*
* The Initial Developer of the Original Code is
* Robert Kaiser <kairo@kairo.at>.
- * Portions created by the Initial Developer are Copyright (C) 2008
+ * Portions created by the Initial Developer are Copyright (C) 2008-2011
* the Initial Developer. All Rights Reserved.
*
* Contributor(s):
* Robert Kaiser <kairo@kairo.at>
+ * prefiks (patch for some speedups)
+ * Boris Zbarsky <bzbarsky@mit.edu> (use imageData for canvas interaction)
*
* Alternatively, the contents of this file may be used under the terms of
* either the GNU General Public License Version 2 or later (the "GPL"), or
function Startup() {
updateIterMenu();
+ updateAlgoMenu();
updatePaletteMenu();
gMbrotBundle = document.getElementById("mbrotBundle");
document.getElementById("statusLabel").value = gMbrotBundle.getString("statusEmpty");
}
-function adjustCoordsAndDraw(aC_min, aC_max) {
- let iWidth = 0;
- try {
- iWidth = gPref.getIntPref("mandelbrot.image.width");
- }
- catch (e) { }
- if ((iWidth < 10) || (iWidth > 5000)) {
- iWidth = 300;
- gPref.setIntPref("mandelbrot.image.width", iWidth);
- }
- let iHeight = 0;
- try {
- iHeight = gPref.getIntPref("mandelbrot.image.height");
- }
- catch (e) { }
- if ((iHeight < 10) || (iHeight > 5000)) {
- iHeight = 300;
- gPref.setIntPref("mandelbrot.image.height", iHeight);
+function getAdjustPref(prefname) {
+ let value;
+ switch (prefname) {
+ case "image.width":
+ case "image.height":
+ value = 0;
+ try {
+ value = gPref.getIntPref("mandelbrot." + prefname);
+ }
+ catch (e) { }
+ if ((value < 10) || (value > 5000)) {
+ value = 300;
+ gPref.setIntPref("mandelbrot." + prefname, value);
+ }
+ return value;
+ case "last_image.Cr_*":
+ let Cr_min = -2.0;
+ let Cr_max = 1.0;
+ try {
+ Cr_min = parseFloat(gPref.getCharPref("mandelbrot.last_image.Cr_min"));
+ Cr_max = parseFloat(gPref.getCharPref("mandelbrot.last_image.Cr_max"));
+ }
+ catch (e) { }
+ if ((Cr_min < -3) || (Cr_min > 2) ||
+ (Cr_max < -3) || (Cr_max > 2) || (Cr_min >= Cr_max)) {
+ Cr_min = -2.0; Cr_max = 1.0;
+ }
+ gPref.setCharPref("mandelbrot.last_image.Cr_min", Cr_min);
+ gPref.setCharPref("mandelbrot.last_image.Cr_max", Cr_max);
+ return {Cr_min: Cr_min, Cr_max: Cr_max};
+ case "last_image.Ci_*":
+ let Ci_min = -1.5;
+ let Ci_max = 1.5;
+ try {
+ Ci_min = parseFloat(gPref.getCharPref("mandelbrot.last_image.Ci_min"));
+ Ci_max = parseFloat(gPref.getCharPref("mandelbrot.last_image.Ci_max"));
+ }
+ catch (e) { }
+ if ((Ci_min < -2.5) || (Ci_min > 2.5) ||
+ (Ci_max < -2.5) || (Ci_max > 2.5) || (Ci_min >= Ci_max)) {
+ Ci_min = -1.5; Ci_max = 1.5;
+ }
+ gPref.setCharPref("mandelbrot.last_image.Ci_min", Ci_min);
+ gPref.setCharPref("mandelbrot.last_image.Ci_max", Ci_max);
+ return {Ci_min: Ci_min, Ci_max: Ci_max};
+ case "iteration_max":
+ value = 500;
+ try {
+ value = gPref.getIntPref("mandelbrot." + prefname);
+ }
+ catch (e) {
+ setIter(value);
+ }
+ if (value < 10 || value > 10000) {
+ value = 500;
+ setIter(value);
+ }
+ return value;
+ case "use_algorithm":
+ value = "numeric";
+ try {
+ value = gPref.getCharPref("mandelbrot." + prefname);
+ }
+ catch (e) {
+ setAlgorithm(value);
+ }
+ return value;
+ case "color_palette":
+ value = "kairo";
+ try {
+ value = gPref.getCharPref("mandelbrot." + prefname);
+ }
+ catch(e) {
+ setPalette(value);
+ }
+ return value;
+ case "syncProportions":
+ value = true;
+ try {
+ value = gPref.getBoolPref("mandelbrot." + prefname);
+ }
+ catch(e) {
+ gPref.setBoolPref("mandelbrot." + prefname, value);
