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🎨 Updated prettier config

This commit is contained in:
Joost De Cock 2019-08-03 15:03:33 +02:00
parent b8e632998b
commit 6710d76b08
401 changed files with 13193 additions and 15620 deletions

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@ -1,72 +1,63 @@
import { macroName, round, sampleStyle, capitalize } from "./utils";
import Part from "./part";
import Point from "./point";
import Path from "./path";
import Snippet from "./snippet";
import Svg from "./svg";
import pack from "bin-pack";
import Store from "./store";
import Hooks from "./hooks";
import Attributes from "./attributes";
import { macroName, round, sampleStyle, capitalize } from './utils'
import Part from './part'
import Point from './point'
import Path from './path'
import Snippet from './snippet'
import Svg from './svg'
import pack from 'bin-pack'
import Store from './store'
import Hooks from './hooks'
import Attributes from './attributes'
export default function Pattern(config = { options: {} }) {
this.config = config; // Pattern configuration
this.width = 0; // Will be set after render
this.height = 0; // Will be set after render
this.is = ""; // Will be set when drafting/sampling
this.config = config // Pattern configuration
this.width = 0 // Will be set after render
this.height = 0 // Will be set after render
this.is = '' // Will be set when drafting/sampling
this.store = new Store(); // Store for sharing data across parts
this.parts = {}; // Parts container
this.hooks = new Hooks(); // Hooks container
this.Point = Point; // Point constructor
this.Path = Path; // Path constructor
this.Snippet = Snippet; // Snippet constructor
this.Attributes = Attributes; // Attributes constructor
this.store = new Store() // Store for sharing data across parts
this.parts = {} // Parts container
this.hooks = new Hooks() // Hooks container
this.Point = Point // Point constructor
this.Path = Path // Path constructor
this.Snippet = Snippet // Snippet constructor
this.Attributes = Attributes // Attributes constructor
// Default settings
this.settings = {
complete: true,
idPrefix: "fs-",
locale: "en",
units: "metric",
idPrefix: 'fs-',
locale: 'en',
units: 'metric',
margin: 2,
layout: true,
options: {}
};
}
if (typeof this.config.dependencies === "undefined")
this.config.dependencies = {};
if (typeof this.config.inject === "undefined") this.config.inject = {};
if (typeof this.config.hide === "undefined") this.config.hide = [];
this.config.resolvedDependencies = this.resolveDependencies(
this.config.dependencies
);
this.config.draftOrder = this.draftOrder(this.config.resolvedDependencies);
if (typeof this.config.dependencies === 'undefined') this.config.dependencies = {}
if (typeof this.config.inject === 'undefined') this.config.inject = {}
if (typeof this.config.hide === 'undefined') this.config.hide = []
this.config.resolvedDependencies = this.resolveDependencies(this.config.dependencies)
this.config.draftOrder = this.draftOrder(this.config.resolvedDependencies)
// Convert options
for (let i in config.options) {
let option = config.options[i];
if (typeof option === "object") {
if (typeof option.pct !== "undefined")
this.settings.options[i] = option.pct / 100;
else if (typeof option.mm !== "undefined")
this.settings.options[i] = option.mm;
else if (typeof option.deg !== "undefined")
this.settings.options[i] = option.deg;
else if (typeof option.count !== "undefined")
this.settings.options[i] = option.count;
else if (typeof option.bool !== "undefined")
this.settings.options[i] = option.bool;
else if (typeof option.dflt !== "undefined")
this.settings.options[i] = option.dflt;
else throw new Error("Unknown option type: " + JSON.stringify(option));
let option = config.options[i]
