs 0
 translate {{curve i x1 0 x24 0} {curve i x1 0 x24 2.599999905} {curve i x1 5 x24 -3.5}}
 projection_mode spherical
 name Camera1
 label "spherical projection\nAnimated to hero object pos"
 xpos -224
 ypos 49
}
Camera2 {
 inputs 0
 rotate {-90 0 0}
 focal 18
 haperture 36
 vaperture 36
 name Camera7
 label "\[value rotate]"
 xpos 1381
 ypos -373
}
CheckerBoard2 {
 inputs 0
 name CheckerBoard1
 xpos 162
 ypos -535
}
Reformat {
 type "to box"
 box_width 2048
 box_height 1024
 box_fixed true
 name Reformat1
 xpos 162
 ypos -463
}
Dot {
 name Dot1
 xpos 196
 ypos -411
}
set N27d22180 [stack 0]
Dot {
 name Dot2
 xpos 450
 ypos -411
}
set N1c5cc170 [stack 0]
Dot {
 name Dot4
 xpos 727
 ypos -411
}
set N17813320 [stack 0]
Dot {
 name Dot3
 xpos 986
 ypos -411
}
set N26a847c0 [stack 0]
Dot {
 name Dot5
 xpos 1230
 ypos -411
}
set N27dc0970 [stack 0]
Dot {
 name Dot6
 xpos 1530
 ypos -411
}
SphericalTransform {
 input "Lat Long map"
 output Cube
 out_rx {{parent.Camera7.rotate.x}}
 out_ry {{parent.Camera7.rotate.y}}
 out_rz {{parent.Camera7.rotate.z}}
 fix true
 name SphericalTransform6
 xpos 1496
 ypos -331
}
Project3D {
 inputs 2
 name Project3D7
 xpos 1371
 ypos -294
}
Camera2 {
 inputs 0
 rotate {90 0 0}
 focal 18
 haperture 36
 vaperture 36
 name Camera6
 label "\[value rotate]"
 xpos 1081
 ypos -373
}
push $N27dc0970
SphericalTransform {
 input "Lat Long map"
 output Cube
 out_rx {{parent.Camera6.rotate.x}}
 out_ry {{parent.Camera6.rotate.y}}
 out_rz {{parent.Camera6.rotate.z}}
 fix true
 name SphericalTransform5
 xpos 1196
 ypos -331
}
Project3D {
 inputs 2
 name Project3D6
 xpos 1071
 ypos -294
}
Camera2 {
 inputs 0
 rotate {0 270 0}
 focal 18
 haperture 36
 vaperture 36
 name Camera5
 label "\[value rotate]"
 xpos 837
 ypos -373
}
push $N26a847c0
SphericalTransform {
 input "Lat Long map"
 output Cube
 out_rx {{parent.Camera5.rotate.x i}}
 out_ry {{parent.Camera5.rotate.y i}}
 out_rz {{parent.Camera5.rotate.z i}}
 fix true
 name SphericalTransform4
 xpos 952
 ypos -331
}
Project3D {
 inputs 2
 name Project3D5
 xpos 827
 ypos -294
}
Camera2 {
 inputs 0
 rotate {0 180 0}
 focal 18
 haperture 36
 vaperture 36
 name Camera4
 label "\[value rotate]"
 xpos 578
 ypos -373
}
push $N17813320
SphericalTransform {
 input "Lat Long map"
 output Cube
 out_rx {{parent.Camera4.rotate.x}}
 out_ry {{parent.Camera4.rotate.y}}
 out_rz {{parent.Camera4.rotate.z}}
 fix true
 name SphericalTransform3
 xpos 693
 ypos -331
}
Project3D {
 inputs 2
 name Project3D4
 xpos 568
 ypos -294
}
Camera2 {
 inputs 0
 rotate {0 90 0}
 focal 18
 haperture 36
 vaperture 36
 name Camera3
 label "\[value rotate]"
 xpos 301
 ypos -373
}
push $N1c5cc170
SphericalTransform {
 input "Lat Long map"
 output Cube
 out_rx {{parent.Camera3.rotate.x}}
 out_ry {{parent.Camera3.rotate.y}}
 out_rz {{parent.Camera3.rotate.z}}
 fix true
 name SphericalTransform2
 xpos 416
 ypos -331
}
Project3D {
 inputs 2
 name Project3D3
 xpos 291
 ypos -294
}
Camera2 {
 inputs 0
 focal 18
 haperture 36
 vaperture 36
 name Camera2
 label "\[value rotate]"
 xpos 47
 ypos -361
}
push $N27d22180
SphericalTransform {
 input "Lat Long map"
 output Cube
 out_rx {{parent.Camera2.rotate.x i}}
 out_ry {{parent.Camera2.rotate.y i}}
 out_rz {{parent.Camera2.rotate.z i}}
 fix true
 name SphericalTransform1
 xpos 162
 ypos -319
}
Project3D {
 inputs 2
 name Project3D2
 xpos 37
 ypos -282
}
MergeMat {
 inputs 2
 name MergeMat1
 xpos 37
 ypos -223
}
MergeMat {
 inputs 2
 name MergeMat2
 xpos 37
 ypos -154
}
MergeMat {
 inputs 2
 name MergeMat3
 xpos 37
 ypos -110
}
MergeMat {
 inputs 2
 name MergeMat4
 xpos 37
 ypos -60
}
MergeMat {
 inputs 2
 name MergeMat5
 xpos 37
 ypos -17
}
Cube {
 inputs 0
 cube {-0.5 -0.02600000054 -0.5350000262 0.4180000126 0.3199999928 0.5}
 translate {0 -2.220000029 0}
 uniform_scale 20
 name Cube1
 label "Set geo"
 xpos -131
 ypos -51
}
ApplyMaterial {
 inputs 2
 name ApplyMaterial1
 xpos -131
 ypos -17
}
set N25d9520 [stack 0]
Reformat {
 inputs 0
 type "to box"
 box_width 2048
 box_height 1024
 box_fixed true
 name Reformat2
 xpos -21
 ypos 38
}
ScanlineRender {
 inputs 3
 output_motion_vectors_type accurate
 name ScanlineRender1
 xpos -131
 ypos 70
}
push 0
Environment {
 inputs 2
 mirror true
 name Environment1
 xpos -121
 ypos 226
}
Scene {
 inputs 2
 name Scene1
 xpos -121
 ypos 310
}
push 0
ScanlineRender {
 inputs 3
 output_motion_vectors_type accurate
 name ScanlineRender2
 xpos -131
 ypos 414
}
push $N25d9520
Viewer {
 frame 3
 input_process false
 name Viewer1
 xpos -10
 ypos 478
}