+ }
+ return value;
+ default:
+ return false;
}
+}
+
+function adjustCoordsAndDraw(aC_min, aC_max) {
+ let iWidth = getAdjustPref("image.width");
+ let iHeight = getAdjustPref("image.height");
// correct coordinates
if (aC_min.r < -2)
document.getElementById("statusLabel").value = gMbrotBundle.getString("statusDrawing");
- let Cr_min = -2.0;
- let Cr_max = 1.0;
- try {
- Cr_min = parseFloat(gPref.getCharPref("mandelbrot.last_image.Cr_min"));
- Cr_max = parseFloat(gPref.getCharPref("mandelbrot.last_image.Cr_max"));
- }
- catch (e) { }
- if ((Cr_min < -3) || (Cr_min > 2) ||
- (Cr_max < -3) || (Cr_max > 2) || (Cr_min >= Cr_max)) {
- Cr_min = -2.0; Cr_max = 1.0;
- }
- gPref.setCharPref("mandelbrot.last_image.Cr_min", Cr_min);
- gPref.setCharPref("mandelbrot.last_image.Cr_max", Cr_max);
+ let Cr_vals = getAdjustPref("last_image.Cr_*");
+ let Cr_min = Cr_vals.Cr_min;
+ let Cr_max = Cr_vals.Cr_max;
- let Ci_min = -1.5;
- let Ci_max = 1.5;
- try {
- Ci_min = parseFloat(gPref.getCharPref("mandelbrot.last_image.Ci_min"));
- Ci_max = parseFloat(gPref.getCharPref("mandelbrot.last_image.Ci_max"));
- }
- catch (e) { }
- if ((Ci_min < -2.5) || (Ci_min > 2.5) ||
- (Ci_max < -2.5) || (Ci_max > 2.5) || (Ci_min >= Ci_max)) {
- Ci_min = -1.5; Ci_max = 1.5;
- }
- gPref.setCharPref("mandelbrot.last_image.Ci_min", Ci_min);
- gPref.setCharPref("mandelbrot.last_image.Ci_max", Ci_max);
+ let Ci_vals = getAdjustPref("last_image.Ci_*");
+ let Ci_min = Ci_vals.Ci_min;
+ let Ci_max = Ci_vals.Ci_max;
- let iterMax = gPref.getIntPref("mandelbrot.iteration_max");
- let algorithm = gPref.getCharPref("mandelbrot.use_algorithm");
+ let iterMax = getAdjustPref("iteration_max");
+ let algorithm = getAdjustPref("use_algorithm");
- let iWidth = 0;
- try {
- iWidth = gPref.getIntPref("mandelbrot.image.width");
- }
- catch (e) { }
- if ((iWidth < 10) || (iWidth > 5000)) {
- iWidth = 300;
- gPref.setIntPref("mandelbrot.image.width", iWidth);
- }
- let iHeight = 0;
- try {
- iHeight = gPref.getIntPref("mandelbrot.image.height");
- }
- catch (e) { }
- if ((iHeight < 10) || (iHeight > 5000)) {
- iHeight = 300;
- gPref.setIntPref("mandelbrot.image.height", iHeight);
- }
+ let iWidth = getAdjustPref("image.width");
+ let iHeight = getAdjustPref("image.height");
gCurrentImageData = {
C_min: new complex(Cr_min, Ci_min),
let Ci_max = dimensions[3];
let Ci_scale = Ci_max - Ci_min;
- let pixels = [];
+ let lines = Math.min(canvas.height - line, 8);
+ let imageData = context.createImageData(canvas.width, lines);
+ let pixels = imageData.data;
+ let idx = 0;
for (var img_y = line; img_y < canvas.height && img_y < line+8; img_y++)
for (let img_x = 0; img_x < canvas.width; img_x++) {
let C = new complex(Cr_min + (img_x / canvas.width) * Cr_scale,
Ci_min + (img_y / canvas.height) * Ci_scale);
- pixels.push.apply(pixels, drawPoint(context, img_x, img_y, C, iterMax, algorithm));
+ let colors = drawPoint(context, img_x, img_y, C, iterMax, algorithm);
+ pixels[idx++] = colors[0];
+ pixels[idx++] = colors[1];
+ pixels[idx++] = colors[2];
+ pixels[idx++] = colors[3];
}
- context.putImageData({width: canvas.width, height: pixels.length/4/canvas.width, data: pixels}, 0, line);
+ context.putImageData(imageData, 0, line);
if (img_y < canvas.height)
setTimeout(drawLine, 0, img_y, dimensions, canvas, context, iterMax, algorithm);
if (zoomend.y < zoomstart.y)
[zoomend.y, zoomstart.y] = [zoomstart.y, zoomend.y];
