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widget.js
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/* global requirejs cprequire cpdefine chilipeppr THREE */
// Defining the globals above helps Cloud9 not show warnings for those variables
// ChiliPeppr Widget/Element Javascript
requirejs.config({
/*
Dependencies can be defined here. ChiliPeppr uses require.js so
please refer to http://requirejs.org/docs/api.html for info.
Most widgets will not need to define Javascript dependencies.
Make sure all URLs are https and http accessible. Try to use URLs
that start with // rather than http:// or https:// so they simply
use whatever method the main page uses.
Also, please make sure you are not loading dependencies from different
URLs that other widgets may already load like jquery, bootstrap,
three.js, etc.
You may slingshot content through ChiliPeppr's proxy URL if you desire
to enable SSL for non-SSL URL's. ChiliPeppr's SSL URL is
https://i2dcui.appspot.com which is the SSL equivalent for
http://chilipeppr.com
*/
paths: {
// Don't put .js at end of URL (except when passing thru CP geturl proxy)
// Three: '//i2dcui.appspot.com/geturl?url=http://threejs.org/build/three.min.js',
Three: 'https://cdnjs.cloudflare.com/ajax/libs/three.js/r76/three',
ThreeTextGeometry: '//i2dcui.appspot.com/js/three/TextGeometry',
ThreeFontUtils: '//i2dcui.appspot.com/js/three/FontUtils',
ThreeHelvetiker: '//i2dcui.appspot.com/js/three/threehelvetiker',
Clipper: '//i2dcui.appspot.com/js/clipper/clipper_unminified'
},
shim: {
ThreeTextGeometry: ['Three'],
ThreeFontUtils: ['Three', 'ThreeTextGeometry'],
ThreeHelvetiker: ['Three', 'ThreeTextGeometry', 'ThreeFontUtils'],
}
});
// Test this element. This code is auto-removed by the chilipeppr.load()
cprequire_test(["inline:com-chilipeppr-widget-eagle"], function (ew) {
// Test this element. This code is auto-removed by the chilipeppr.load()
// when using this widget in production. So use the cpquire_test to do things
// you only want to have happen during testing, like loading other widgets or
// doing unit tests. Don't remove end_test at the end or auto-remove will fail.
console.log("test running of " + ew.id);
//ew.init();
$('#com-chilipeppr-widget-eagle').css('position', 'relative');
$('#com-chilipeppr-widget-eagle').css('background', 'none');
$('#com-chilipeppr-widget-eagle').css('width', '320px');
$('body').prepend('<div id="3dviewer"></div>');
chilipeppr.load(
"#3dviewer",
"http://raw.githubusercontent.com/chilipeppr/widget-3dviewer/master/auto-generated-widget.html",
function() {
cprequire(['inline:com-chilipeppr-widget-3dviewer'], function (threed) {
threed.init({
doMyOwnDragDrop: false
});
//$('#com-chilipeppr-widget-3dviewer .panel-heading').addClass('hidden');
//autolevel.addRegionTo3d();
//autolevel.loadFileFromLocalStorageKey('com-chilipeppr-widget-autolevel-recent8');
//autolevel.toggleShowMatrix();
// only init eagle widget once 3d is loaded
// set doMyOwnDragDrop
ew.init(true);
});
});
$('body').prepend('<div id="test-drag-drop"></div>');
chilipeppr.load("#test-drag-drop", "http://raw.githubusercontent.com/chilipeppr/elem-dragdrop/master/auto-generated-widget.html",
function () {
cprequire(
["inline:com-chilipeppr-elem-dragdrop"],
function (dd) {
dd.init();
dd.bind("body", null);
});
});
$('body').prepend('<div id="com-chilipeppr-flash"></div>');
chilipeppr.load("#com-chilipeppr-flash",
"http://raw.githubusercontent.com/chilipeppr/element-flash/master/auto-generated-widget.html",
function () {
console.log("mycallback got called after loading flash msg module");
cprequire(["inline:com-chilipeppr-elem-flashmsg"], function (fm) {
//console.log("inside require of " + fm.id);
fm.init();
});
});
// test before and after render
chilipeppr.subscribe("/" + ew.id + '/beforeToolPathRender', this, function(eagleWidget) {
console.log("publish test. got the /beforeToolPathRender signal. eagleWidget:", eagleWidget);
});
chilipeppr.subscribe("/" + ew.id + '/afterToolPathRender', this, function(eagleWidget) {
console.log("publish test. got the /afterToolPathRender signal. eagleWidget:", eagleWidget);
});
// test before and after render
chilipeppr.subscribe("/" + ew.id + '/beforeLayerGenerate', this, function(eagleWidget) {
console.log("publish test. got the /beforeLayerGenerate signal. layer:", eagleWidget.activeLayer, "eagleWidget:", eagleWidget);
});
chilipeppr.subscribe("/" + ew.id + '/afterLayerGenerate', this, function(eagleWidget) {
console.log("publish test. got the /afterLayerGenerate signal. layer:", eagleWidget.activeLayer, "eagleWidget:", eagleWidget);
});
} /*end_test*/ );
// This is the main definition of your widget. Give it a unique name.
cpdefine("inline:com-chilipeppr-widget-eagle", ["chilipeppr_ready", "Clipper", "jqueryuiWidget"], function () {
return {
/**
* The ID of the widget. You must define this and make it unique.
