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wip on refactor

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Ondřej Samohel 2020-10-19 19:18:25 +02:00
parent 3b22f0c199
commit 39b5a3e307
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GPG key ID: 8A29C663C672C2B7
11 changed files with 447 additions and 398 deletions
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4
pype/hosts/harmony/js/.eslintrc.json
View file

@ -1,7 +1,6 @@
{
"env": {
"browser": true,
"es2021": true
"browser": true
},
"extends": "eslint:recommended",
"parserOptions": {
@ -26,6 +25,7 @@
]
},
"globals": {
"$": "readonly",
"Action": "readonly",
"Backdrop": "readonly",
"Button": "readonly",

114
pype/hosts/harmony/js/PypeHarmony.js
View file

@ -11,9 +11,9 @@
* @property {Object} Publish Namespace for Publish plugins JS code.
*/
var PypeHarmony = {
Loaders: {},
Creators: {},
Publish: {}
Loaders: {},
Creators: {},
Publish: {}
};
@ -23,7 +23,7 @@ var PypeHarmony = {
* @param {string} message Argument containing message.
*/
PypeHarmony.message = function(message) {
MessageBox.information(message);
MessageBox.information(message);
};
@ -33,29 +33,29 @@ PypeHarmony.message = function(message) {
* @param {obj} settings Scene settings.
*/
PypeHarmony.setSceneSettings = function(settings) {
if (settings['fps']) {
scene.setFrameRate(settings['fps']);
}
if (settings['frameStart'] && settings['frameEnd']) {
var duration = settings['frameEnd'] - settings['frameStart'] + 1;
if (frame.numberOf() > duration) {
frame.remove(duration, frame.numberOf() - duration);
if (settings['fps']) {
scene.setFrameRate(settings['fps']);
}
if (frame.numberOf() < duration) {
frame.insert(duration, duration - frame.numberOf());
}
if (settings['frameStart'] && settings['frameEnd']) {
var duration = settings['frameEnd'] - settings['frameStart'] + 1;
scene.setStartFrame(1);
scene.setStopFrame(duration);
}
if (settings['resolutionWidth'] && settings['resolutionHeight']) {
scene.setDefaultResolution(
settings['resolutionWidth'], settings['resolutionHeight'], 41.112
);
}
if (frame.numberOf() > duration) {
frame.remove(duration, frame.numberOf() - duration);
}
if (frame.numberOf() < duration) {
frame.insert(duration, duration - frame.numberOf());
}
scene.setStartFrame(1);
scene.setStopFrame(duration);
}
if (settings['resolutionWidth'] && settings['resolutionHeight']) {
scene.setDefaultResolution(
settings['resolutionWidth'], settings['resolutionHeight'], 41.112
);
}
};
@ -66,10 +66,10 @@ PypeHarmony.setSceneSettings = function(settings) {
* @param {array} rgba array of RGBA components of color.
*/
PypeHarmony.setColor = function(nodes, rgba) {
for (var i =0; i <= nodes.length - 1; ++i) {
var color = PypeHarmony.color(rgba);
node.setColor(nodes[i], color);
}
for (var i =0; i <= nodes.length - 1; ++i) {
var color = PypeHarmony.color(rgba);
node.setColor(nodes[i], color);
}
};
@ -84,35 +84,35 @@ PypeHarmony.setColor = function(nodes, rgba) {
*
*/
PypeHarmony.exportTemplate = function(args) {
var tempNode = node.add('Top', 'temp_note', 'NOTE', 0, 0, 0);
var templateGroup = node.createGroup(tempNode, 'temp_group');
node.deleteNode( templateGroup + '/temp_note' );
var tempNode = node.add('Top', 'temp_note', 'NOTE', 0, 0, 0);
var templateGroup = node.createGroup(tempNode, 'temp_group');
node.deleteNode( templateGroup + '/temp_note' );
selection.clearSelection();
for (var f = 0; f < args[1].length; f++) {
selection.addNodeToSelection(args[1][f]);
}
selection.clearSelection();
for (var f = 0; f < args[1].length; f++) {
selection.addNodeToSelection(args[1][f]);
}
Action.perform('copy()', 'Node View');
Action.perform('copy()', 'Node View');
selection.clearSelection();
selection.addNodeToSelection(template_group);
Action.perform('onActionEnterGroup()', 'Node View');
Action.perform('paste()', 'Node View');
selection.clearSelection();
selection.addNodeToSelection(templateGroup);
Action.perform('onActionEnterGroup()', 'Node View');
Action.perform('paste()', 'Node View');
// Recreate backdrops in group.
for (var i = 0; i < args[0].length; i++) {
MessageLog.trace(args[0][i]);
Backdrop.addBackdrop(template_group, args[0][i]);
};
// Recreate backdrops in group.
for (var i = 0; i < args[0].length; i++) {
MessageLog.trace(args[0][i]);
Backdrop.addBackdrop(templateGroup, args[0][i]);
}
Action.perform('selectAll()', 'Node View' );
copyPaste.createTemplateFromSelection(args[2], args[3]);
Action.perform('selectAll()', 'Node View' );
copyPaste.createTemplateFromSelection(args[2], args[3]);
// Unfocus the group in Node view, delete all nodes and backdrops
// created during the process.
Action.perform('onActionUpToParent()', 'Node View');
node.deleteNode(template_group, true, true);
// Unfocus the group in Node view, delete all nodes and backdrops
// created during the process.
Action.perform('onActionUpToParent()', 'Node View');
node.deleteNode(templateGroup, true, true);
};
@ -122,7 +122,7 @@ PypeHarmony.exportTemplate = function(args) {
* @param {array} args Instance name and value.
*/
PypeHarmony.toggleInstance = function(args) {
node.setEnable(args[0], args[1]);
node.setEnable(args[0], args[1]);
};
@ -132,7 +132,7 @@ PypeHarmony.toggleInstance = function(args) {
* @param {string} _node Node name.
*/
PypeHarmony.deleteNode = function(_node) {
node.deleteNode(_node, true, true);
node.deleteNode(_node, true, true);
};
@ -143,9 +143,9 @@ PypeHarmony.deleteNode = function(_node) {
* @param {string} dst Destination file name.
*/
PypeHarmony.copyFile = function(src, dst) {
var srcFile = new PermanentFile(src);
var dstFile = new PermanentFile(dst);
srcFile.copy(dstFile);
var srcFile = new PermanentFile(src);
var dstFile = new PermanentFile(dst);
srcFile.copy(dstFile);
};
@ -156,5 +156,5 @@ PypeHarmony.copyFile = function(src, dst) {
* @return {ColorRGBA} ColorRGBA Harmony class.
*/
PypeHarmony.color = function(rgba) {
return new ColorRGBA(rgba[0], rgba[1], rgba[2], rgba[3]);
return new ColorRGBA(rgba[0], rgba[1], rgba[2], rgba[3]);
};