- let prompts = Components.classes["@mozilla.org/embedcomp/prompt-service;1"]
- .getService(Components.interfaces.nsIPromptService);
- let ok = prompts.confirm(null, gMbrotBundle.getString("zoomConfirmTitle"),
- gMbrotBundle.getString("zoomConfirmLabel"));
- // ok is now true if OK was clicked, and false if cancel was clicked
- if (ok) {
- // determine new "coordinates"
- let CWidth = gCurrentImageData.C_max.r - gCurrentImageData.C_min.r;
- let CHeight = gCurrentImageData.C_max.i - gCurrentImageData.C_min.i;
- let newC_min = new complex(
- gCurrentImageData.C_min.r + zoomstart.x / gCurrentImageData.iWidth * CWidth,
- gCurrentImageData.C_min.i + zoomstart.y / gCurrentImageData.iHeight * CHeight);
- let newC_max = new complex(
- gCurrentImageData.C_min.r + zoomend.x / gCurrentImageData.iWidth * CWidth,
- gCurrentImageData.C_min.i + zoomend.y / gCurrentImageData.iHeight * CHeight);
-
- adjustCoordsAndDraw(newC_min, newC_max);
- }
+ // determine new "coordinates"
+ let CWidth = gCurrentImageData.C_max.r - gCurrentImageData.C_min.r;
+ let CHeight = gCurrentImageData.C_max.i - gCurrentImageData.C_min.i;
+ let newC_min = new complex(
+ gCurrentImageData.C_min.r + zoomstart.x / gCurrentImageData.iWidth * CWidth,
+ gCurrentImageData.C_min.i + zoomstart.y / gCurrentImageData.iHeight * CHeight);
+ let newC_max = new complex(
+ gCurrentImageData.C_min.r + zoomend.x / gCurrentImageData.iWidth * CWidth,
+ gCurrentImageData.C_min.i + zoomend.y / gCurrentImageData.iHeight * CHeight);
+
+ adjustCoordsAndDraw(newC_min, newC_max);
}
zoomstart = undefined;
break;
}
}
+function exitMandelbrot() {
+ var appInfo = Components.classes["@mozilla.org/xre/app-info;1"]
+ .getService(Components.interfaces.nsIXULAppInfo);
+ if (appInfo.ID == "mandelbrot@kairo.at")
+ quitApp(false);
+ else
+ window.close();
+}
+
function updateBookmarkMenu(aParent) {
document.getElementById("bookmarkSave").disabled =
(!document.getElementById("drawButton").hidden || (gStartTime > 0));
}
function updateIterMenu() {
- let currentIter = 0;
- try {
- currentIter = gPref.getIntPref("mandelbrot.iteration_max");
- }
- catch(e) { }
- if (currentIter < 10) {
- currentIter = 500;
- setIter(currentIter);
- }
+ let currentIter = getAdjustPref("iteration_max");
let popup = document.getElementById("menu_iterPopup");
let item = popup.firstChild;
}
function updatePaletteMenu() {
- let currentPalette = '';
- try {
- currentPalette = gPref.getCharPref("mandelbrot.color_palette");
- }
- catch(e) { }
- if (!currentPalette.length) {
- currentPalette = 'kairo';
- setPalette(currentPalette);
- }
+ let currentPalette = getAdjustPref("color_palette");
if (!gColorPalette || !gColorPalette.length)
gColorPalette = getColorPalette(currentPalette);
}
function imgSettings() {
- window.openDialog("chrome://mandelbrot/content/image-settings.xul");
+ let anchor = null;
+ let position = "before_start";
+ if (document.getElementById("mandelbrotWindow").nodeName == "page") {
+ anchor = document.getElementById("mandelbrotToolbar");
+ }
+ else {
+ anchor = document.getElementById("mandelbrotMenubar");
+ position = "after_start";
+ }
+ document.getElementById("imgSettingsPanel").showPopup(anchor, position);
}
function updateDebugMenu() {
- var jitMenuItem = document.getElementById("jitEnabled");
- jitMenuItem.setAttribute("checked", gPref.getBoolPref("javascript.options.jit.chrome"));
+ let scope = (document.getElementById("mandelbrotWindow").nodeName == "page") ? "content" : "chrome";
