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block.js
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// Copyright (c) 2014-20 Walter Bender
//
// This program is free software; you can redistribute it and/or
// modify it under the terms of the The GNU Affero General Public
// License as published by the Free Software Foundation; either
// version 3 of the License, or (at your option) any later version.
//
// You should have received a copy of the GNU Affero General Public
// License along with this library; if not, write to the Free Software
// Foundation, 51 Franklin Street, Suite 500 Boston, MA 02110-1335 USA
//
// Length of a long touch
const TEXTWIDTH = 240; // 90
const STRINGLEN = 9;
const LONGPRESSTIME = 1500;
const INLINECOLLAPSIBLES = ["newnote", "interval", "osctime"];
const COLLAPSIBLES = [
"drum",
"start",
"action",
"matrix",
"pitchdrummatrix",
"rhythmruler2",
"timbre",
"status",
"pitchstaircase",
"tempo",
"pitchslider",
"modewidget",
"newnote",
"musickeyboard",
"temperament",
"interval",
"osctime"
];
const NOHIT = ["hidden", "hiddennoflow"];
const SPECIALINPUTS = [
"text",
"number",
"solfege",
"eastindiansolfege",
"scaledegree2",
"notename",
"voicename",
"modename",
"drumname",
"effectsname",
"filtertype",
"oscillatortype",
"boolean",
"intervalname",
"invertmode",
"accidentalname",
"temperamentname",
"noisename",
"customNote",
"grid",
"outputtools"
];
const WIDENAMES = [
"intervalname",
"accidentalname",
"drumname",
"effectsname",
"voicename",
"modename",
"temperamentname",
"modename",
"noisename",
"outputtools"
];
const EXTRAWIDENAMES = [];
const PIEMENUS = [
"solfege",
"eastindiansolfege",
"scaledegree2",
"notename",
"voicename",
"drumname",
"effectsname",
"accidentalname",
"invertmode",
"boolean",
"filtertype",
"oscillatortype",
"intervalname",
"modename",
"temperamentname",
"noisename",
"customNote",
"grid",
"outputtools"
];
// Define block instance objects and any methods that are intra-block.
class Block {
constructor(protoblock, blocks, overrideName) {
if (protoblock === null) {
console.debug("null protoblock sent to Block");
return;
}
this.protoblock = protoblock;
this.name = protoblock.name;
this.overrideName = overrideName;
this.blocks = blocks;
this.collapsed = false; // Is this collapsible block collapsed?
this.inCollapsed = false; // Is this block in a collapsed stack?
this.trash = false; // Is this block in the trash?
this.loadComplete = false; // Has the block finished loading?
this.label = null; // Editable textview in DOM.
this.labelattr = null; // Editable textview in DOM.
this.text = null; // A dynamically generated text label on block itself.
this.value = null; // Value for number, text, and media blocks.
this.privateData = null; // A block may have some private data,
// e.g., nameboxes use this field to store
// the box name associated with the block.
this.image = protoblock.image; // The file path of the image.
this.imageBitmap = null;
this.controller = null; // Note blocks get a controller
// All blocks have at a container and least one bitmap.
this.container = null;
this.bounds = null;
this.width = 0;
this.height = 0;
this.hitHeight = 0;
this.bitmap = null;
this.highlightBitmap = null;
this.disconnectedBitmap = null;
this.disconnectedHighlightBitmap = null;
// The svg from which the bitmaps are generated
this.artwork = null;
this.collapseArtwork = null;
// Start and Action blocks has a collapse button
this.collapseButtonBitmap = null;
this.expandButtonBitmap = null;
this.collapseBlockBitmap = null;
this.highlightCollapseBlockBitmap = null;
this.collapseText = null;
this.size = 1; // Proto size is copied here.
this.docks = []; // Proto dock is copied here.
this.connections = [];
// Keep track of clamp count for blocks with clamps.
this.clampCount = [1, 1];
this.argClampSlots = [1];
// Some blocks have some post process after they are first loaded.
this.postProcess = null;
this.postProcessArg = this;
// Lock on label change
this._labelLock = false;
this._piemenuExitTime = null;
this._triggerLongPress = false;
// Don't trigger notes on top of each other.
this._triggerLock = false;
// If we update the parameters of a meter block, we have extra
// actions to attend to.
this._check_meter_block = null;
// Mouse position in events
this.original = { x: 0, y: 0 };
this.offset = { x: 0, y: 0 };
}
// Internal function for creating cache.