15
pype/hosts/harmony/js/README.md Normal file
View file

@ -0,0 +1,15 @@
## Pype - ToonBoom Harmony integration
### Development
#### Setting up ESLint as linter for javasript code
You nee [node.js](https://nodejs.org/en/) installed. All you need to do then
is to run:
```sh
npm intall
```
in **js** directory. This will install eslint and all requirements locally.
In [Atom](https://atom.io/) it is enough to install [linter-eslint](https://atom.io/packages/lintecr-eslint) and set global *npm* prefix in its settings.

413
pype/hosts/harmony/js/loaders/ImageSequenceLoader.js
View file

@ -1,3 +1,4 @@
/* global PypeHarmony:writable, include */
// ***************************************************************************
// * ImageSequenceLoader *
// ***************************************************************************
@ -5,8 +6,8 @@
// check if PypeHarmony is defined and if not, load it.
if (typeof PypeHarmony !== 'undefined') {
var PYPE_HARMONY_JS = System.getenv('PYPE_HARMONY_JS');
include(PYPE_HARMONY_JS + '/pype_harmony.js');
var PYPE_HARMONY_JS = System.getenv('PYPE_HARMONY_JS');
include(PYPE_HARMONY_JS + '/pype_harmony.js');
}
@ -14,12 +15,12 @@ if (typeof PypeHarmony !== 'undefined') {
* @namespace
* @classdesc Image Sequence loader JS code.
*/
ImageSequenceLoader = function() {
this.PNGTransparencyMode = 0; // Premultiplied wih Black
this.TGATransparencyMode = 0; // Premultiplied wih Black
this.SGITransparencyMode = 0; // Premultiplied wih Black
this.LayeredPSDTransparencyMode = 1; // Straight
this.FlatPSDTransparencyMode = 2; // Premultiplied wih White
var ImageSequenceLoader = function() {
this.PNGTransparencyMode = 0; // Premultiplied wih Black
this.TGATransparencyMode = 0; // Premultiplied wih Black
this.SGITransparencyMode = 0; // Premultiplied wih Black
this.LayeredPSDTransparencyMode = 1; // Straight
this.FlatPSDTransparencyMode = 2; // Premultiplied wih White
};
@ -30,18 +31,18 @@ ImageSequenceLoader = function() {
* @return {string} Unique column name.
*/
ImageSequenceLoader.prototype.getUniqueColumnName = function(columnPrefix) {
var suffix = 0;
// finds if unique name for a column
var columnName = columnPrefix;
while (suffix < 2000) {
if (!column.type(columnName)) {
break;
}
var suffix = 0;
// finds if unique name for a column
var columnName = columnPrefix;
while (suffix < 2000) {
if (!column.type(columnName)) {
break;
}
suffix = suffix + 1;
columnName = columnPrefix + '_' + suffix;
}
return columnName;
suffix = suffix + 1;
columnName = columnPrefix + '_' + suffix;
}
return columnName;
};
@ -62,128 +63,129 @@ ImageSequenceLoader.prototype.getUniqueColumnName = function(columnPrefix) {
* ];
*/
ImageSequenceLoader.prototype.importFiles = function(args) {
var doc = $.scn;
var files = args[0];
var asset = args[1];
var subset = args[2];
var startFrame = args[3];
var groupId = args[4];
var vectorFormat = null;
var extension = null;
var filename = files[0];
var pos = filename.lastIndexOf('.');
if (pos < 0) {
return null;
}
// Get the current group
nodeViewWidget = $.app.getWidgetByName('Node View');
if (!nodeViewWidget) {
$.alert('You must have a Node View open!', 'No Node View!', 'OK!');
return;
}
nodeViewWidget.setFocus();
var nodeView = view.currentView();
var currentGroup = null;
if (!nodeView) {
currentGroup = doc.root;
} else {
currentGroup = doc.$node(view.group(nodeView));
}
// Get a unique iterative name for the container read node
var num = 0;
var name = '';
do {
name = asset + '_' + (num++) + '_' + subset;
} while (current_group.getNodeByName(name) != null);