*/
id: "com-chilipeppr-widget-eagle",
name: "Widget / Eagle BRD v5.8",
desc: "This widget lets you drag in an Eagle PCB \".brd\" file to mill.",
url: "(auto fill by runme.js)", // The final URL of the working widget as a single HTML file with CSS and Javascript inlined. You can let runme.js auto fill this if you are using Cloud9.
fiddleurl: "(auto fill by runme.js)", // The edit URL. This can be auto-filled by runme.js in Cloud9 if you'd like, or just define it on your own to help people know where they can edit/fork your widget
githuburl: "(auto fill by runme.js)", // The backing github repo
testurl: "(auto fill by runme.js)", // The standalone working widget so can view it working by itself
/**
* Define pubsub signals below. These are basically ChiliPeppr's event system.
* ChiliPeppr uses amplify.js's pubsub system so please refer to docs at
* http://amplifyjs.com/api/pubsub/
*/
/**
* Define the publish signals that this widget/element owns or defines so that
* other widgets know how to subscribe to them and what they do.
*/
publish: {
// Define a key:value pair here as strings to document what signals you publish.
'/onAddGcode': `This signal lets a 3rd party add-on inject its own Gcode into the
overall final Gcode for the Eagle BRD Widget. Here is an example of how to subscribe.
<pre>
chilipeppr.subscribe(
"/com-chilipeppr-widget-eagle/addGcode",
this,
this.myOnAddGcode
);
</pre>
Then, your callback would look like this with 4 parameters receiving the variables
that the addGcode publish signal sends you.
<pre>
onAddGcode : function(addGcodeCallback, gcodeParts, eagleWidget, helpDesc){
console.log("Got onAddGcode:", arguments);
// this method calls back to the main Eagle widget to inject our Gcode
addGcodeCallback(1500, myOwnGcode );
}
</pre>
The 1500 in the example above is to attach a priority to where our Gcode will get positioned.
The base Gcode ends around line 900. The footer starts at line 2000. So putting our Gcode at
the end but before the footer means using 1500 should do fine. You can analyze the existing
Gcode by looking at parameter 2 gcodeParts to see if an index has already been used so you
don't clobber it. If you want to delete Gcode from gcodeParts you could do that as well and
the main widget will reflect the deletion.
`,
'/beforeLayerGenerate' : `This widget fires a signal before generating the Three.js objects
and Clipper paths for a board layer. The Three.js objects are 3D objects representing the
pads, vias, smds, wires, polygons, and dimensions. Those Three.js objects are used to
populate the 3D viewer and to calculate 2D Clipper paths from.
Clipper paths are the 2D XY
values of all the layer's objects and are generated so that unions and diffs can be
calculated on those paths in the render step. Clipper paths can be easily inflated and
deflated by the Clipper.js library which is why they are so important to this widget.
When you get this signal a reference to "this", i.e. the Eagle Widget, is included in
the payload so you may use it to manipulate this widget as you see fit.`,
'/afterLayerGenerate' : `Please see the /beforeLayerGenerate description to understand this
signal better. The /afterLayerGenerate signal is fired after this widget is done
generating the board layer. The payload is the same as the before signal.`,
'/beforeToolPathRender' : `This widget fires a signal before the rendering of the tool path
for the milling of the Eagle BRD. As the user tests out different inflate values, you
will get this signal for each re-render of the tool path the user asks for, i.e. when
they click the "render" button.
In the payload is a reference to "this" so you can possibly grab info or do other
manipulations of the board before we render the tool path. This is especially useful for add-on
widgets to the Eagle BRD widget such as the Solder Paste Dispenser Add-On or the
Pick and Place Add-On.
`,
'/afterToolPathRender' : `This widget fires a signal after the rendering of the tool path
for the Eagle BRD. The tool path is the blue line in the 3D viewer.
Similar to the /beforeToolPathRender signal, in the payload is a reference to "this" so you can possibly grab info or do other
manipulations of the board after we render. This is especially useful for add-on
widgets to the Eagle BRD widget such as the Solder Paste Dispenser Add-On or the
Pick and Place Add-On.
`
},
/**
* Define the subscribe signals that this widget/element owns or defines so that
* other widgets know how to subscribe to them and what they do.
*/
subscribe: {
// Define a key:value pair here as strings to document what signals you subscribe to
// so other widgets can publish to this widget to have it do something.
// '/onExampleConsume': 'Example: This widget subscribe to this signal so other widgets can send to us and we'll do something with it.'
'/getBoardData' : `Call this with a callback and you will immediately get back the baord data
to your callback. Call like
chilipeppr.publish("/com-chilipeppr-eagle/getBoardData", mycallback);
This returns all of the board data for you, so that you can know
all of the information that this Eagle BRD widget created. You will get back data like:
{
clipperBySignalKey: {}, // contains all signals (wires)
clipperDimension: {}, // contains dimension of board
clipperElements: {},
clipperPads: {}, // contains all pads (pads have holes)
clipperSignalPolys: {}, // polygons that are signals like a GND plane
clipperSignalWires: {}, // wires by name
clipperSmds: {}, // all the smd pads, i.e. where components sit for soldering
clipperVias: {}, // your vias. these have holes too.
eagle: {}, // the parsed Eagle BRD XML into a structure
}`
},
/**
* Document the foreign publish signals, i.e. signals owned by other widgets
* or elements, that this widget/element publishes to.
*/
foreignPublish: {
// Define a key:value pair here as strings to document what signals you publish to
// that are owned by foreign/other widgets.
