Safe to assume no one has the answer and I need to put it in the trash bin ?
On Sunday, October 18, 2015 at 6:47:29 PM UTC-4, Christopher. wrote:
>
> Source. I originally though the global function was rotateProjection,
> until I realized it didn't encapsulate the entire script; unless it doesn't
> have to ? I suppose if not, someone on this list will inform me, or I hope
> someone will.
>
> //Additional Variables
>
> string $dir2d = "";
> string $projName = "";
> string $fileName = "";
> string $placeName = "";
> string $productName = "";
> string $camProductName = "";
> string $remapName = "";
> string $multDivName = "";
> string $Dir = "";
> int $camSetExists = 0;
>
>
> global proc rotateProjection( string $placementNode, string $direction )
> {
> if($direction == "PosX") //Left
> {
> xform -ro 0 -90 0 $placementNode;
> }
> if($direction == "NegX") //Right
> {
> xform -ro 0 90 0 $placementNode;
> }
> if($direction == "PosY") //Bottom
> {
> xform -ro 90 0 0 $placementNode;
> }
> if($direction == "NegY") //Top
> {
> xform -ro -90 0 0 $placementNode;
> }
> //if($direction == "PosZ") No Case: Default Position //Front
> if($direction == "NegZ") //Back
> {
> xform -ro 0 180 0 $placementNode;
> }
> }
>
>
> //Makes and Sets up Camera Node Network
> global proc setupCameraNodes()
> {
> if(`objExists "RenBakeCam1"`)
> {
> //Makes sure only 1 camera bake network exists to keep everything as clean
> as it can be.
> $camSetExists=1;
> print "Camera Nodes Already Exist \n";
> }
> else{
> camera -name "RenBakeCam1" -centerOfInterest 5 -focalLength 35
> -lensSqueezeRatio
> 1 -cameraScale 1 -horizontalFilmAperture 1.41732 -horizontalFilmOffset 0
> -verticalFilmAperture
> 0.94488 -verticalFilmOffset 0 -filmFit Fill -overscan 1 -motionBlur 0
> -shutterAngle
> 144 -nearClipPlane 0.01 -farClipPlane 1000 -orthographic 0 -orthographicWidth
> 30; objectMoveCommand; cameraMakeNode 1 "";
> shadingNode -asUtility "samplerInfo" -name "sampInfo1";
> shadingNode -asUtility "vectorProduct" -name "CamVec1";
> setAttr CamVec1.operation 3; //sets op type to Vector Matrix Product
> setAttr CamVec1.normalizeOutput true; //sets normalizeOutput to ON
> //Connects to Vector Product for Object Normal in World Space
> connectAttr -f sampInfo1.normalCamera CamVec1.input1;
> connectAttr -f RenBakeCam1.matrix CamVec1.matrix;
> print "Camera Node Setup Complete \n";
> }
> }
>
>
>
>
> //Generates all nodes needed for the selected number of textures, then
> links them to the camera and output chains
> global proc setupTextureNodes(int $numProjections)
> {
> //Sets name and number of directions
> string $DirList[];
> global string $PosZ_ProductNode;
> global string $PosZ_RemapNode;
> //variables for file attachment
> global string $TopNode;
> global string $BottomNode;
> global string $LeftNode;
> global string $RightNode;
> global string $FrontNode;
> global string $BackNode;
> //variables for shader output network
> string $colorSum = `shadingNode -asUtility "plusMinusAverage" -name
> "ColorSum1"`;
> string $valueSum = `shadingNode -asUtility "plusMinusAverage" -name
> "ValueSum1"`;
> string $remapSum = `shadingNode -asUtility "remapValue" -name "RemapSum1"`
> ;
> string $finalColor = `shadingNode -asUtility "multiplyDivide" -name
> "FinalColor1"`;
> string $shaderName = `shadingNode -asShader "blinn" -name "BlinnName"`;
> sets -renderable true -noSurfaceShader true -empty -name ($shaderName +
> "SG");
>
>
> print $numProjections;
> if($numProjections == 3)
> {
> //$DirList[] = {"PosZ","PosY","PosX"};
> $DirList[0] = "PosZ";
> $DirList[1] = "PosY";
> $DirList[2] = "PosX";
> print "Making 3 projections... \n";
> }
> if($numProjections == 6)
> {
> //$DirList[] = {"PosZ","NegY","NegZ","PosY","PosX","NegX"};
> $DirList[0] = "PosZ";
> $DirList[1] = "NegY";
> $DirList[2] = "NegZ";
> $DirList[3] = "PosY";
> $DirList[4] = "PosX";
> $DirList[5] = "NegX";
> print "Making 6 projections.... \n";
> }
> print $DirList;
> int $plusMinusInputCounter = 1;
>
>
> //Generates Shader Output chain, and calls Camera creation chain, which
> may not output if a camera chain already exists.