// Includes workaround for a race condition.
_createCache(callback, args) {
let that = this;
return new Promise((resolve, reject) => {
let loopCount = 0;
async function checkBounds(counter) {
try {
if (counter !== undefined) {
loopCount = counter;
}
if (loopCount > 3) {
throw new Error("COULD NOT CREATE CACHE");
}
that.bounds = that.container.getBounds();
if (that.bounds === null) {
await delayExecution(100);
that.regenerateArtwork(true, []);
checkBounds(loopCount + 1);
} else {
that.container.cache(
that.bounds.x,
that.bounds.y,
that.bounds.width,
that.bounds.height
);
callback(that, args);
resolve();
}
} catch (e) {
reject(e);
}
}
checkBounds();
});
}
// Internal function for updating the cache.
// Includes workaround for a race condition.
updateCache(counter) {
let that = this;
return new Promise((resolve, reject) => {
let loopCount = 0;
async function updateBounds(counter) {
try {
if (counter !== undefined) {
loopCount = counter;
}
if (loopCount > 3) {
throw new Error("COULD NOT UPDATE CACHE");
}
if (that.bounds == null) {
updateBounds(loopCount + 1);
await that.pause(200);
} else {
that.container.updateCache();
that.blocks.refreshCanvas();
resolve();
}
} catch (e) {
reject(e);
}
}
updateBounds();
});
}
ignore() {
if (this.bitmap === null) {
return true;
}
if (this.name === "hidden") {
return true;
}
if (this.name === "hiddennoflow") {
return true;
}
if (this.trash) {
return true;
}
if (this.inCollapsed) {
return true;
}
if (this.disconnectedBitmap !== null && this.disconnectedHighlightBitmap !== null) {
if (
!this.bitmap.visible &&
!this.highlightBitmap.visible &&
!this.disconnectedBitmap.visible &&
!this.disconnectedHighlightBitmap.visible
) {
if (this.collapseBlockBitmap === null) {
return true;
} else if (
!this.collapseBlockBitmap.visible &&
!this.highlightCollapseBlockBitmap.visible
) {
return true;
}
}
} else {
if (!this.bitmap.visible && !this.highlightBitmap.visible) {
if (this.collapseBlockBitmap === null) {
return true;
} else if (
!this.collapseBlockBitmap.visible &&
!this.highlightCollapseBlockBitmap.visible
) {
return true;
}
}
}
return false;
}
offScreen(boundary) {
return !this.trash && boundary.offScreen(this.container.x, this.container.y);
}
copySize() {
this.size = this.protoblock.size;
}
getInfo() {
return this.name + " block";
}
isCollapsible() {
return COLLAPSIBLES.indexOf(this.name) !== -1;
}
isInlineCollapsible() {
return INLINECOLLAPSIBLES.indexOf(this.name) !== -1;
}
/**
* Show the highlight artwork.
* @public
* @returns {void}
*/
highlight() {
if (this.trash) {
return;
}
if (this.inCollapsed) {
// In collapsed, so do nothing.
return;
}
if (!this.container.visible) {
// block is hidden, so do nothing.
return;
}
if (this.disconnectedBitmap !== null) {
if (!this.bitmap.visible && !this.disconnectedBitmap.visible) {
// block is hidden, so do nothing.
return;
}
} else if (!this.bitmap.visible) {
return;
}
// Always hide the non-highlighted artwork.
this.container.visible = true;
this.bitmap.visible = false;
if (this.disconnectedBitmap !== null) {
this.disconnectedBitmap.visible = false;
}
// If it is a collapsed collapsable, hightlight the collapsed state.
if (this.collapsed) {
// Show the highlighted collapsed artwork.
if (this.highlightCollapseBlockBitmap !== null) {
this.highlightCollapseBlockBitmap.visible = true;
}
if (this.collapseText !== null) {
this.collapseText.visible = true;
}
// and hide the unhighlighted collapsed artwork...
if (this.collapseBlockBitmap !== null) {
this.collapseBlockBitmap.visible = false;
}
// but not the uncollapsed highlighted artwork.
this.highlightBitmap.visible = false;
if (this.disconnectedHighlightBitmap !== null) {
this.disconnectedHighlightBitmap.visible = false;
}
this.highlightBitmap.visible = false;
} else {
// Show the highlighted artwork.