// '/jsonSend': 'Example: We send Gcode to the serial port widget to do stuff with the CNC controller.'
},
/**
* Document the foreign subscribe signals, i.e. signals owned by other widgets
* or elements, that this widget/element subscribes to.
*/
foreignSubscribe: {
// Define a key:value pair here as strings to document what signals you subscribe to
// that are owned by foreign/other widgets.
'/com-chilipeppr-elem-dragdrop/ondropped': 'We subscribe to this signal at a higher priority to intercept the signal, double check if it is an Eagle Brd file and if so, we do not let it propagate by returning false. That way the 3D Viewer, Gcode widget, or other widgets will not get Eagle Brd file drag/drop events because they will not know how to interpret them.'
},
/**
* All widgets should have an init method. It should be run by the
* instantiating code like a workspace or a different widget.
* If you are doing development on this widget, it's important to understand what
* data is available to you after the board is parsed. This data can enable you to
* do enhanced operations. For example, I'm working on creating laser paths to laser
* out the solder mask to reveal the underlying pads and smds. I had to re-figure out
* what data is available to figure out those laser paths. Here's my summary. -Jlauer
*
* Why clipper? Clipper is the library used to do boolean operations on polygons. Eagle
* gives us XY values for everything, and if we are to combine those into overall paths
* for milling, etc, then we need to merge those polygons. The clipper items below represent
* the clean final version of all that merging.
*
* clipperBySignalKey: {}, // contains all signals (wires)
* clipperDimension: {}, // contains dimension of board
* clipperElements: {},
* clipperPads: {}, // contains all pads (pads have holes)
* clipperSignalPolys: {}, // polygons that are signals like a GND plane
* clipperSignalWires: {}, // wires by name
* clipperSmds: {}, // all the smd pads, i.e. where components sit for soldering
* clipperVias: {}, // your vias. these have holes too.
* eagle: {}, // the parsed Eagle BRD XML into a structure
*/
init: function (doMyOwnDragDrop) {
// the workspace may want to handle the drag drop
// but when in dev mode it makes sense for us to do our own
if (doMyOwnDragDrop) {
this.setupDragDrop();
} else {
// the workspace is doing the drag/drop. this is important
// because this code base for this widget is huge and thus
// the workspace should handle dragging in BRD files
// and once it sees one, it should then load this widget
// so that users who don't use ChiliPeppr for BRD files
// don't have to load all this insane code
}
this.setupFrequentThreeFeatures(); //global definition of frequently used Three features
this.setupUiFromLocalStorage();
this.btnSetup();
//this.status("Loaded...");
this.forkSetup();
this.lazyLoadTutorial();
//$('#com-chilipeppr-widget-eagle .btnAnimate').click( this.animateOverlapPath.bind(this) );
this.setupBlankBoardParamenters();
this.setupRegHolesParamenters();
// init 3d for eagle widget
this.init3d();
this.setupMouseOver();
this.setupAdvancedInflateByUI();
this.setupGcodeTab();
this.setupFeedsDepths();
// setup clear button
$('#com-chilipeppr-widget-eagle .btn-clear').click(this.clearEagleBrd.bind(this));
this.setupMirrorAxis(); //V5.1D20161229 - Added
this.setupTabParameters();
this.setupLayerToggleDropdown();
//this.setupBoardMirrorCheckboxes(); V5.1D20161229 - Commented
this.setupSolderMaskTab();
console.log(this.name + " done loading.");
},
blankBoard: {
use: false,
x: 0,
y: 0,
width: 150,
height: 100
},
blankBoardSceneGroup: null,
setupBlankBoardParamenters: function() {
$("#com-chilipeppr-widget-eagle .use-blank-pcb").prop("checked", this.blankBoard.use);
$("#com-chilipeppr-widget-eagle .blank-pcb-width").val(this.blankBoard.width);
$("#com-chilipeppr-widget-eagle .blank-pcb-height").val(this.blankBoard.height);
$("#com-chilipeppr-widget-eagle .blank-pcb-x").val(this.blankBoard.x);
$("#com-chilipeppr-widget-eagle .blank-pcb-y").val(this.blankBoard.y);
$("#com-chilipeppr-widget-eagle .use-blank-pcb").change(this.onChangeBlankBoardParamenters.bind(this));
$("#com-chilipeppr-widget-eagle .blank-pcb-width").change(this.onChangeBlankBoardParamenters.bind(this));
$("#com-chilipeppr-widget-eagle .blank-pcb-height").change(this.onChangeBlankBoardParamenters.bind(this));
$("#com-chilipeppr-widget-eagle .blank-pcb-x").change(this.onChangeBlankBoardParamenters.bind(this));
$("#com-chilipeppr-widget-eagle .blank-pcb-y").change(this.onChangeBlankBoardParamenters.bind(this));