if (typeof option === 'object') {
if (typeof option.pct !== 'undefined') this.settings.options[i] = option.pct / 100
else if (typeof option.mm !== 'undefined') this.settings.options[i] = option.mm
else if (typeof option.deg !== 'undefined') this.settings.options[i] = option.deg
else if (typeof option.count !== 'undefined') this.settings.options[i] = option.count
else if (typeof option.bool !== 'undefined') this.settings.options[i] = option.bool
else if (typeof option.dflt !== 'undefined') this.settings.options[i] = option.dflt
else throw new Error('Unknown option type: ' + JSON.stringify(option))
} else {
this.settings.options[i] = option;
this.settings.options[i] = option
}
}
// Macros
this.macros = {};
this.macros = {}
// Context object to add to Part closure
const context = {
@ -75,406 +66,385 @@ export default function Pattern(config = { options: {} }) {
settings: this.settings,
store: this.store,
macros: this.macros
};
}
// Part closure
this.Part = function() {
let part = new Part();
part.context = context;
let part = new Part()
part.context = context
for (let macro in context.macros) {
part[macroName(macro)] = context.macros[macro];
part[macroName(macro)] = context.macros[macro]
}
return part;
};
return part
}
}
// Merges settings object with this.settings
Pattern.prototype.apply = function(settings) {
if (typeof settings !== "object") return this;
if (typeof settings !== 'object') return this
for (let key of Object.keys(settings)) {
if (Array.isArray(settings[key])) {
if (Array.isArray(this.settings[key])) {
for (let entry of settings[key]) this.settings[key].push(entry);
} else this.settings[key] = settings[key];
} else if (typeof settings[key] === "object") {
for (let entry of settings[key]) this.settings[key].push(entry)
} else this.settings[key] = settings[key]
} else if (typeof settings[key] === 'object') {
this.settings[key] = {
...this.settings[key],
...settings[key]
};
} else this.settings[key] = settings[key];
}
} else this.settings[key] = settings[key]
}
return this;
};
return this
}
Pattern.prototype.runHooks = function(hookName, data = false) {
if (data === false) data = this;
let hooks = this.hooks[hookName];
if (data === false) data = this
let hooks = this.hooks[hookName]
if (hooks.length > 0) {
for (let hook of hooks) {
hook.method(data, hook.data);
hook.method(data, hook.data)
}
}
};
}
/**
* The default draft method with pre- and postDraft hooks
*/
Pattern.prototype.draft = function() {
if (this.is !== "sample") this.is = "draft";
this.runHooks("preDraft");
if (this.is !== 'sample') this.is = 'draft'
this.runHooks('preDraft')
for (let partName of this.config.draftOrder) {
this.parts[partName] = new this.Part();
if (typeof this.config.inject[partName] === "string") {
this.parts[partName].inject(this.parts[this.config.inject[partName]]);
this.parts[partName] = new this.Part()
if (typeof this.config.inject[partName] === 'string') {
this.parts[partName].inject(this.parts[this.config.inject[partName]])
}
if (this.needs(partName)) {
let method = "draft" + capitalize(partName);
if (typeof this[method] !== "function")
let method = 'draft' + capitalize(partName)
if (typeof this[method] !== 'function')
throw new Error('Method "' + method + '" on pattern object is not callable')
this.parts[partName] = this[method](this.parts[partName])
if (typeof this.parts[partName] === 'undefined')
throw new Error(
'Method "' + method + '" on pattern object is not callable'
);
this.parts[partName] = this[method](this.parts[partName]);
if (typeof this.parts[partName] === "undefined")
throw new Error(
"Result of " +
method +
"() was undefined. Did you forget to return the Part object?"
);
'Result of ' + method + '() was undefined. Did you forget to return the Part object?'