// If the block is disconnected, use the disconnected bitmap.
if (this.isDisconnected()) {
this.disconnectedHighlightBitmap.visible = true;
this.highlightBitmap.visible = false;
} else {
if (this.disconnectedHighlightBitmap !== null) {
this.disconnectedHighlightBitmap.visible = false;
}
this.highlightBitmap.visible = true;
}
// If it is an uncollapsed collapsable, make sure the
// collapsed artwork is hidden.
if (this.isCollapsible()) {
// There could be a race condition when making a
// new action block.
if (this.collapseText !== null) {
this.collapseText.visible = false;
}
if (this.collapseBlockBitmap !== null) {
this.collapseBlockBitmap.visible = false;
}
if (this.highlightCollapseBlockBitmap !== null) {
this.highlightCollapseBlockBitmap.visible = false;
}
}
}
this.container.updateCache();
}
/**
* Remove highlight from block.
* @public
* @returns {void}
*/
unhighlight() {
if (this.trash) {
return;
}
if (this.inCollapsed) {
// In collapsed, so do nothing.
return;
}
if (this.bitmap === null) {
console.debug("bitmap not ready");
return;
}
// Always hide the highlighted artwork.
this.highlightBitmap.visible = false;
if (this.disconnectedHighlightBitmap !== null) {
this.disconnectedHighlightBitmap.visible = false;
}
this.container.visible = true;
// If it is a collapsed collapsable, unhightlight the collapsed state.
if (this.collapsed) {
// Show the unhighlighted collapsed artwork.'
// We may have a race condition...
if (this.collapseBlockBitmap !== null) {
this.collapseBlockBitmap.visible = true;
}
if (this.collapseText !== null) {
this.collapseText.visible = true;
}
// but not the highlighted collapsed artwork...
if (this.highlightCollapseBlockBitmap !== null) {
this.highlightCollapseBlockBitmap.visible = false;
}
// and not the uncollapsed artwork.
this.bitmap.visible = false;
} else {
// If the block is disconnected, use the disconnected bitmap.
if (this.isDisconnected()) {
this.disconnectedBitmap.visible = true;
this.bitmap.visible = false;
} else {
if (this.disconnectedBitmap !== null) {
this.disconnectedBitmap.visible = false;
}
this.bitmap.visible = true;
}
this.container.visible = true;
if (this.isCollapsible()) {
// There could be a race condition when making a
// new action block.
if (this.collapseText !== null) {
this.collapseText.visible = false;
}
if (this.collapseBlockBitmap !== null) {
this.collapseBlockBitmap.visible = false;
}
if (this.highlightCollapseBlockBitmap !== null) {
this.highlightCollapseBlockBitmap.visible = false;
}
}
}
this.container.updateCache();
}
/**
* Resize and update number of slots in argClamp.
* @public
* @param slotList - how many slots to use
* @returns {void}
*/
updateArgSlots(slotList) {
this.argClampSlots = slotList;
this._newArtwork(0);
this.regenerateArtwork(false);
}
/**
* Resize an expandable block.
* @public
* @param clamp - which clamp to update (ifthenelse has 2 clamps)
* @param plusMinus - how many slots to add or subtract
* @returns {void}
*/
updateSlots(clamp, plusMinus) {
this.clampCount[clamp] += plusMinus;
this._newArtwork(plusMinus);
this.regenerateArtwork(false);
}
/**
* If the block scale changes, we need to regenerate the artwork and recalculate the hitarea.
* @public
* @param scale - new block scale
* @returns {void}
*/
resize(scale) {
/**
* After the new artwork is created, this function is used to add decorations.
* @returns {void}
* @public
*/
this.postProcess = () => {
if (this.imageBitmap !== null) {
this._positionMedia(
this.imageBitmap,
this.imageBitmap.image.width,
this.imageBitmap.image.height,
scale
);
const zIndex = this.container.children.length - 1;
this.container.setChildIndex(this.imageBitmap, zIndex);
}
if (this.name === "start" || this.name === "drum") {
// Rescale the decoration on the start blocks.
for (let t = 0; t < this.blocks.turtles.turtleList.length; t++) {
if (this.blocks.turtles.turtleList[t].startBlock === this) {
this.blocks.turtles.turtleList[t].resizeDecoration(
scale,
this.bitmap.image.width
);
this._ensureDecorationOnTop();
break;
}
}
} else if (this.isCollapsible()) {
this._ensureDecorationOnTop();
}
this.updateCache();
this._calculateBlockHitArea();
// If it is in the trash, make sure it remains hidden.
if (this.trash) this.hide();
};
this.postProcessArg = this;
this.protoblock.scale = scale;
this._newArtwork(0);
this.regenerateArtwork(true, []);
if (this.text !== null) {
this._positionText(scale);
}
if (this.container !== null) {
let that = this;
/**
* After new buttons are creates, they are cached and a new hit are is calculated.