extension = filename.substr(pos+1).toLowerCase();
if (extension == 'jpeg') {
extension = 'jpg';
}
if (extension == 'tvg') {
vectorFormat = 'TVG';
extension ='SCAN'; // element.add() will use this.
}
var elemId = element.add(
name,
'BW',
scene.numberOfUnitsZ(),
extension.toUpperCase(),
vectorFormat
);
if (elemId == -1) {
// hum, unknown file type most likely -- let's skip it.
return null; // no read to add.
}
var uniqueColumnName = this.getUniqueColumnName(name);
column.add(uniqueColumnName, 'DRAWING');
column.setElementIdOfDrawing(uniqueColumnName, elemId);
var read = node.add(currentGroup, name, 'READ', 0, 0, 0);
var transparencyAttr = node.getAttr(
read, frame.current(), 'READ_TRANSPARENCY'
);
var opacityAttr = node.getAttr(read, frame.current(), 'OPACITY');
transparencyAttr.setValue(true);
opacityAttr.setValue(true);
var alignmentAttr = node.getAttr(read, frame.current(), 'ALIGNMENT_RULE');
alignmentAttr.setValue('ASIS');
var transparencyModeAttr = node.getAttr(
read, frame.current(), 'applyMatteToColor'
);
if (extension === 'png') {
transparencyModeAttr.setValue(this.PNGTransparencyMode);
}
if (extension === 'tga') {
transparencyModeAttr.setValue(this.TGATransparencyMode);
}
if (extension === 'sgi') {
transparencyModeAttr.setValue(this.SGITransparencyMode);
}
if (extension === 'psd') {
transparencyModeAttr.setValue(this.FlatPSDTransparencyMode);
}
if (extension === 'jpg') {
transparencyModeAttr.setValue(this.LayeredPSDTransparencyMode);
}
node.linkAttr(read, 'DRAWING.ELEMENT', uniqueColumnName);
if (files.length === 1) {
// Create a drawing drawing, 'true' indicate that the file exists.
Drawing.create(elemId, 1, true);
// Get the actual path, in tmp folder.
var drawingFilePath = Drawing.filename(elemId, '1');
PypeHarmony.copyFile(files[0], drawingFilePath);
// Expose the image for the entire frame range.
for (var i =0; i <= frame.numberOf() - 1; ++i) {
timing = startFrame + i;
column.setEntry(uniqueColumnName, 1, timing, '1');
var doc = $.scn;
var files = args[0];
var asset = args[1];
var subset = args[2];
var startFrame = args[3];
var groupId = args[4];
var vectorFormat = null;
var extension = null;
var filename = files[0];
var pos = filename.lastIndexOf('.');
if (pos < 0) {
return null;
}
} else {
// Create a drawing for each file.
for (var i =0; i <= files.length - 1; ++i) {
timing = startFrame + i;
// Create a drawing drawing, 'true' indicate that the file exists.
Drawing.create(elemId, timing, true);
// Get the actual path, in tmp folder.
var drawingFilePath = Drawing.filename(elemId, timing.toString());
PypeHarmony.copyFile(files[i], drawingFilePath);
column.setEntry(uniqueColumnName, 1, timing, timing.toString());
}
}
var greenColor = new ColorRGBA(0, 255, 0, 255);
node.setColor(read, greenColor);
// Add uuid to attribute of the container read node
node.createDynamicAttr(read, 'STRING', 'uuid', 'uuid', false);
node.setTextAttr(read, 'uuid', 1.0, groupId);
return read;
// Get the current group
var nodeViewWidget = $.app.getWidgetByName('Node View');
if (!nodeViewWidget) {
$.alert('You must have a Node View open!', 'No Node View!', 'OK!');
return;
}
nodeViewWidget.setFocus();
var nodeView = view.currentView();
var currentGroup = null;
if (!nodeView) {
currentGroup = doc.root;
} else {
currentGroup = doc.$node(view.group(nodeView));
}
// Get a unique iterative name for the container read node
var num = 0;
var name = '';
do {
name = asset + '_' + (num++) + '_' + subset;
} while (currentGroup.getNodeByName(name) != null);
extension = filename.substr(pos+1).toLowerCase();
if (extension == 'jpeg') {