> setupCameraNodes();
>
>
> //Generates nodes for Output Chain
> //variables named as a result of the operation as more than one output
> network/shader can exist in a given scene
>
>
> setAttr ($finalColor + ".operation") 2; //sets node to divide
> connectAttr -f ($colorSum + ".output3D") ($finalColor + ".input1");
> connectAttr -f ($valueSum + ".output1D") ($remapSum + ".inputValue");
> connectAttr -f ($remapSum + ".outValue") ($finalColor + ".input2X");
> connectAttr -f ($remapSum + ".outValue") ($finalColor + ".input2Y");
> connectAttr -f ($remapSum + ".outValue") ($finalColor + ".input2Z");
> //final color to shader node occurs at end of script
> print "Output Node Setup Complete \n";
>
>
> for($Dir in $DirList){
>
>
> //Sets up name variables for each direction, $Dir taken from For Loop
> $dir2d = $Dir + "_2d1";
> $projName = $Dir + "_Projection1";
> $fileName = $Dir + "_File1";
> $placeName = $Dir + "_Placement1";
> $productName = $Dir + "_Product1";
> $camProductName = $Dir + "_CamProduct1";
> $remapName = $Dir + "_Remap1";
> $multDivName = $Dir + "_colorXRemap1";
>
>
> //Creates File Projection Network
> $projName = `shadingNode -asUtility "projection" -name $projName`;
> $fileName = `shadingNode -asTexture "file" -name $fileName`;
>
>
>
>
>
>
> //Notes name of file nodes for file assignment
> switch($Dir)
> {
> case "PosZ":
> //front
> $FrontNode = $fileName;
> break;
> case "PosY":
> //bottom
> $BottomNode = $fileName;
> break;
> case "PosX":
> //left
> $LeftNode = $fileName;
> break;
> case "NegZ":
> //back
> $BackNode = $fileName;
> break;
> case "NegY":
> //top
> $TopNode = $fileName;
> break;
> case "NegX":
> //right
> $RightNode = $fileName;
> break;
> default:
> print ("UNKNOWN DIRECTION, VALUE FOR CAMERA NOT SET, FILE ASSIGNMENT
> WILL FAIL \n");
> break;
> }
>
>
> $placeName = `shadingNode -asUtility "place3dTexture" -name $placeName`;
> $dir2d = `shadingNode -asUtility "place2dTexture" -name $dir2d`;
> //Links nodes together as default projection normally does
> connectAttr -f ($placeName + ".worldInverseMatrix[0]") ($projName +
> ".placementMatrix");
> connectAttr -f ($fileName + ".outColor") ($projName + ".image");
> connectAttr -f ($dir2d + ".coverage") ($fileName + ".coverage");
> connectAttr -f ($dir2d + ".translateFrame") ($fileName + ".translateFrame"
> );
> connectAttr -f ($dir2d + ".rotateFrame") ($fileName + ".rotateFrame");
> connectAttr -f ($dir2d + ".mirrorU") ($fileName + ".mirrorU");
> connectAttr -f ($dir2d + ".mirrorV") ($fileName + ".mirrorV");
> connectAttr -f ($dir2d + ".stagger") ($fileName + ".stagger");
> connectAttr -f ($dir2d + ".wrapU") ($fileName + ".wrapU");
> connectAttr -f ($dir2d + ".wrapV") ($fileName + ".wrapV");
> connectAttr -f ($dir2d + ".repeatUV") ($fileName + ".repeatUV");
> connectAttr -f ($dir2d + ".offset") ($fileName + ".offset");
> connectAttr -f ($dir2d + ".rotateUV") ($fileName + ".rotateUV");
> connectAttr -f ($dir2d + ".noiseUV") ($fileName + ".noiseUV");
> connectAttr -f ($dir2d + ".vertexUvOne") ($fileName + ".vertexUvOne");
> connectAttr -f ($dir2d + ".vertexUvTwo") ($fileName + ".vertexUvTwo");
> connectAttr -f ($dir2d + ".vertexUvThree") ($fileName + ".vertexUvThree");
> connectAttr -f ($dir2d + ".vertexCameraOne") ($fileName +
> ".vertexCameraOne");
> connectAttr -f ($dir2d + ".outUV") ($fileName + ".uv");
> connectAttr -f ($dir2d + ".outUvFilterSize") ($fileName + ".uvFilterSize"
> );
> ///////////////
> print ("Projection Node Output Complete for " + $Dir + " \n");
>
>
> //Function Call to rotate Place3d Node to correct location
> rotateProjection($placeName , $Dir);
>
>
>
>
> //creates and sets nodes for vector functions
> $productName = `shadingNode -asUtility "vectorProduct" -name $productName`
> ;
> $camProductName = `shadingNode -asUtility "vectorProduct" -name
> $camProductName`;