* @private
* @param that - = this = container
* @returns {void}
*/
let _postProcess = function (that) {
that.collapseButtonBitmap.scaleX = that.collapseButtonBitmap.scaleY = that.collapseButtonBitmap.scale =
scale / 3;
that.expandButtonBitmap.scaleX = that.expandButtonBitmap.scaleY = that.expandButtonBitmap.scale =
scale / 3;
that.updateCache();
that._calculateBlockHitArea();
};
if (this.isCollapsible()) {
this._generateCollapseArtwork(_postProcess);
let fontSize = 10 * scale;
this.collapseText.font = fontSize + "px Sans";
this._positionCollapseLabel(scale);
}
}
}
/**
* Create new artwork for a block.
* @private
* @param plusMinus - specifies how much a clamp block expands or contracts
* @returns {void}
*/
_newArtwork(plusMinus) {
let proto, obj;
if (this.isInlineCollapsible()) {
proto = new ProtoBlock("collapse-note");
proto.scale = this.protoblock.scale;
if (this.name === "interval") {
proto.extraWidth = 80;
} else {
proto.extraWidth = 40;
}
proto.zeroArgBlock();
obj = proto.generator();
this.collapseArtwork = obj[0];
obj = this.protoblock.generator(this.clampCount[0]);
} else if (this.isCollapsible()) {
proto = new ProtoBlock("collapse");
proto.scale = this.protoblock.scale;
proto.extraWidth = 40;
proto.basicBlockCollapsed();
obj = proto.generator();
this.collapseArtwork = obj[0];
obj = this.protoblock.generator(this.clampCount[0]);
} else if (this.name === "ifthenelse") {
obj = this.protoblock.generator(this.clampCount[0], this.clampCount[1]);
} else if (this.protoblock.style === "clamp") {
obj = this.protoblock.generator(this.clampCount[0]);
} else if (this.protoblock.style === "argflowclamp") {
obj = this.protoblock.generator(this.clampCount[0]);
} else {
switch (this.name) {
case "equal":
case "greater":
case "less":
obj = this.protoblock.generator(this.clampCount[0]);
break;
case "makeblock":
case "calcArg":
case "doArg":
case "namedcalcArg":
case "nameddoArg":
obj = this.protoblock.generator(this.argClampSlots);
this.size = 2;
for (let i = 0; i < this.argClampSlots.length; i++) {
this.size += this.argClampSlots[i];
}
this.docks = [];
this.docks.push([obj[1][0][0], obj[1][0][1], this.protoblock.dockTypes[0]]);
break;
default:
if (this.isArgBlock()) {
obj = this.protoblock.generator(this.clampCount[0]);
} else if (this.isTwoArgBlock()) {
obj = this.protoblock.generator(this.clampCount[0]);
} else {
obj = this.protoblock.generator();
}
this.size += plusMinus;
break;
}
}
switch (this.name) {
case "nameddoArg":
for (let i = 1; i < obj[1].length - 1; i++) {
this.docks.push([obj[1][i][0], obj[1][i][1], "anyin"]);
}
this.docks.push([obj[1][2][0], obj[1][2][1], "in"]);
break;
case "namedcalcArg":
for (let i = 1; i < obj[1].length; i++) {
this.docks.push([obj[1][i][0], obj[1][i][1], "anyin"]);
}
break;
case "doArg":
this.docks.push([obj[1][1][0], obj[1][1][1], this.protoblock.dockTypes[1]]);
for (let i = 2; i < obj[1].length - 1; i++) {
this.docks.push([obj[1][i][0], obj[1][i][1], "anyin"]);
}
this.docks.push([obj[1][3][0], obj[1][3][1], "in"]);
break;
case "makeblock":
case "calcArg":
this.docks.push([obj[1][1][0], obj[1][1][1], this.protoblock.dockTypes[1]]);
for (let i = 2; i < obj[1].length; i++) {
this.docks.push([obj[1][i][0], obj[1][i][1], "anyin"]);
}
break;
default:
break;
}
// Save new artwork and dock positions.
this.artwork = obj[0];
for (let i = 0; i < this.docks.length; i++) {
this.docks[i][0] = obj[1][i][0];
this.docks[i][1] = obj[1][i][1];
}
this.width = obj[2];
this.height = obj[3];
this.hitHeight = obj[4];
}
/**
* Load any artwork associated with the block and create any extra parts. Image components are
* loaded asynchronously so most the work happens in callbacks.