)
this.parts[partName].render =
this.parts[partName].render === false ? false : this.wants(partName);
this.parts[partName].render === false ? false : this.wants(partName)
} else {
this.parts[partName].render = false;
this.parts[partName].render = false
}
}
this.runHooks("postDraft");
this.runHooks('postDraft')
return this;
};
return this
}
/**
* Handles pattern sampling
*/
Pattern.prototype.sample = function() {
if (this.settings.sample.type === "option") {
return this.sampleOption(this.settings.sample.option);
} else if (this.settings.sample.type === "measurement") {
return this.sampleMeasurement(this.settings.sample.measurement);
} else if (this.settings.sample.type === "models") {
return this.sampleModels(
this.settings.sample.models,
this.settings.sample.focus || false
);
if (this.settings.sample.type === 'option') {
return this.sampleOption(this.settings.sample.option)
} else if (this.settings.sample.type === 'measurement') {
return this.sampleMeasurement(this.settings.sample.measurement)
} else if (this.settings.sample.type === 'models') {
return this.sampleModels(this.settings.sample.models, this.settings.sample.focus || false)
}
};
}
Pattern.prototype.sampleParts = function() {
let parts = {};
this.settings.complete = false;
this.settings.paperless = false;
this.draft();
let parts = {}
this.settings.complete = false
this.settings.paperless = false
this.draft()
for (let i in this.parts) {
parts[i] = new this.Part();
parts[i].render = this.parts[i].render;
parts[i] = new this.Part()
parts[i].render = this.parts[i].render
}
return parts;
};
return parts
}
Pattern.prototype.sampleRun = function(
parts,
anchors,
run,
runs,
extraClass = false
) {
this.draft();
Pattern.prototype.sampleRun = function(parts, anchors, run, runs, extraClass = false) {
this.draft()
for (let i in this.parts) {
let anchor = false;
let dx = 0;
let dy = 0;
let anchor = false
let dx = 0
let dy = 0
if (this.parts[i].points.anchor) {
if (typeof anchors[i] === "undefined")
anchors[i] = this.parts[i].points.anchor;
if (typeof anchors[i] === 'undefined') anchors[i] = this.parts[i].points.anchor
else {
if (!anchors[i].sitsOn(this.parts[i].points.anchor)) {
dx = this.parts[i].points.anchor.dx(anchors[i]);
dy = this.parts[i].points.anchor.dy(anchors[i]);
dx = this.parts[i].points.anchor.dx(anchors[i])
dy = this.parts[i].points.anchor.dy(anchors[i])
}
}
}
for (let j in this.parts[i].paths) {
parts[i].paths[j + "_" + run] = this.parts[i].paths[j]
parts[i].paths[j + '_' + run] = this.parts[i].paths[j]
.clone()
.attr("style", sampleStyle(run, runs));
.attr('style', sampleStyle(run, runs))
if (this.parts[i].points.anchor)
parts[i].paths[j + "_" + run] = parts[i].paths[j + "_" + run].translate(
dx,
dy
);
if (extraClass !== false)
parts[i].paths[j + "_" + run].attributes.add("class", extraClass);
parts[i].paths[j + '_' + run] = parts[i].paths[j + '_' + run].translate(dx, dy)
if (extraClass !== false) parts[i].paths[j + '_' + run].attributes.add('class', extraClass)
}
}
};
}
/**
* Handles option sampling
*/
Pattern.prototype.sampleOption = function(optionName) {
this.is = "sample";
this.runHooks("preSample");
let step, val;
let factor = 1;
let anchors = {};
let parts = this.sampleParts();
let option = this.config.options[optionName];
if (typeof option.list === "object") {
return this.sampleListOption(optionName);
this.is = 'sample'
this.runHooks('preSample')
let step, val
let factor = 1
let anchors = {}
let parts = this.sampleParts()
let option = this.config.options[optionName]
if (typeof option.list === 'object') {
return this.sampleListOption(optionName)
}
if (typeof option.min === "undefined" || typeof option.max === "undefined") {
let min = option * 0.9;
let max = option * 1.1;
option = { min, max };
if (typeof option.min === 'undefined' || typeof option.max === 'undefined') {
let min = option * 0.9
let max = option * 1.1
option = { min, max }
}
if (typeof option.pct !== "undefined") factor = 100;
val = option.min / factor;
step = (option.max / factor - val) / 9;
if (typeof option.pct !== 'undefined') factor = 100
val = option.min / factor