},
onChangeBlankBoardParamenters: function() {
this.blankBoard.use = $("#com-chilipeppr-widget-eagle .use-blank-pcb").prop("checked");
$("#com-chilipeppr-widget-eagle .use-reg-holes").prop("disabled", !this.blankBoard.use);
if(this.blankBoard.use)
$("#com-chilipeppr-widget-eagle .reg-holes-note").hide();
else
$("#com-chilipeppr-widget-eagle .reg-holes-note").show();
console.log("Ameen", $("#com-chilipeppr-widget-eagle .reg-holes-note"));
var item = $("#com-chilipeppr-widget-eagle .blank-pcb-x");
if (item.val() == "") item.val(this.blankBoard.x); else this.blankBoard.x = parseFloat(item.val());
item = $("#com-chilipeppr-widget-eagle .blank-pcb-y");
if (item.val() == "") item.val(this.blankBoard.y); else this.blankBoard.y = parseFloat(item.val());
item = $("#com-chilipeppr-widget-eagle .blank-pcb-width");
if (item.val() == "") item.val(this.blankBoard.width);
else {
var v = parseFloat(item.val()), min = parseFloat(item[0].min);
if(v<min) {v = min; item.val(v);}
this.blankBoard.width = v;
}
item = $("#com-chilipeppr-widget-eagle .blank-pcb-height");
if (item.val() == "") item.val(this.blankBoard.height);
else {
var v = parseFloat(item.val()), min = parseFloat(item[0].min);
if(v<min) {v = min; item.val(v);}
this.blankBoard.height = v;
}
if(this.blankBoardSceneGroup != null) this.sceneRemove(this.blankBoardSceneGroup);
this.draw3dBlankBoard();
if(this.regHolesSceneGroup != null) this.sceneRemove(this.regHolesSceneGroup);
this.regHoles.holes = this.getRegHoles();
this.draw3dRegHoles();
this.exportGcodeRegistrationHoles();
chilipeppr.publish('/com-chilipeppr-widget-3dviewer/drawextents' );
},
draw3dBlankBoard: function(){
if(!this.blankBoard.use) return;
var x1 = this.blankBoard.x,
x2 = this.blankBoard.x + this.blankBoard.width,
y1 = this.blankBoard.y,
y2 = this.blankBoard.y + this.blankBoard.height;
this.blankBoundaries = {
MinimumX: x1,
MinimumY: y1,
MaximumX: x2,
MaximumY: y2
};
var regColor = 0xB87333;
var lineMat = new THREE.LineBasicMaterial({
color: regColor,
transparent: true,
opacity: .4
});
var lineGeo = new THREE.Geometry();
lineGeo.vertices.push(new THREE.Vector3(x1, y1, 0));
lineGeo.vertices.push(new THREE.Vector3(x2, y1, 0));
lineGeo.vertices.push(new THREE.Vector3(x2, y2, 0));
lineGeo.vertices.push(new THREE.Vector3(x1, y2, 0));
lineGeo.vertices.push(new THREE.Vector3(x1, y1, 0));
var line = new THREE.Line(lineGeo, lineMat);
this.blankBoardSceneGroup = new THREE.Group();
this.blankBoardSceneGroup.add(line);
this.sceneAdd(this.blankBoardSceneGroup);
},
regHoles: {
use: true,
pattern: 201,
diameter: 3.175,
distance: 1,
holes: []
},
regHoleGcodePara: {
depth: -1.7,
clearance: 2,
feedrate: 200,
spindleRPM: 1200
},
regHolesSceneGroup: null,
setupRegHolesParamenters: function() {
$("#com-chilipeppr-widget-eagle .use-reg-holes").prop("checked", this.regHoles.use);
$("#com-chilipeppr-widget-eagle .use-reg-holes").prop("disabled", !this.blankBoard.use);
$("#com-chilipeppr-widget-eagle #reg-holes-pattern").val(this.regHoles.pattern);
$("#com-chilipeppr-widget-eagle .reg-holes-diameter").val(this.regHoles.diameter);
$("#com-chilipeppr-widget-eagle .reg-holes-distance").val(this.regHoles.distance);
$("#com-chilipeppr-widget-eagle .reg-holes-depth").val(this.regHoleGcodePara.depth);
$("#com-chilipeppr-widget-eagle .reg-holes-clearance").val(this.regHoleGcodePara.clearance);
$("#com-chilipeppr-widget-eagle .reg-holes-feedrate").val(this.regHoleGcodePara.feedrate);
$("#com-chilipeppr-widget-eagle .reg-holes-spindle-rpm").val(this.regHoleGcodePara.spindleRPM);
$("#com-chilipeppr-widget-eagle .use-reg-holes").change(this.onChangeRegHolesParamenters.bind(this));
$("#com-chilipeppr-widget-eagle #reg-holes-pattern").change(this.onChangeRegHolesParamenters.bind(this));
$("#com-chilipeppr-widget-eagle .reg-holes-diameter").change(this.onChangeRegHolesParamenters.bind(this));
$("#com-chilipeppr-widget-eagle .reg-holes-distance").change(this.onChangeRegHolesParamenters.bind(this));
$("#com-chilipeppr-widget-eagle .reg-holes-sendgcodetows").click(this.sendRegHoleGcodeToWorkspace.bind(this));
$("#com-chilipeppr-widget-eagle .reg-holes-depth").change(this.onChangeRegHolesGcodeParamenters.bind(this));
$("#com-chilipeppr-widget-eagle .reg-holes-clearance").change(this.onChangeRegHolesGcodeParamenters.bind(this));
$("#com-chilipeppr-widget-eagle .reg-holes-feedrate").change(this.onChangeRegHolesGcodeParamenters.bind(this));
$("#com-chilipeppr-widget-eagle .reg-holes-spindle-rpm").change(this.onChangeRegHolesGcodeParamenters.bind(this));