extension = 'jpg';
}
if (extension == 'tvg') {
vectorFormat = 'TVG';
extension ='SCAN'; // element.add() will use this.
}
var elemId = element.add(
name,
'BW',
scene.numberOfUnitsZ(),
extension.toUpperCase(),
vectorFormat
);
if (elemId == -1) {
// hum, unknown file type most likely -- let's skip it.
return null; // no read to add.
}
var uniqueColumnName = this.getUniqueColumnName(name);
column.add(uniqueColumnName, 'DRAWING');
column.setElementIdOfDrawing(uniqueColumnName, elemId);
var read = node.add(currentGroup, name, 'READ', 0, 0, 0);
var transparencyAttr = node.getAttr(
read, frame.current(), 'READ_TRANSPARENCY'
);
var opacityAttr = node.getAttr(read, frame.current(), 'OPACITY');
transparencyAttr.setValue(true);
opacityAttr.setValue(true);
var alignmentAttr = node.getAttr(read, frame.current(), 'ALIGNMENT_RULE');
alignmentAttr.setValue('ASIS');
var transparencyModeAttr = node.getAttr(
read, frame.current(), 'applyMatteToColor'
);
if (extension === 'png') {
transparencyModeAttr.setValue(this.PNGTransparencyMode);
}
if (extension === 'tga') {
transparencyModeAttr.setValue(this.TGATransparencyMode);
}
if (extension === 'sgi') {
transparencyModeAttr.setValue(this.SGITransparencyMode);
}
if (extension === 'psd') {
transparencyModeAttr.setValue(this.FlatPSDTransparencyMode);
}
if (extension === 'jpg') {
transparencyModeAttr.setValue(this.LayeredPSDTransparencyMode);
}
var drawingFilePath;
node.linkAttr(read, 'DRAWING.ELEMENT', uniqueColumnName);
if (files.length === 1) {
// Create a drawing drawing, 'true' indicate that the file exists.
Drawing.create(elemId, 1, true);
// Get the actual path, in tmp folder.
drawingFilePath = Drawing.filename(elemId, '1');
PypeHarmony.copyFile(files[0], drawingFilePath);
// Expose the image for the entire frame range.
for (var i =0; i <= frame.numberOf() - 1; ++i) {
var timing = startFrame + i;
column.setEntry(uniqueColumnName, 1, timing, '1');
}
} else {
// Create a drawing for each file.
for (var j =0; j <= files.length - 1; ++j) {
timing = startFrame + j;
// Create a drawing drawing, 'true' indicate that the file exists.
Drawing.create(elemId, timing, true);
// Get the actual path, in tmp folder.
drawingFilePath = Drawing.filename(elemId, timing.toString());
PypeHarmony.copyFile(files[j], drawingFilePath);
column.setEntry(uniqueColumnName, 1, timing, timing.toString());
}
}
var greenColor = new ColorRGBA(0, 255, 0, 255);
node.setColor(read, greenColor);
// Add uuid to attribute of the container read node
node.createDynamicAttr(read, 'STRING', 'uuid', 'uuid', false);
node.setTextAttr(read, 'uuid', 1.0, groupId);
return read;
};
@ -202,74 +204,75 @@ ImageSequenceLoader.prototype.importFiles = function(args) {
* ];
*/
ImageSequenceLoader.prototype.replaceFiles = function(args) {
var files = args[0];
MessageLog.trace(files);
MessageLog.trace(files.length);
var _node = args[1];
var startFrame = args[2];
var _column = node.linkedColumn(_node, 'DRAWING.ELEMENT');
var elemId = column.getElementIdOfDrawing(_column);
// Delete existing drawings.
var timings = column.getDrawingTimings(_column);
for ( var i =0; i <= timings.length - 1; ++i) {
column.deleteDrawingAt(_column, parseInt(timings[i]));
}
var filename = files[0];
var pos = filename.lastIndexOf('.');
if (pos < 0) {
return null;
}
var extension = filename.substr(pos+1).toLowerCase();
if (extension === 'jpeg') {
extension = 'jpg';
}
var transparencyModeAttr = node.getAttr(
_node, frame.current(), 'applyMatteToColor'
);
if (extension === 'png') {
transparencyModeAttr.setValue(this.PNGTransparencyMode);
}