step = (option.max / factor - val) / 9
for (let run = 1; run < 11; run++) {
this.settings.options[optionName] = val;
this.settings.options[optionName] = val
this.debug({
type: "info",
label: "🏃🏿‍♀️ Sample run",
type: 'info',
label: '🏃🏿‍♀️ Sample run',
msg: `Sampling option ${optionName} with value ${round(val)}`
});
this.sampleRun(parts, anchors, run, 10);
val += step;
})
this.sampleRun(parts, anchors, run, 10)
val += step
}
this.parts = parts;
this.runHooks("postSample");
this.parts = parts
this.runHooks('postSample')
return this;
};
return this
}
Pattern.prototype.sampleListOption = function(optionName) {
let parts = this.sampleParts();
let option = this.config.options[optionName];
let anchors = {};
let run = 1;
let runs = option.list.length;
let parts = this.sampleParts()
let option = this.config.options[optionName]
let anchors = {}
let run = 1
let runs = option.list.length
for (let val of option.list) {
this.settings.options[optionName] = val;
this.settings.options[optionName] = val
this.debug({
type: "info",
label: "🏃🏿‍♀️ Sample run",
type: 'info',
label: '🏃🏿‍♀️ Sample run',
msg: `Sampling option ${optionName} with value ${round(val)}`
});
this.sampleRun(parts, anchors, run, runs);
run++;
})
this.sampleRun(parts, anchors, run, runs)
run++
}
this.parts = parts;
this.parts = parts
return this;
};
return this
}
/**
* Handles measurement sampling
*/
Pattern.prototype.sampleMeasurement = function(measurementName) {
this.is = "sample";
this.runHooks("preSample");
let anchors = {};
let parts = this.sampleParts();
let val = this.settings.measurements[measurementName];
this.is = 'sample'
this.runHooks('preSample')
let anchors = {}
let parts = this.sampleParts()
let val = this.settings.measurements[measurementName]
if (val === undefined)
throw new Error(
"Cannot sample a measurement that is undefined: " + measurementName
);
let step = val / 50;
val = val * 0.9;
throw new Error('Cannot sample a measurement that is undefined: ' + measurementName)
let step = val / 50
val = val * 0.9
for (let run = 1; run < 11; run++) {
this.settings.measurements[measurementName] = val;
this.settings.measurements[measurementName] = val
this.debug({
type: "info",
label: "🏃🏿‍♀️ Sample run",
type: 'info',
label: '🏃🏿‍♀️ Sample run',
msg: `Sampling option ${measurementName} with value ${round(val)}`
});
this.sampleRun(parts, anchors, run, 10);
val += step;
})
this.sampleRun(parts, anchors, run, 10)
val += step
}
this.parts = parts;
this.runHooks("postSample");
this.parts = parts
this.runHooks('postSample')
return this;
};
return this
}
/**
* Handles models sampling
*/
Pattern.prototype.sampleModels = function(models, focus = false) {
this.is = "sample";
this.runHooks("preSample");
let anchors = {};
let parts = this.sampleParts();
let run = 0;
let runs = Object.keys(models).length;
this.is = 'sample'
this.runHooks('preSample')
let anchors = {}
let parts = this.sampleParts()
let run = 0
let runs = Object.keys(models).length
for (let l in models) {
run++;
this.settings.measurements = models[l];
run++
this.settings.measurements = models[l]
this.debug({
type: "info",
label: "🏃🏿‍♀️ Sample run",
type: 'info',
label: '🏃🏿‍♀️ Sample run',
msg: `Sampling model ${l}`
});
let className = l === focus ? "sample-focus" : "";
this.sampleRun(parts, anchors, run, runs, className);
})
let className = l === focus ? 'sample-focus' : ''
this.sampleRun(parts, anchors, run, runs, className)
}
this.parts = parts;
this.runHooks("postSample");
this.parts = parts
this.runHooks('postSample')
return this;
};
return this
}
/** Debug method, exposes debug hook */
Pattern.prototype.debug = function(data) {
this.runHooks("debug", data);
};
this.runHooks('debug', data)
}
Pattern.prototype.render = function() {
this.svg = new Svg(this);
this.svg.hooks = this.hooks;
this.svg = new Svg(this)
this.svg.hooks = this.hooks
return this.pack().svg.render(this);
};
return this.pack().svg.render(this)
}
Pattern.prototype.on = function(hook, method, data) {
this.hooks[hook].push({ method, data });
};
this.hooks[hook].push({ method, data })
}
Pattern.prototype.use = function(plugin, data = false) {