this.regHoles.holes = this.getRegHoles();
},
onChangeRegHolesGcodeParamenters: function() {
var item = $("#com-chilipeppr-widget-eagle .reg-holes-depth");
if (item.val() == "") item.val(this.regHoleGcodePara.depth);
else {
var v = parseFloat(item.val()), min = parseFloat(item[0].min), max = parseFloat(item[0].max);
if(v>max) {v = max; item.val(v);}
if(v<min) {v = min; item.val(v);}
this.regHoleGcodePara.depth = v;
}
item = $("#com-chilipeppr-widget-eagle .reg-holes-clearance");
if (item.val() == "") item.val(this.regHoleGcodePara.clearance);
else {
var v = parseFloat(item.val()), min = parseFloat(item[0].min);
if(v<min) {v = min; item.val(v);}
this.regHoleGcodePara.clearance = v;
}
item = $("#com-chilipeppr-widget-eagle .reg-holes-feedrate");
if (item.val() == "") item.val(this.regHoleGcodePara.feedrate);
else {
var v = parseFloat(item.val()), min = parseFloat(item[0].min);
if(v<min) {v = min; item.val(v);}
this.regHoleGcodePara.feedrate = v;
}
item = $("#com-chilipeppr-widget-eagle .reg-holes-spindle-rpm");
if (item.val() == "") item.val(this.regHoleGcodePara.spindleRPM);
else {
var v = parseFloat(item.val()), min = parseFloat(item[0].min);
if(v<min) {v = min; item.val(v);}
this.regHoleGcodePara.spindleRPM = v;
}
},
onChangeRegHolesParamenters: function() {
this.regHoles.use = $("#com-chilipeppr-widget-eagle .use-reg-holes").prop("checked");
this.regHoles.pattern = parseInt($('#com-chilipeppr-widget-eagle #reg-holes-pattern').val());
var item = $("#com-chilipeppr-widget-eagle .reg-holes-diameter");
if (item.val() == "") item.val(this.regHoles.diameter);
else {
var v = parseFloat(item.val()), min = parseFloat(item[0].min), max = parseFloat(item[0].max);
if(v>max) {v = max; item.val(v);}
if(v<min) {v = min; item.val(v);}
this.regHoles.diameter = v;
}
item = $("#com-chilipeppr-widget-eagle .reg-holes-distance");
if (item.val() == "") item.val(this.regHoles.distance);
else {
var v = parseFloat(item.val()), min = parseFloat(item[0].min), max = parseFloat(item[0].max);
if(v>max) {v = max; item.val(v);}
if(v<min) {v = min; item.val(v);}
this.regHoles.distance = v;
}
this.regHoles.holes = this.getRegHoles();
if(this.regHolesSceneGroup != null)
this.sceneRemove(this.regHolesSceneGroup);
this.draw3dRegHoles();
this.exportGcodeRegistrationHoles();
},
getRegHoles: function(){
var pattern = this.regHoles.pattern;
var count = Math.round(pattern/100);
var onSides = Math.round((pattern - 100 * count)/10) == 1;
var v = (pattern - 100 * count - 10 * onSides) == 0;
var x = this.blankBoard.x,
y = this.blankBoard.y,
w = this.blankBoard.width,
h = this.blankBoard.height,
d = this.regHoles.distance + this.regHoles.diameter/2;
var holes = [];
if(count == 4){
holes.push({x: x + d, y: y + (onSides?h/2:d)});
holes.push({x: x + (onSides?w/2:d), y: y + h - d});
holes.push({x: x + w - d, y: y + (onSides?h/2:h-d)});
holes.push({x: x + (onSides?w/2:w-d), y: y + d});
}
else {
holes.push({x: x + (onSides?(v?w/2:d) :d ), y: y + (onSides?(v?d:h/2) :(v?d:h-d))});
holes.push({x: x + (onSides?(v?w/2:w-d):w-d), y: y + (onSides?(v?h-d:h/2):(v?h-d:d))});
}
return holes;
},
draw3dRegHoles: function(){
if(!this.regHoles.use || !this.blankBoard.use) return;
var that = this;
var r = this.regHoles.diameter/2;
var regColor = 0xB87333;
var lineMat = new THREE.LineBasicMaterial({
color: regColor,
transparent: true,
opacity: .4
});
this.regHolesSceneGroup = new THREE.Group();
var that = this;
this.regHoles.holes.forEach(function(hole){
var line = that.drawCircle(hole.x, hole.y, r, regColor, 32, .4);
line.rotateZ(Math.PI / 8);
that.regHolesSceneGroup.add(line);
var line1Geo = new THREE.Geometry();
line1Geo.vertices.push(new THREE.Vector3(hole.x-r/2, hole.y, 0));
line1Geo.vertices.push(new THREE.Vector3(hole.x+r/2, hole.y, 0));
var line1 = new THREE.Line(line1Geo, lineMat);
var line2Geo = new THREE.Geometry();
line2Geo.vertices.push(new THREE.Vector3(hole.x, hole.y-r/2, 0));
line2Geo.vertices.push(new THREE.Vector3(hole.x, hole.y+r/2, 0));
var line2 = new THREE.Line(line2Geo, lineMat);
that.regHolesSceneGroup.add(line1);
that.regHolesSceneGroup.add(line2);
});
this.sceneAdd(this.regHolesSceneGroup);
},
exportGcodeRegistrationHoles: function() {
var holes = this.regHoles.holes;
if(holes.length < 2 || !this.regHoles.use) {
$('#com-chilipeppr-widget-eagle .reg-holes-gcode').text("");
return;
}
var clearanceHeight = $("#com-chilipeppr-widget-eagle .reg-holes-clearance").val();
var drillDepth = $("#com-chilipeppr-widget-eagle .reg-holes-depth").val();