> $remapName = `shadingNode -asUtility "remapValue" -name $remapName`;
> $multDivName = `shadingNode -asUtility "multiplyDivide" -name
> $multDivName`;
> setAttr ($productName + ".operation") 3; //sets to Vector Matrix Product
> setAttr ($productName + ".input2Z") -1;
> setAttr ($camProductName + ".operation") 1; //sets to Dot Product
> setAttr ($camProductName + ".normalizeOutput") true; //normalizes output
> setAttr ($remapName + ".value[0].value_Position") 0.244;
> setAttr ($remapName + ".value[0].value_FloatValue") 0;
> setAttr ($remapName + ".value[0].value_Interp") 2; //sets to smooth
> interpolation
>
>
>
>
> //connects camera, output, projection and vector chains
> if( $Dir == "PosZ" )
> {
> //Sets up primary node chain, all other chains have a dependency on the
> Dir_Product vectorProduct node of this chain
> connectAttr -f ($projName + ".outColor") ($multDivName + ".input1");
> connectAttr -f ($placeName + ".worldMatrix") ($productName + ".matrix");
> connectAttr -f ($productName + ".output") ($camProductName + ".input1");
> connectAttr -f CamVec1.output ($camProductName + ".input2");
> connectAttr -f ($camProductName + ".outputX") ($remapName + ".inputValue"
> );
> connectAttr -f ($remapName + ".outValue") ($multDivName + ".input2X");
> connectAttr -f ($remapName + ".outValue") ($multDivName + ".input2Y");
> connectAttr -f ($remapName + ".outValue") ($multDivName + ".input2Z");
> connectAttr -f ($multDivName + ".output") ($colorSum + ".input3D[0]");
> connectAttr -f ($remapName + ".outValue") ($valueSum + ".input1D[0]");
> $PosZ_ProductNode = $productName;
> $PosZ_RemapNode = $remapName;
> setAttr ($productName + ".input1Z") 1;
> ////////
> print "Node Chain Complete \n";
> }
> else
> {
> //Sets up node chain for all but the first
> connectAttr -f ($projName + ".outColor") ($multDivName + ".input1");
> connectAttr -f ($placeName + ".worldMatrix") ($productName + ".matrix");
> //ONLY TRIGGERS ON NON-FIRST RUN
> connectAttr -f ($PosZ_ProductNode + ".input1") ($productName + ".input1");
> connectAttr -f ($PosZ_RemapNode + ".value[0]") ($remapName + ".value[0]");
> //
> connectAttr -f ($productName + ".output") ($camProductName + ".input1");
> connectAttr -f CamVec1.output ($camProductName + ".input2");
> connectAttr -f ($camProductName + ".outputX") ($remapName + ".inputValue"
> );
> connectAttr -f ($remapName + ".outValue") ($multDivName + ".input2X");
> connectAttr -f ($remapName + ".outValue") ($multDivName + ".input2Y");
> connectAttr -f ($remapName + ".outValue") ($multDivName + ".input2Z");
> connectAttr -f ($multDivName + ".output") ($colorSum + ".input3D[" +
> $plusMinusInputCounter + "]");
> connectAttr -f ($remapName + ".outValue") ($valueSum + ".input1D[" +
> $plusMinusInputCounter + "]");
> $plusMinusInputCounter = $plusMinusInputCounter + 1;
> ////////
> print "Node Chain Complete \n";
> } //end else
>
>
> } //end for
>
>
> //connects into shader node
> connectAttr -f ($finalColor + ".output") ($shaderName + ".color");
> $file1 = `textField -query -text file1Text`; //front
> $file2 = `textField -query -text file2Text`; //bottom
> $file3 = `textField -query -text file3Text`; //left
> $file4 = `textField -query -text file4Text`; //back
> $file5 = `textField -query -text file5Text`; //top
> $file6 = `textField -query -text file6Text`; //right
>
>
>
>
> //HardLink the texture links from the GUI into the File nodes
> if($numProjections == 3)
> {
> //$DirList[] = {"PosZ","PosY","PosX"}; Front Bottom Left
> setAttr ($FrontNode + ".fileTextureName") -type "string" $file1;
> setAttr ($BottomNode + ".fileTextureName") -type "string" $file2;
> setAttr ($LeftNode + ".fileTextureName") -type "string" $file3;
> /////////
> print "file nodes set \n";
> }
>
>
> if($numProjections == 6)
> {
> //$DirList[] = {"PosZ","NegY","NegZ","PosY","PosX","NegX"}; Front Top
> Back Bottom Left Right