if (extension === 'tga') {
transparencyModeAttr.setValue(this.TGATransparencyMode);
}
if (extension === 'sgi') {
transparencyModeAttr.setValue(this.SGITransparencyMode);
}
if (extension == 'psd') {
transparencyModeAttr.setValue(this.FlatPSDTransparencyMode);
}
if (extension === 'jpg') {
transparencyModeAttr.setValue(this.LayeredPSDTransparencyMode);
}
if (files.length == 1) {
// Create a drawing drawing, 'true' indicate that the file exists.
Drawing.create(elemId, 1, true);
// Get the actual path, in tmp folder.
var drawingFilePath = Drawing.filename(elemId, '1');
PypeHarmony.copyFile(files[0], drawingFilePath);
MessageLog.trace(files[0]);
MessageLog.trace(drawingFilePath);
// Expose the image for the entire frame range.
for (var i =0; i <= frame.numberOf() - 1; ++i) {
timing = startFrame + i;
column.setEntry(_column, 1, timing, '1');
var files = args[0];
MessageLog.trace(files);
MessageLog.trace(files.length);
var _node = args[1];
var startFrame = args[2];
var _column = node.linkedColumn(_node, 'DRAWING.ELEMENT');
var elemId = column.getElementIdOfDrawing(_column);
// Delete existing drawings.
var timings = column.getDrawingTimings(_column);
for ( var i =0; i <= timings.length - 1; ++i) {
column.deleteDrawingAt(_column, parseInt(timings[i]));
}
} else {
// Create a drawing for each file.
for (var i =0; i <= files.length - 1; ++i) {
timing = startFrame + i;
// Create a drawing drawing, 'true' indicate that the file exists.
Drawing.create(elemId, timing, true);
// Get the actual path, in tmp folder.
var drawingFilePath = Drawing.filename(elemId, timing.toString());
PypeHarmony.copyFile( files[i], drawingFilePath );
column.setEntry(_column, 1, timing, timing.toString());
var filename = files[0];
var pos = filename.lastIndexOf('.');
if (pos < 0) {
return null;
}
}
var greenColor = new ColorRGBA(0, 255, 0, 255);
node.setColor(_node, greenColor);
var extension = filename.substr(pos+1).toLowerCase();
if (extension === 'jpeg') {
extension = 'jpg';
}
var transparencyModeAttr = node.getAttr(
_node, frame.current(), 'applyMatteToColor'
);
if (extension === 'png') {
transparencyModeAttr.setValue(this.PNGTransparencyMode);
}
if (extension === 'tga') {
transparencyModeAttr.setValue(this.TGATransparencyMode);
}
if (extension === 'sgi') {
transparencyModeAttr.setValue(this.SGITransparencyMode);
}
if (extension == 'psd') {
transparencyModeAttr.setValue(this.FlatPSDTransparencyMode);
}
if (extension === 'jpg') {
transparencyModeAttr.setValue(this.LayeredPSDTransparencyMode);
}
var drawingFilePath;
if (files.length == 1) {
// Create a drawing drawing, 'true' indicate that the file exists.
Drawing.create(elemId, 1, true);
// Get the actual path, in tmp folder.
drawingFilePath = Drawing.filename(elemId, '1');
PypeHarmony.copyFile(files[0], drawingFilePath);
MessageLog.trace(files[0]);
MessageLog.trace(drawingFilePath);
// Expose the image for the entire frame range.
for (var k =0; k <= frame.numberOf() - 1; ++k) {
var timing = startFrame + k;
column.setEntry(_column, 1, timing, '1');
}
} else {
// Create a drawing for each file.
for (var l =0; l <= files.length - 1; ++l) {
timing = startFrame + l;
// Create a drawing drawing, 'true' indicate that the file exists.
Drawing.create(elemId, timing, true);
// Get the actual path, in tmp folder.
drawingFilePath = Drawing.filename(elemId, timing.toString());
PypeHarmony.copyFile( files[l], drawingFilePath );
column.setEntry(_column, 1, timing, timing.toString());
}
}
var greenColor = new ColorRGBA(0, 255, 0, 255);
node.setColor(_node, greenColor);
};
// add self to Pype Loaders