var drillFeedrate = $("#com-chilipeppr-widget-eagle .reg-holes-feedrate").val();
var spindleRPM = $("#com-chilipeppr-widget-eagle .reg-holes-spindle-rpm").val();
var toolDia = this.regHoles.diameter;
var g = '';
g += "(Gcode generated by ChiliPeppr Eagle PCB Widget " + (new Date()).toLocaleString() + ")\n";
g += "G21 (mm mode)\n";
g += "G90 (abs mode)\n";
g += "(------ DRILLING REGISTRATION HOLES -------)\n";
g += "M5 (spindle off)\n";
g += "T0 M6 (Drilling holes - diameter " + toolDia + "mm)\n";
g += "(T0 D=" + toolDia + "mm - PCB Drill Bit)\n";
g += "M3 S" + spindleRPM + " (spindle on)\n";
g += "F" + drillFeedrate + "\n";
holes.forEach(function(hole){
g += "G0 Z" + clearanceHeight + "\n";
g += "G0 X" + hole.x + " Y" + hole.y + "\n";
g += "G0 Z" + clearanceHeight/10 + "\n";
g += "G1 Z" + drillDepth + "\n";
g += "G1 Z" + clearanceHeight/10 + "\n";
});
g += "G0 Z" + clearanceHeight + "\n";
g += "M5 (spindle stop)\n";
g += "M30 (prog stop)\n";
$('#com-chilipeppr-widget-eagle .reg-holes-gcode').text(g);
},
sendRegHoleGcodeToWorkspace: function(){
this.exportGcodeRegistrationHoles();
var info = {
name: "Eagle Registration Holes",
lastModified: new Date()
};
// grab gcode from textarea
var gcodetxt = $('.reg-holes-gcode').text();
if (gcodetxt.length < 10) {
chilipeppr.publish("/com-chilipeppr-elem-flashmsg/flashmsg", "Error Sending Gcode", "It looks like you don't have any Gcode to send to the workspace. Huh?", 5 * 1000);
return;
}
// send event off as if the file was drag/dropped
chilipeppr.publish("/com-chilipeppr-elem-dragdrop/ondropped", gcodetxt, info);
chilipeppr.publish("/com-chilipeppr-elem-flashmsg/flashmsg", "Sent Gcode to Workspace", "Sent your solder mask Gcode to the workscape. Close the Eagle widget to see it.");
var that = this;
this.get3dObj(function() {
console.log("got callback after 3dviewer re-sent us the 3dobj and 3dobjmeta. 3dobj:", that.obj3d, "obj3dmeta:", that.obj3dmeta);
that.sceneReAddMySceneGroup();
});
},
/**
* This sets up the tab to generate solder mask Gcode.
*/
setupSolderMaskTab: function() {
console.log("setup soldermask");
var that = this;
$('.com-chilipeppr-widget-eagle-soldermask-render').click(this.solderMaskRender.bind(this));
$('.com-chilipeppr-widget-eagle-soldermask-showAsLine').click(this.solderMaskRender.bind(this));
$('.com-chilipeppr-widget-eagle-soldermask-showAsMesh').click(this.solderMaskRender.bind(this));
$('.com-chilipeppr-widget-eagle-soldermask-full').click(this.solderMaskRender.bind(this));
$('.com-chilipeppr-widget-eagle-soldermask-outline').click(this.solderMaskRender.bind(this));
$('.eagle-soldermask-regen-onrender').on('blur', this.solderMaskRender.bind(this));
$('.eagle-soldermask-regen-onrender-click').on('click', this.solderMaskRender.bind(this));
$('.eagle-soldermask-regen-onblur').on('blur', this.solderMaskGenerateGcode.bind(this));
$('.eagle-soldermask-regen-onchange').on('change', this.solderMaskGenerateGcode.bind(this));
$('.btn-eagle-soldermask-sendgcodetows').click(this.solderMaskSendGcodeToWorkspace.bind(this));
// if outline turned on, hide the overlap choice
$('.com-chilipeppr-widget-eagle-soldermask-outline').click(function() {
var isOutlineOnly = $('.com-chilipeppr-widget-eagle-soldermask-outline').is(":checked");
if (isOutlineOnly) {
// hide overlap input textbox
$('.com-chilipeppr-widget-soldermask-laser-overlapRegion').addClass("hidden");
// if outline is shown, show 3 sub-choices
$('.com-chilipeppr-widget-eagle-soldermask-outlineRegion').removeClass("hidden");
}
});
$('.com-chilipeppr-widget-eagle-soldermask-full').click(function() {
var isOutlineOnly = $('.com-chilipeppr-widget-eagle-soldermask-outline').is(":checked");
if (!isOutlineOnly) {
// show overlap input textbox
$('.com-chilipeppr-widget-soldermask-laser-overlapRegion').removeClass("hidden");
// if outline is not shown, hide 3 sub-choices
$('.com-chilipeppr-widget-eagle-soldermask-outlineRegion').addClass("hidden");
}
});
// based on mode, show/hide different sub-items
$('.eagle-soldermask-modetype').click(function() {
console.log("got click on mode type radio");
var mode = $('#' + that.id + ' input[name=com-chilipeppr-widget-eagle-soldermask-mode]:checked').val();
var laseron = $('#' + that.id + ' input[name=com-chilipeppr-widget-eagle-soldermask-laseron]:checked').val();
console.log("mode:", mode, "laseron:", laseron);
// if OutN selected, hide other options, show outn options
// if cayenn, show those options
$('.eagle-soldermask-modeoutN').addClass('hidden');
$('.eagle-soldermask-modecayenn').addClass('hidden');