* We also need a text label for some blocks. For number and text blocks, this is the primary
* label; for parameter blocks, this is used to display the current block value.
* @public
* @returns {void}
*/
imageLoad() {
let fontSize = 10 * this.protoblock.scale;
this.text = new createjs.Text("", fontSize + "px Sans", platformColor.blockText);
this.generateArtwork(true, []);
}
/**
* Add an image to a block.
* @private
* @returns {void}
*/
_addImage() {
let image = new Image();
let that = this;
/**
* The loader.
* @private
* @returns {void}
*/
image.onload = function () {
let bitmap = new createjs.Bitmap(image);
// Don't override the image on a media block.
if (that.name === "media") {
for (let i = 0; i < that.container.children.length; i++) {
if (that.container.children[i].name === "media") {
return;
}
}
}
bitmap.name = "media";
that.container.addChild(bitmap);
that._positionMedia(bitmap, image.width, image.height, that.protoblock.scale);
/*
that._positionMedia(
bitmap,
image.width,
image.height,
that.protoblock.scale
);
*/
that.imageBitmap = bitmap;
that.updateCache();
};
image.src = this.image;
}
/**
* Sometimes (in the case of namedboxes and nameddos) we need to regenerate the artwork
* associated with a block.
* @public
* @param collapse -is the collapse artwork also generated?
* @returns {void}
*/
regenerateArtwork(collapse) {
// First we need to remove the old artwork.
if (this.bitmap != null) {
this.container.removeChild(this.bitmap);
}
if (this.highlightBitmap != null) {
this.container.removeChild(this.highlightBitmap);
}
if (this.disconnectedBitmap != null) {
this.container.removeChild(this.disconnectedBitmap);
}
if (this.disconnectedHighlightBitmap != null) {
this.container.removeChild(this.disconnectedHighlightBitmap);
}
if (collapse && this.collapseBlockBitmap !== null) {
this.container.removeChild(this.collapseButtonBitmap);
this.container.removeChild(this.expandButtonBitmap);
this.container.removeChild(this.collapseBlockBitmap);
this.container.removeChild(this.highlightCollapseBlockBitmap);
}
// Then we generate new artwork.
this.generateArtwork(false);
}
/**
* Generate the artwork for a block.
* @public
* @param firstTime - the first time, add the event handlers
* @returns {void}
*/
generateArtwork(firstTime) {
// Get the block labels from the protoblock.
let that = this;
let thisBlock = this.blocks.blockList.indexOf(this);
let block_label = "";
// Create the highlight bitmap for the block.
let __processHighlightBitmap = function (bitmap, that) {
if (that.highlightBitmap != null) {
that.container.removeChild(that.highlightBitmap);
}
that.highlightBitmap = bitmap;
that.container.addChild(that.highlightBitmap);
that.highlightBitmap.x = 0;
that.highlightBitmap.y = 0;
that.highlightBitmap.name = "bmp_highlight_" + thisBlock;
if (!that.blocks.logo.runningLilypond) {
that.highlightBitmap.cursor = "pointer";
}
// Hide highlight bitmap to start.
that.highlightBitmap.visible = false;
// At me point, it should be safe to calculate the
// bounds of the container and cache its contents.
if (!firstTime) {
that.container.uncache();
}
const __callback = function (that, firstTime) {
that.blocks.refreshCanvas();
let thisBlock = that.blocks.blockList.indexOf(that);
if (firstTime) {
that._loadEventHandlers();
if (that.image !== null) {
console.log(that.name);
that._addImage();
}
that._finishImageLoad();
} else {
if (that.isCollapsible()) {
that._ensureDecorationOnTop();
}
// Adjust the docks.
that.blocks.adjustDocks(thisBlock, true);
// Adjust the text position.
that._positionText(that.protoblock.scale);
if (that.isCollapsible()) {
that.bitmap.visible = !that.collapsed;
that.highlightBitmap.visible = false;
that.updateCache();
}
if (that.postProcess != null) {
that.postProcess(that.postProcessArg);
that.postProcess = null;
}
}
};
that._createCache(__callback, firstTime);
};
// Create the disconnect highlight bitmap for the block.