> setAttr ($FrontNode + ".fileTextureName") -type "string" $file1;
> setAttr ($BottomNode + ".fileTextureName") -type "string" $file2;
> setAttr ($LeftNode + ".fileTextureName") -type "string" $file3;
> setAttr ($BackNode + ".fileTextureName") -type "string" $file4;
> setAttr ($RightNode + ".fileTextureName") -type "string" $file6;
> setAttr ($TopNode + ".fileTextureName") -type "string" $file5;
> print "file nodes set \n";
> }
>
>
> } //end proc
>
>
> //GUI
> int $numProjections; //initializes $numProjections
>
>
> if (`window -exists BlendedBoxMapGui`)
> deleteUI BlendedBoxMapGui;
>
> window -widthHeight 370 450 -title "Maya Blended Box Map Maker"
> BlendedBoxMapGui;
>
> frameLayout -width 100 -height 100 -label "Num Projections" RadioFrame;
> setParent RadioFrame;
> columnLayout RadioColumn;
> setParent RadioColumn;
> radioCollection AllRadioButtons;
> // radioButton -label "3" -changeCommand "$numProjections = 3" -select
> RadioButton1;
> radioButton -label "6" -changeCommand "$numProjections = 6" -select
> RadioButton2;
>
> text -label "Texture Links:";
> rowColumnLayout -numberOfColumns 3 -columnAttach 1 "right" 0
> -columnWidth 1 150 -columnWidth 2 250 -columnWidth 3 100;
> text -label "Front";
> string $file1 = `textField file1Text`;
> button -label "Browse" -command "$file1 = `fileDialog`; textField -edit
> -text $file1 file1Text" BrowseFile1;
> text -label "Bottom";
> string $file2 = `textField file2Text`;
> button -label "Browse" -command "$file2 = `fileDialog`; textField -edit
> -text $file2 file2Text" BrowseFile2;
> text -label "Left";
> string $file3 = `textField file3Text`;
> button -label "Browse" -command "$file3 = `fileDialog`; textField -edit
> -text $file3 file3Text" BrowseFile3;
> text -label "Back";
> string $file4 = `textField file4Text`;
> button -label "Browse" -command "$file4 = `fileDialog`; textField -edit
> -text $file4 file4Text" BrowseFile4;
> text -label "Top";
> string $file5 = `textField file5Text`;
> button -label "Browse" -command "$file5 = `fileDialog`; textField -edit
> -text $file5 file5Text" BrowseFile5;
> text -label "Right";
> string $file6 = `textField file6Text`;
> button -label "Browse" -command "$file6 = `fileDialog`; textField -edit
> -text $file6 file6Text" BrowseFile6;
> button -label "Generate Shader Network" -command
> "setupTextureNodes($numProjections)" goButton;
>
> $numProjections = 6;
> showWindow BlendedBoxMapGui;
>
>
> On Sunday, October 18, 2015 at 2:43:38 PM UTC-4, Carlos Rico wrote:
>>
>> source it?
>>
>>
>> *Carlos Rico Adega*-------------------------------------
>> <http://www.vimeo.com/16765581> LinkedIn
>> <http://www.linkedin.com/pub/carlos-rico/6/58/325>
>> [email protected]
>>
>> 2015-10-18 20:20 GMT+02:00 Christopher. <[email protected]>:
>>
>>> The script is located in the proper MEL path, that I can testify;
>>> although, there is no global function.
>>>
>>> On Saturday, October 17, 2015 at 11:21:06 PM UTC-4, Justin Israel wrote:
>>>>
>>>> Is the script in a proper Maya scripts location?
>>>> Have you checked the file and confirmed that it has a global proc that
>>>> can be called?
>>>>
>>>> On Sun, 18 Oct 2015 4:09 PM Christopher. <[email protected]> wrote:
>>>>
>>>>> From what I know, if a MEL script doesn't have a command to which one
>>>>> should use, you can look for the global function, and run the function
>>>>> name; what if that is giving, no procedure found and you know it's not a
>>>>> paths problem ?
>>>>>
>>>>> --
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>>>>> https://groups.google.com/d/msgid/python_inside_maya/c189227e-cfc6-42ce-862b-6f3a5784c148%40googlegroups.com
>>>>>
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>>>>> .
>>>>> For more options, visit https://groups.google.com/d/optout.
>>>>>
>>>> --
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>>
>>
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