$('.eagle-soldermask-modem3').addClass('hidden');
$('.eagle-soldermask-mode-millRegion').addClass('hidden');
if (mode == "laser") {
if (laseron == "outN") {
$('.eagle-soldermask-modeoutN').removeClass('hidden');
} else if (laseron == "cayenn") {
$('.eagle-soldermask-modecayenn').removeClass('hidden');
} else if (laseron == "M3") {
$('.eagle-soldermask-modem3').removeClass('hidden');
}
} else {
// mode is mill
$('.eagle-soldermask-mode-millRegion').removeClass('hidden');
}
});
// invert show/hide
$('.com-chilipeppr-widget-eagle-soldermask-invert').click(function() {
var isInvert = $('#' + that.id + ' input[name=com-chilipeppr-widget-eagle-soldermask-invert]:checked').val();
if (isInvert) {
$('.com-chilipeppr-widget-eagle-soldermask-invert-insetRegion').removeClass("hidden");
} else {
$('.com-chilipeppr-widget-eagle-soldermask-invert-insetRegion').addClass("hidden");
}
});
// when tab is shown, render solder mask
$('#' + this.id + ' a[data-toggle="tab"]').on('shown.bs.tab', function (e) {
console.log("tab shown. e:", e);
if ($(e.target).text() == 'Solder Mask') {
// our tab got shown
console.log("Solder Mask tab showing");
setTimeout(that.solderMaskRender.bind(that), 100);
} else {
// since a different tab is showing, hide ours
console.log("Solder Mask tab hidden");
setTimeout(that.solderMaskRenderHide.bind(that), 10);
}
});
// $('#' + this.id + ' a[data-toggle="tab"]').on('hide.bs.tab', function (e) {
// console.log("tab hidden. e:", e);
// if ($(e.target).text() == 'Solder Mask') {
// // our tab got shown
// console.log("Solder Mask tab hidden");
// setTimeout(that.solderMaskRenderHide.bind(that), 10);
// }
// });
},
solderMaskRenderHide: function() {
if (this.solderMaskGrp != null) {
// this means we ran previously, and we should remove
this.sceneRemove(this.solderMaskGrp);
this.solderMaskGrp = null;
}
},
solderMaskGrp: null, // holds all THREE.js objects for solder mask
solderMaskGcodePath: [], // array of arrays of line paths
/**
* Look at all the pads/smds and render a path based on what the user gave us in
* the solder mask tab.
*/
solderMaskRender: function() {
console.log("solderMaskRender");
$('.com-chilipeppr-widget-eagle-infoTemp')
.html("Rendering path...")
.removeClass("hidden");
setTimeout(this.solderMaskRenderCallback.bind(this), 10);
},
solderMaskRenderCallback: function() {
// we will use clipperPads and clipperSmds
// create our overall THREE group
if (this.solderMaskGrp != null) {
// this means we ran previously, and we should remove
this.sceneRemove(this.solderMaskGrp);
}
this.solderMaskGrp = new THREE.Group();
// reset the final Gcode path
this.solderMaskGcodePath = [];
this.solderMaskGcodePath.push("move to safe height");
// get user width of laser or end mill
var w = 0.1; // mm
w = $('.com-chilipeppr-widget-soldermask-laser-width').val();
// get user overlap of path
var overlapPct = 20; // mm
overlapPct = $('.com-chilipeppr-widget-soldermask-laser-overlap').val();
// see if user wants to see actual path
var isShowAsMesh = true;
isShowAsMesh = $('.com-chilipeppr-widget-eagle-soldermask-showAsMesh').is(":checked");
var isOutlineOnly = false;
isOutlineOnly = $('.com-chilipeppr-widget-eagle-soldermask-outline').is(":checked");
var outlineOut, outlineOn, outlineIn;
if (isOutlineOnly) {
outlineOut = $('.com-chilipeppr-widget-eagle-soldermask-outlineOutside').is(":checked");
outlineOn = $('.com-chilipeppr-widget-eagle-soldermask-outlineOn').is(":checked");
outlineIn = $('.com-chilipeppr-widget-eagle-soldermask-outlineInside').is(":checked");
}
var isIncludeDimensions = $('.com-chilipeppr-widget-eagle-soldermask-outlineDimensions').is(":checked");
var isInvert = false;
isInvert = $('.com-chilipeppr-widget-eagle-soldermask-invert').is(":checked");
// hide the alert. we'll show it below if we find a path we can't render for
$('.eagle-soldermask-alert').addClass("hidden");
// create new array of pads and smds
var padsAndSmds = [];
padsAndSmds = padsAndSmds.concat(this.clipperPads.slice(0)); // clone
padsAndSmds = padsAndSmds.concat(this.clipperSmds.slice(0)); // clone
// if invert, branch to alternate render method just to keep stuff clean
// we probably should move the normal render to a method like this as well
// to keep the approaches parallel
if (isInvert) {
var opts = {
width: w,
overlapPct: overlapPct,
isShowAsMesh: isShowAsMesh,
isOutlineOnly: isOutlineOnly,
outlineOut: outlineOut,
outlineOn: outlineOn,
outlineIn: outlineIn,
gcodePath: this.solderMaskGcodePath,
threeGrp: this.solderMaskGrp,
padsAndSmds: padsAndSmds,
clipperDimension: this.clipperDimension,