this.debug({
type: "success",
label: "🔌 Plugin loaded",
type: 'success',
label: '🔌 Plugin loaded',
msg: `${plugin.name} v${plugin.version}`
});
if (plugin.hooks) this.loadPluginHooks(plugin, data);
if (plugin.macros) this.loadPluginMacros(plugin);
})
if (plugin.hooks) this.loadPluginHooks(plugin, data)
if (plugin.macros) this.loadPluginMacros(plugin)
return this;
};
return this
}
Pattern.prototype.loadPluginHooks = function(plugin, data) {
for (let hook of Object.keys(this.hooks)) {
if (typeof plugin.hooks[hook] === "function") {
this.on(hook, plugin.hooks[hook], data);
if (typeof plugin.hooks[hook] === 'function') {
this.on(hook, plugin.hooks[hook], data)
} else if (Array.isArray(plugin.hooks[hook])) {
for (let method of plugin.hooks[hook]) {
this.on(hook, method, data);
this.on(hook, method, data)
}
}
}
};
}
Pattern.prototype.loadPluginMacros = function(plugin) {
for (let macro in plugin.macros) {
if (typeof plugin.macros[macro] === "function") {
this.macro(macro, plugin.macros[macro]);
if (typeof plugin.macros[macro] === 'function') {
this.macro(macro, plugin.macros[macro])
}
}
};
}
Pattern.prototype.macro = function(key, method) {
this.macros[key] = method;
};
this.macros[key] = method
}
/** Packs parts in a 2D space and sets pattern size */
Pattern.prototype.pack = function() {
let bins = [];
let bins = []
for (let key in this.parts) {
let part = this.parts[key];
let part = this.parts[key]
// Avoid multiple render calls to cause stacking of transforms
part.attributes.remove("transform");
part.attributes.remove('transform')
if (part.render) {
part.stack();
let width = part.bottomRight.x - part.topLeft.x;
let height = part.bottomRight.y - part.topLeft.y;
if (this.settings.layout === true) bins.push({ id: key, width, height });
part.stack()
let width = part.bottomRight.x - part.topLeft.x
let height = part.bottomRight.y - part.topLeft.y
if (this.settings.layout === true) bins.push({ id: key, width, height })
else {
if (this.width < width) this.width = width;
if (this.height < height) this.height = height;
if (this.width < width) this.width = width
if (this.height < height) this.height = height
}
}
}
if (this.settings.layout === true) {
let size = pack(bins, { inPlace: true });
let size = pack(bins, { inPlace: true })
for (let bin of bins) {
let part = this.parts[bin.id];
if (bin.x !== 0 || bin.y !== 0)
part.attr("transform", `translate (${bin.x}, ${bin.y})`);
let part = this.parts[bin.id]
if (bin.x !== 0 || bin.y !== 0) part.attr('transform', `translate (${bin.x}, ${bin.y})`)
}
this.width = size.width;
this.height = size.height;
} else if (typeof this.settings.layout === "object") {
this.width = this.settings.layout.width;
this.height = this.settings.layout.height;
this.width = size.width
this.height = size.height
} else if (typeof this.settings.layout === 'object') {
this.width = this.settings.layout.width
this.height = this.settings.layout.height
for (let partId of Object.keys(this.settings.layout.parts)) {
let transforms = this.settings.layout.parts[partId];
let transforms = this.settings.layout.parts[partId]
// Moving
if (typeof transforms.move === "object") {
if (typeof transforms.move === 'object') {
this.parts[partId].attributes.set(
"transform",
"translate(" + transforms.move.x + ", " + transforms.move.y + ")"
);
'transform',
'translate(' + transforms.move.x + ', ' + transforms.move.y + ')'
)
}
// Mirrorring
let center = this.parts[partId].topLeft.shiftFractionTowards(
this.parts[partId].bottomRight,
0.5
);
let anchor = { x: 0, y: 0 };
)
let anchor = { x: 0, y: 0 }
if (transforms.flipX) {
let dx = anchor.x - center.x;
let transform = `translate(${center.x * -1}, ${center.y * -1})`;
transform += " scale(-1, 1)";
transform += ` translate(${center.x * -1 + 2 * dx}, ${center.y})`;
this.parts[partId].attributes.add("transform", transform);
let dx = anchor.x - center.x
let transform = `translate(${center.x * -1}, ${center.y * -1})`
transform += ' scale(-1, 1)'
transform += ` translate(${center.x * -1 + 2 * dx}, ${center.y})`
this.parts[partId].attributes.add('transform', transform)
}
if (transforms.flipY) {