222
pype/hosts/harmony/js/loaders/TemplateLoader.js
View file

@ -1,12 +1,13 @@
/* global PypeHarmony:writable, include */
// ***************************************************************************
// * TemplateLoader *
// * TemplateLoader *
// ***************************************************************************
// check if PypeHarmony is defined and if not, load it.
if (typeof PypeHarmony !== 'undefined') {
var PYPE_HARMONY_JS = System.getenv('PYPE_HARMONY_JS');
include(PYPE_HARMONY_JS + '/pype_harmony.js');
var PYPE_HARMONY_JS = System.getenv('PYPE_HARMONY_JS');
include(PYPE_HARMONY_JS + '/pype_harmony.js');
}
@ -14,7 +15,7 @@ if (typeof PypeHarmony !== 'undefined') {
* @namespace
* @classdesc Image Sequence loader JS code.
*/
TemplateLoader = function() {};
var TemplateLoader = function() {};
/**
@ -33,46 +34,47 @@ TemplateLoader = function() {};
* ];
*/
TemplateLoader.prototype.loadContainer = function(args) {
var doc = $.scn;
var templatePath = args[0];
var assetName = args[1];
var subset = args[2];
var groupId = args[3];
var doc = $.scn;
var templatePath = args[0];
var assetName = args[1];
var subset = args[2];
var groupId = args[3];
// Get the current group
nodeViewWidget = $.app.getWidgetByName('Node View');
if (!nodeViewWidget) {
$.alert('You must have a Node View open!', 'No Node View!', 'OK!');
return;
}
// Get the current group
var nodeViewWidget = $.app.getWidgetByName('Node View');
if (!nodeViewWidget) {
$.alert('You must have a Node View open!', 'No Node View!', 'OK!');
return;
}
nodeViewWidget.setFocus();
nodeView = view.currentView();
if (!nodeView) {
currentGroup = doc.root;
} else {
currentGroup = doc.$node(view.group(nodeView));
}
nodeViewWidget.setFocus();
var currentGroup;
var nodeView = view.currentView();
if (!nodeView) {
currentGroup = doc.root;
} else {
currentGroup = doc.$node(view.group(nodeView));
}
// Get a unique iterative name for the container group
var num = 0;
var containerGroupName = '';
do {
containerGroupName = assetName + '_' + (num++) + '_' + subset;
} while (currentGroup.getNodeByName(containerGroupName) != null);
// Get a unique iterative name for the container group
var num = 0;
var containerGroupName = '';
do {
containerGroupName = assetName + '_' + (num++) + '_' + subset;
} while (currentGroup.getNodeByName(containerGroupName) != null);
// import the template
var tplNodes = currentGroup.importTemplate(templatePath);
MessageLog.trace(tplNodes);
// Create the container group
var groupNode = currentGroup.addGroup(
containerGroupName, false, false, tplNodes);
// import the template
var tplNodes = currentGroup.importTemplate(templatePath);
MessageLog.trace(tplNodes);
// Create the container group
var groupNode = currentGroup.addGroup(
containerGroupName, false, false, tplNodes);
// Add uuid to attribute of the container group
node.createDynamicAttr(groupNode, 'STRING', 'uuid', 'uuid', false);
node.setTextAttr(groupNode, 'uuid', 1.0, groupId);
// Add uuid to attribute of the container group
node.createDynamicAttr(groupNode, 'STRING', 'uuid', 'uuid', false);
node.setTextAttr(groupNode, 'uuid', 1.0, groupId);
return String(groupNode);
return String(groupNode);
};
@ -89,86 +91,86 @@ TemplateLoader.prototype.loadContainer = function(args) {
*/
TemplateLoader.prototype.replaceNode = function(
dstNodePath, srcNodePath, renameSrc, cloneSrc, linkColumns) {
var doc = $.scn;
var srcNode = doc.$node(srcNodePath);
var dstNode = doc.$node(dstNodePath);
// var dstNodeName = dstNode.name;
var replacementNode = srcNode;
// var dstGroup = dstNode.group;
$.beginUndo();
if (cloneSrc) {
var replacementNode = doc.$node(
Y.nodeTools.copy_paste_node(
srcNodePath, dstNode.name + '_CLONE', dstNode.group.path));
} else {
if (replacement_node.group.path != src_node.group.path) {
replacement_node.moveToGroup(dst_group);
}
}
var inLinks = dstNode.getInLinks();
for (l in inLinks) {
if (Object.prototype.hasOwnProperty.call(inLinks, l)) {
var link = inLinks[l];