// dimensions: this.clipperDimensions,
}
this.solderMaskRenderInvert(opts);
return;
}
padsAndSmds.forEach(function(pad) {
console.log("pad:", pad);
this.solderMaskGcodePath.push("move to pad/smd start");
var deflateBy = w * (1 - overlapPct / 100) * -1;
if (isOutlineOnly) {
// we change the deflateBy relevant to their settings
if (outlineOut) deflateBy = (w / 2) * 1;
if (outlineOn) deflateBy = 0.001;
if (outlineIn) deflateBy = (w / 2) * -1;
}
var deflatePath = [pad.slice(0)];
// deflate until gone
var isStillAPath = true;
// store last path so we can reference it on each deflate for a path from it's
// last point to our start point
var lastDeflatePath = null;
// count times thru while loop so on 2nd loop we can trick
// if the user just wants an outline
var whileCtr = 0;
while(isStillAPath) {
// use deflate mechanism. deflate by width of laser/end mill and use that as path
// then keep deflating until we have nothing left
deflatePath = this.getInflatePath(deflatePath, deflateBy);
console.log("deflatePath:", deflatePath);
// check if 1st time thru we get no path. if so, show alert
if (whileCtr == 0 && deflatePath.length == 0) {
$('.eagle-soldermask-alert').removeClass("hidden");
}
whileCtr++;
// if outline only, we want to come into this loop once
// and then trick it to think we're done
if (isOutlineOnly && whileCtr == 2) {
console.log("isOutlineOnly so forcing that 2nd deflatePath is empty to trick that we are done");
isStillAPath = false;
// lastDeflatePath = null;
break; // jump out of while loop
}
if (deflatePath.length > 0) {
// there is still a path
isStillAPath = true;
// since we have a path here, see if we had a lastDeflatePath, cuz if
// we did we should draw a line from it to our start to mimic the path
// the laser / end mill will take to get into this inner path.
if (lastDeflatePath != null) {
// yes, we had a last path
var lastPath = lastDeflatePath[0];
var lastPt = lastPath[0]; // lastPath[lastPath.length - 1];
var newPath = deflatePath[0];
var newPt = newPath[0];
var clipperLine = [[lastPt, newPt]];
this.drawPathAsLineOrMesh(clipperLine, w, isShowAsMesh, this.solderMaskGrp);
// push this line onto gcode array
this.solderMaskGcodePath.push(clipperLine);
}
// draw the actual main path we're working on here
this.drawPathAsLineOrMesh(deflatePath, w, isShowAsMesh, this.solderMaskGrp);
// push this line onto gcode array
this.solderMaskGcodePath.push(deflatePath);
} else {
// no path left, so done deflating
isStillAPath = false;
console.log("done deflating. lastDeflatePath:", lastDeflatePath);
// however, we need to draw a line to the center to make sure we laser/cut
// all of the pad/smd
// make sure there is a lastDeflatePath
if (lastDeflatePath != null) {
// get middle of pad
// do this by creating a three.js mesh, then using bounding box
var mesh = this.getMeshLineFromClipperPath({clipperPath:lastDeflatePath});
console.log("mesh of lastDeflatePath. mesh:", mesh);
// get center
var centroid = this.getCentroid(mesh.children[1].children[0]);
// get point of last deflatePath and draw line to center
console.log("centroid:", centroid, "lastDeflatePath:", lastDeflatePath);
//lastDeflatePath[lastDeflatePath.length - 1];
var lastPath = lastDeflatePath[0];
var lastPt = lastPath[0]; // lastPath[lastPath.length - 1];
var clipperLine = [[{X:lastPt.X, Y:lastPt.Y}, {X:centroid.x, Y:centroid.y}]];
this.drawPathAsLineOrMesh(clipperLine, w, isShowAsMesh, this.solderMaskGrp);
// push this line onto gcode array
this.solderMaskGcodePath.push(clipperLine);
}
}
lastDeflatePath = deflatePath;
}
}, this);
// see if they want to include dimensions as well
if (isIncludeDimensions) {
this.solderMaskGcodePath.push("move to dimensions start");
// add this path
this.drawPathAsLineOrMesh([this.clipperDimension], w, isShowAsMesh, this.solderMaskGrp);
// push this line onto gcode array
this.solderMaskGcodePath.push([this.clipperDimension]);
}
// ok, now add our group
this.sceneAdd(this.solderMaskGrp);
$('.com-chilipeppr-widget-eagle-infoTemp')
.addClass("hidden");
// might as well generate gcode
this.solderMaskGenerateGcode();
// var that = this;
// this.get3dObj(function() {
// console.log("got callback after 3dviewer re-sent us the 3dobj and 3dobjmeta. 3dobj:", that.obj3d, "obj3dmeta:", that.obj3dmeta);
// that.sceneReAddMySceneGroup();
// });
},
/**
* This method renders an inverse path for lasering/milling. This can be used
* to expose a solder mask with UV laser light outside of the pads. Then the
* pads can be washed off to expose the copper.
*