let __processDisconnectedHighlightBitmap = function (bitmap, that) {
if (that.disconnectedHighlightBitmap != null) {
that.container.removeChild(that.disconnectedHighlightBitmap);
}
that.disconnectedHighlightBitmap = bitmap;
that.container.addChild(that.disconnectedHighlightBitmap);
that.disconnectedHighlightBitmap.x = 0;
that.disconnectedHighlightBitmap.y = 0;
that.disconnectedHighlightBitmap.name = "bmp_disconnect_hightlight_" + thisBlock;
if (!that.blocks.logo.runningLilypond) {
that.disconnectedHighlightBitmap.cursor = "pointer";
}
// Hide disconnected bitmap to start.
that.disconnectedHighlightBitmap.visible = false;
let artwork;
if (that.protoblock.disabled) {
artwork = that.artwork
.replace(/fill_color/g, DISABLEDFILLCOLOR)
.replace(/stroke_color/g, DISABLEDSTROKECOLOR)
.replace("block_label", safeSVG(block_label));
} else {
artwork = that.artwork
.replace(/fill_color/g, PALETTEHIGHLIGHTCOLORS[that.protoblock.palette.name])
.replace(/stroke_color/g, HIGHLIGHTSTROKECOLORS[that.protoblock.palette.name])
.replace("block_label", safeSVG(block_label));
}
for (let i = 1; i < that.protoblock.staticLabels.length; i++) {
artwork = artwork.replace("arg_label_" + i, that.protoblock.staticLabels[i]);
}
_blockMakeBitmap(artwork, __processHighlightBitmap, that);
};
// Create the disconnect bitmap for the block.
let __processDisconnectedBitmap = function (bitmap, that) {
if (that.disconnectedBitmap != null) {
that.container.removeChild(that.disconnectedBitmap);
}
that.disconnectedBitmap = bitmap;
that.container.addChild(that.disconnectedBitmap);
that.disconnectedBitmap.x = 0;
that.disconnectedBitmap.y = 0;
that.disconnectedBitmap.name = "bmp_disconnect_" + thisBlock;
if (!that.blocks.logo.runningLilypond) {
that.disconnectedBitmap.cursor = "pointer";
}
// Hide disconnected bitmap to start.
that.disconnectedBitmap.visible = false;
let artwork;
if (that.protoblock.disabled) {
artwork = that.artwork
.replace(/fill_color/g, DISABLEDFILLCOLOR)
.replace(/stroke_color/g, DISABLEDSTROKECOLOR)
.replace("block_label", safeSVG(block_label));
} else {
artwork = that.artwork
.replace(
/fill_color/g,
platformColor.paletteColors[that.protoblock.palette.name][3]
)
.replace(/stroke_color/g, HIGHLIGHTSTROKECOLORS[that.protoblock.palette.name])
.replace("block_label", safeSVG(block_label));
}
for (let i = 1; i < that.protoblock.staticLabels.length; i++) {
artwork = artwork.replace("arg_label_" + i, that.protoblock.staticLabels[i]);
}
_blockMakeBitmap(artwork, __processDisconnectedHighlightBitmap, that);
};
// Create the bitmap for the block.
let __processBitmap = function (bitmap, that) {
if (that.bitmap != null) {
that.container.removeChild(that.bitmap);
}
that.bitmap = bitmap;
that.container.addChild(that.bitmap);
that.bitmap.x = 0;
that.bitmap.y = 0;
that.bitmap.name = "bmp_" + thisBlock;
that.bitmap.cursor = "pointer";
that.blocks.refreshCanvas();
let artwork;
if (that.protoblock.disabled) {
artwork = that.artwork
.replace(/fill_color/g, DISABLEDFILLCOLOR)
.replace(/stroke_color/g, DISABLEDSTROKECOLOR)
.replace("block_label", safeSVG(block_label));
} else {
artwork = that.artwork
.replace(/fill_color/g, platformColor.disconnected)
.replace(/stroke_color/g, HIGHLIGHTSTROKECOLORS[that.protoblock.palette.name])
.replace("block_label", safeSVG(block_label));
}
for (let i = 1; i < that.protoblock.staticLabels.length; i++) {
artwork = artwork.replace("arg_label_" + i, that.protoblock.staticLabels[i]);
}
_blockMakeBitmap(artwork, __processDisconnectedBitmap, that);
};
if (this.overrideName && this.name !== "outputtools") {
if (
[
"namedbox",
"storein2",
"nameddo",
"nameddoArg",
"namedcalc",
"namedcalcArg"
].indexOf(this.name) !== -1
) {
block_label = this.overrideName;