let dy = anchor.y - center.y;
let transform = `translate(${center.x * -1}, ${center.y * -1})`;
transform += " scale(1, -1)";
transform += ` translate(${center.x}, ${center.y * -1 + 2 * dy})`;
this.parts[partId].attributes.add("transform", transform);
let dy = anchor.y - center.y
let transform = `translate(${center.x * -1}, ${center.y * -1})`
transform += ' scale(1, -1)'
transform += ` translate(${center.x}, ${center.y * -1 + 2 * dy})`
this.parts[partId].attributes.add('transform', transform)
}
if (transforms.rotate) {
let transform = `rotate(${transforms.rotate}, ${center.x -
anchor.x}, ${center.y - anchor.y})`;
this.parts[partId].attributes.add("transform", transform);
let transform = `rotate(${transforms.rotate}, ${center.x - anchor.x}, ${center.y -
anchor.y})`
this.parts[partId].attributes.add('transform', transform)
}
}
}
return this;
};
return this
}
/** Determines the order to draft parts in, based on dependencies */
Pattern.prototype.draftOrder = function(graph = this.resolveDependencies()) {
let sorted = [];
let visited = {};
let sorted = []
let visited = {}
Object.keys(graph).forEach(function visit(name, ancestors) {
if (!Array.isArray(ancestors)) ancestors = [];
ancestors.push(name);
visited[name] = true;
if (typeof graph[name] !== "undefined") {
if (!Array.isArray(ancestors)) ancestors = []
ancestors.push(name)
visited[name] = true
if (typeof graph[name] !== 'undefined') {
graph[name].forEach(function(dep) {
if (visited[dep]) return;
visit(dep, ancestors.slice(0));
});
if (visited[dep]) return
visit(dep, ancestors.slice(0))
})
}
if (sorted.indexOf(name) < 0) sorted.push(name);
});
if (sorted.indexOf(name) < 0) sorted.push(name)
})
return sorted;
};
return sorted
}
/** Recursively solves part dependencies for a part */
Pattern.prototype.resolveDependency = function(
@ -483,135 +453,119 @@ Pattern.prototype.resolveDependency = function(
graph = this.config.dependencies,
deps = []
) {
if (typeof seen[part] === "undefined") seen[part] = true;
if (typeof graph[part] === "string") {
if (deps.indexOf(graph[part]) === -1) deps.push(graph[part]);
return this.resolveDependency(seen, graph[part], graph, deps);
if (typeof seen[part] === 'undefined') seen[part] = true
if (typeof graph[part] === 'string') {
if (deps.indexOf(graph[part]) === -1) deps.push(graph[part])
return this.resolveDependency(seen, graph[part], graph, deps)
} else if (Array.isArray(graph[part])) {
if (graph[part].length === 0) return [];
if (graph[part].length === 0) return []
else {
if (deps.length === 0) deps = graph[part];
for (let apart of graph[part])
deps.concat(this.resolveDependency(seen, apart, graph, deps));
if (deps.length === 0) deps = graph[part]
for (let apart of graph[part]) deps.concat(this.resolveDependency(seen, apart, graph, deps))
}
}
return deps;
};
return deps
}
/** Resolves part dependencies into a flat array */
Pattern.prototype.resolveDependencies = function(
graph = this.config.dependencies
) {
Pattern.prototype.resolveDependencies = function(graph = this.config.dependencies) {
for (let i in this.config.inject) {
let dependency = this.config.inject[i];
if (typeof this.config.dependencies[i] === "undefined")
this.config.dependencies[i] = dependency;
let dependency = this.config.inject[i]
if (typeof this.config.dependencies[i] === 'undefined') this.config.dependencies[i] = dependency
else if (this.config.dependencies[i] !== dependency) {
if (typeof this.config.dependencies[i] === "string")
this.config.dependencies[i] = [this.config.dependencies[i], dependency];
if (typeof this.config.dependencies[i] === 'string')
this.config.dependencies[i] = [this.config.dependencies[i], dependency]
else if (Array.isArray(this.config.dependencies[i])) {
if (this.config.dependencies[i].indexOf(dependency) === -1)
this.config.dependencies[i].push(dependency);
} else
throw new Error(
"Part dependencies should be a string or an array of strings"
);
this.config.dependencies[i].push(dependency)
} else throw new Error('Part dependencies should be a string or an array of strings')
}
// Parts both in the parts and dependencies array trip up the dependency resolver