inPort = Number(link.inPort);
outPort = Number(link.outPort);
outNode = link.outNode;
success = replacement_node.linkInNode(outNode, inPort, outPort);
if (success) {
log('Successfully connected ' + outNode + ' : ' +
outPort + ' -> ' + replacementNode + ' : ' + inPort);
} else {
log('Failed to connect ' + outNode + ' : ' +
outPort + ' -> ' + replacementNode + ' : ' + inPort);
}
}
}
var outLinks = dstNode.getOutLinks();
for (l in outLinks) {
if (Object.prototype.hasOwnProperty.call(outLinks, l)) {
var link = out_links[l];
inPort = Number(link.inPort);
outPort = Number(link.outPort);
inNode = link.inNode;
// first we must disconnect the port from the node being
// replaced to this links inNode port
inNode.unlinkInPort(inPort);
success = replacement_node.linkOutNode(in_node, out_port, in_port);
if (success) {
log('Successfully connected ' + inNode + ' : ' +
inPort + ' <- ' + replacementNode + ' : ' + outPort);
} else {
if (in_node.type == 'MultiLayerWrite') {
log('Attempting standard api to connect the nodes...');
success = node.link(
replacementNode, outPort, inNode,
inPort, node.numberOfInputPorts(inNode) + 1);
if (success) {
log('Successfully connected ' + inNode + ' : ' +
inPort + ' <- ' + replacementNode + ' : ' + outPort);
}
var doc = $.scn;
var srcNode = doc.$node(srcNodePath);
var dstNode = doc.$node(dstNodePath);
// var dstNodeName = dstNode.name;
var replacementNode = srcNode;
// var dstGroup = dstNode.group;
$.beginUndo();
if (cloneSrc) {
replacementNode = doc.$node(
$.nodeTools.copy_paste_node(
srcNodePath, dstNode.name + '_CLONE', dstNode.group.path));
} else {
if (replacementNode.group.path != srcNode.group.path) {
replacementNode.moveToGroup(dstNode);
}
}
var inLinks = dstNode.getInLinks();
for (var l in inLinks) {
if (Object.prototype.hasOwnProperty.call(inLinks, l)) {
var link = inLinks[l];
var inPort = Number(link.inPort);
var outPort = Number(link.outPort);
var outNode = link.outNode;
var success = replacementNode.linkInNode(outNode, inPort, outPort);
if (success) {
$.log('Successfully connected ' + outNode + ' : ' +
outPort + ' -> ' + replacementNode + ' : ' + inPort);
} else {
$.alert('Failed to connect ' + outNode + ' : ' +
outPort + ' -> ' + replacementNode + ' : ' + inPort);
}
}
}
var outLinks = dstNode.getOutLinks();
for (l in outLinks) {
if (Object.prototype.hasOwnProperty.call(outLinks, l)) {
link = outLinks[l];
inPort = Number(link.inPort);
outPort = Number(link.outPort);
var inNode = link.inNode;
// first we must disconnect the port from the node being
// replaced to this links inNode port
inNode.unlinkInPort(inPort);
success = replacementNode.linkOutNode(inNode, outPort, inPort);
if (success) {
$.log('Successfully connected ' + inNode + ' : ' +
inPort + ' <- ' + replacementNode + ' : ' + outPort);
} else {
if (inNode.type == 'MultiLayerWrite') {
$.log('Attempting standard api to connect the nodes...');
success = node.link(
replacementNode, outPort, inNode,
inPort, node.numberOfInputPorts(inNode) + 1);
if (success) {
$.log('Successfully connected ' + inNode + ' : ' +
inPort + ' <- ' + replacementNode + ' : ' + outPort);
}
}
}
if (!success) {
$.alert('Failed to connect ' + inNode + ' : ' +
inPort + ' <- ' + replacementNode + ' : ' + outPort);
return false;
}
}
}
if (!success) {
log('Failed to connect ' + inNode + ' : ' +
inPort + ' <- ' + replacementNode + ' : ' + outPort);
return false;
}
}
}
};
TemplateLoader.prototype.askForColumnsUpdate = function() {
// Ask user if they want to also update columns and
// linked attributes here
return ($.confirm(
'Would you like to update in place and reconnect all \n' +
// Ask user if they want to also update columns and
// linked attributes here
return ($.confirm(
'Would you like to update in place and reconnect all \n' +
'ins/outs, attributes, and columns?',
'Update & Replace?\n' +
'Update & Replace?\n' +
'If you choose No, the version will only be loaded.',
'Yes',
'No'));
'Yes',
'No'));
};
// add self to Pype Loaders

11
pype/hosts/harmony/js/loaders/package.json → pype/hosts/harmony/js/package.json
View file

@ -1,19 +1,18 @@
{
"name": "pype-harmony",
"version": "1.0.0",
"description": "Pype Harmony Host integration",
"main": "PypeHarmony.js",
"scripts": {
"test": "echo \"Error: no test specified\" && exit 1"
},
"description": "Avalon Harmony Host integration",
"keywords": [
"Pype",
"Avalon",
"Harmony",
"pipeline"
],
"author": "",
"license": "MIT",
"main": "PypeHarmony.js",
"scripts": {
"test": "echo \"Error: no test specified\" && exit 1"
},
"devDependencies": {
"eslint": "^7.11.0"
}

33
pype/hosts/harmony/js/publish/CollectPalettes.js Normal file
View file

@ -0,0 +1,33 @@
/* global PypeHarmony:writable, include */
// ***************************************************************************
// * CollectPalettes *
// ***************************************************************************
// check if PypeHarmony is defined and if not, load it.
if (typeof PypeHarmony !== 'undefined') {
var PYPE_HARMONY_JS = System.getenv('PYPE_HARMONY_JS');
include(PYPE_HARMONY_JS + '/pype_harmony.js');
}
/**
* @namespace
* @classdesc Image Sequence loader JS code.
*/
var CollectPalettes = function() {};
CollectPalettes.prototype.getPalettes = function() {
var palette_list = PaletteObjectManager.getScenePaletteList();
var palettes = {};
for(var i=0; i < palette_list.numPalettes; ++i) {
var palette = palette_list.getPaletteByIndex(i);
palettes[palette.getName()] = palette.id;
}
return palettes;
};
// add self to Pype Loaders
PypeHarmony.Publish.CollectPalettes = new CollectPalettes();

2
pype/plugins/harmony/load/load_palette.py
View file

@ -7,7 +7,7 @@ from avalon import api, harmony
class ImportPaletteLoader(api.Loader):
"""Import palettes."""
families = ["harmony.palette"]
families = ["palette"]
representations = ["plt"]
label = "Import Palette"

5
pype/plugins/harmony/publish/collect_instances.py
View file

@ -57,6 +57,11 @@ class CollectInstances(pyblish.api.ContextPlugin):
)["result"]
instance.data["families"] = self.families_mapping[data["family"]]
# If set in plugin, pair the scene Version in ftrack with
# thumbnails and review media.
if (self.pair_media and instance.data["family"] == "scene"):
context.data["scene_instance"] = instance
# Produce diagnostic message for any graphical
# user interface interested in visualising it.
self.log.info(

23
pype/plugins/harmony/publish/collect_palettes.py
View file

@ -1,3 +1,5 @@
# -*- coding: utf-8 -*-
"""Collect palettes from Harmony."""
import os
import json
@ -13,23 +15,12 @@ class CollectPalettes(pyblish.api.ContextPlugin):
hosts = ["harmony"]
def process(self, context):
sig = harmony.signature()
func = """function %s()
{
var palette_list = PaletteObjectManager.getScenePaletteList();
var palettes = {};
for(var i=0; i < palette_list.numPalettes; ++i)
"""Collector entry point."""
self_name = self.__class__.__name__
palettes = harmony.send(
{
var palette = palette_list.getPaletteByIndex(i);
palettes[palette.getName()] = palette.id;
}
return palettes;
}
%s
""" % (sig, sig)
palettes = harmony.send({"function": func})["result"]
"function": f"PypeHarmony.Loaders.{self_name}.getPalettes",
})["result"]
for name, id in palettes.items():
instance = context.create_instance(name)

3
pype/plugins/harmony/publish/collect_workfile.py
View file

@ -12,8 +12,9 @@ class CollectWorkfile(pyblish.api.ContextPlugin):
def process(self, context):
family = "workfile"
task = os.getenv("AVALON_TASK", None)
subset = family + task.capitalize()
sanitized_task_name = task[0].upper() + task[1:]
basename = os.path.basename(context.data["currentFile"])
subset = "{}{}".format(family, sanitized_task_name)
# Create instance
instance = context.create_instance(subset)