if (Array.isArray(this.config.parts)) {
let pos = this.config.parts.indexOf(this.config.inject[i]);
if (pos !== -1) this.config.parts.splice(pos, 1);
let pos = this.config.parts.indexOf(this.config.inject[i])
if (pos !== -1) this.config.parts.splice(pos, 1)
}
}
// Include parts outside the dependency graph
if (Array.isArray(this.config.parts)) {
for (let part of this.config.parts) {
if (typeof this.config.dependencies[part] === "undefined")
this.config.dependencies[part] = [];
if (typeof this.config.dependencies[part] === 'undefined') this.config.dependencies[part] = []
}
}
let resolved = {};
let seen = {};
for (let part in graph)
resolved[part] = this.resolveDependency(seen, part, graph);
for (let part in seen)
if (typeof resolved[part] === "undefined") resolved[part] = [];
let resolved = {}
let seen = {}
for (let part in graph) resolved[part] = this.resolveDependency(seen, part, graph)
for (let part in seen) if (typeof resolved[part] === 'undefined') resolved[part] = []
return resolved;
};
return resolved
}
/** Determines whether a part is needed
* This depends on the 'only' setting and the
* configured dependencies.
*/
Pattern.prototype.needs = function(partName) {
if (typeof this.settings.only === "undefined" || this.settings.only === false)
return true;
else if (typeof this.settings.only === "string") {
if (this.settings.only === partName) return true;
if (typeof this.settings.only === 'undefined' || this.settings.only === false) return true
else if (typeof this.settings.only === 'string') {
if (this.settings.only === partName) return true
if (Array.isArray(this.config.resolvedDependencies[this.settings.only])) {
for (let dependency of this.config.resolvedDependencies[
this.settings.only
]) {
if (dependency === partName) return true;
for (let dependency of this.config.resolvedDependencies[this.settings.only]) {
if (dependency === partName) return true
}
}
} else if (Array.isArray(this.settings.only)) {
for (let part of this.settings.only) {
if (part === partName) return true;
if (part === partName) return true
for (let dependency of this.config.resolvedDependencies[part]) {
if (dependency === partName) return true;
if (dependency === partName) return true
}
}
}
return false;
};
return false
}
/* Checks whether a part is hidden in the config */
Pattern.prototype.isHidden = function(partName) {
if (Array.isArray(this.config.hide)) {
if (this.config.hide.indexOf(partName) !== -1) return true;
if (this.config.hide.indexOf(partName) !== -1) return true
}
return false;
};
return false
}
/** Determines whether a part is wanted by the user
* This depends on the 'only' setting
*/
Pattern.prototype.wants = function(partName) {
if (
typeof this.settings.only === "undefined" ||
this.settings.only === false
) {
if (this.isHidden(partName)) return false;
} else if (typeof this.settings.only === "string") {
if (this.settings.only === partName) return true;
return false;
if (typeof this.settings.only === 'undefined' || this.settings.only === false) {
if (this.isHidden(partName)) return false
} else if (typeof this.settings.only === 'string') {
if (this.settings.only === partName) return true
return false
} else if (Array.isArray(this.settings.only)) {
for (let part of this.settings.only) {
if (part === partName) return true;
if (part === partName) return true
}
return false;
return false
}
return true;
};
return true
}
/** Returns props required to render this pattern through
* an external renderer (eg. a React component)
*/
Pattern.prototype.getRenderProps = function() {
this.pack();
let props = {};
props.width = this.width;
props.height = this.height;
props.settings = this.settings;
props.parts = {};
this.pack()
let props = {}
props.width = this.width
props.height = this.height
props.settings = this.settings
props.parts = {}
for (let p in this.parts) {
if (this.parts[p].render) {
props.parts[p] = {
@ -623,9 +577,9 @@ Pattern.prototype.getRenderProps = function() {
width: this.parts[p].width,
bottomRight: this.parts[p].bottomRight,
topLeft: this.parts[p].topLeft
};
}
}
}
return props;
};
return props
}