+ for each (let type in ["tracejit", "methodjit"]) {
+ let jitMenuItem = document.getElementById(type + "Enabled");
+ jitMenuItem.setAttribute("checked", gPref.getBoolPref("javascript.options." + type + "." + scope));
+ }
}
-function toggleJITState(jitMenuItem) {
- var jitEnabled = !gPref.getBoolPref("javascript.options.jit.chrome");
- gPref.setBoolPref("javascript.options.jit.chrome", jitEnabled)
- jitMenuItem.setAttribute("checked", jitEnabled? "true" : "false");
+function toggleJITState(jitMenuItem, jittype) {
+ let scope = (document.getElementById("mandelbrotWindow").nodeName == "page") ? "content" : "chrome";
+ let jitpref = "javascript.options." + jittype + "jit." + scope;
+ let jitEnabled = !gPref.getBoolPref(jitpref);
+ gPref.setBoolPref(jitpref, jitEnabled)
+ jitMenuItem.setAttribute("checked", jitEnabled ? "true" : "false");
}
function updateAlgoMenu() {
- let currentAlgo = '';
- try {
- currentAlgo = gPref.getCharPref("mandelbrot.use_algorithm");
- }
- catch(e) { }
- if (!currentAlgo.length) {
- currentAlgo = 'numeric';
- setAlgorithm(currentAlgo);
- }
+ let currentAlgo = getAdjustPref("use_algorithm");
let popup = document.getElementById("menu_algoPopup");
let item = popup.firstChild;
toOpenWindowByType("global:console", "chrome://global/content/console.xul");
}
+function initImgSettings() {
+ // Get values from prefs.
+ for each (let coord in ["Cr", "Ci"]) {
+ let coord_vals = getAdjustPref("last_image." + coord + "_*");
+ document.getElementById("is_" + coord + "_min").value = coord_vals[coord + "_min"];
+ document.getElementById("is_" + coord + "_max").value = coord_vals[coord + "_max"];
+ }
+ for each (let dim in ["width", "height"]) {
+ document.getElementById("is_img_" + dim).value = getAdjustPref("image." + dim);
+ }
+ document.getElementById("is_syncProp").checked = getAdjustPref("syncProportions");
+
+ // Calculate scales.
+ recalcCoord("Cr", "scale");
+ recalcCoord("Ci", "scale");
+
+ // Clear the preview.
+ let canvas = document.getElementById("is_mbrotPreview");
+ let context = canvas.getContext("2d");
+ context.fillStyle = "rgba(255, 255, 255, 127)";
+ context.fillRect(0, 0, canvas.width, canvas.height);
+}
+
+function closeImgSettings() {
+ // Hide popup, which will automatically make a call to save values.
+ document.getElementById("imgSettingsPanel").hidePopup();
+}
+
+function saveImgSettings() {
+ // Get values to prefs.
+ for each (let coord in ["Cr_min", "Cr_max", "Ci_min", "Ci_max"]) {
+ gPref.setCharPref("mandelbrot.last_image." + coord,
+ document.getElementById("is_" + coord).value);
+ }
+ for each (let dim in ["width", "height"]) {
+ gPref.setIntPref("mandelbrot.image." + dim,
+ document.getElementById("is_img_" + dim).value);
+ }
+ gPref.setBoolPref("mandelbrot.syncProportions",
+ document.getElementById("is_syncProp").checked);
+}
+
+function checkISValue(textbox, type) {
+ if (type == "coord") {
+ textbox.value = roundCoord(parseFloat(textbox.value));
+ }
+ else if (type == "dim") {
+ textbox.value = parseInt(textbox.value);
+ }
+}
+
+function drawPreview() {
+ let canvas = document.getElementById("is_mbrotPreview");
+ let context = canvas.getContext("2d");
+
+ if (document.getElementById("is_img_width").value /
+ document.getElementById("is_img_height").value
+ < 80 / 50) {
+ canvas.height = 50;
+ canvas.width = canvas.height *
+ document.getElementById("is_img_width").value /
+ document.getElementById("is_img_height").value;
+ }
+ else {
+ canvas.width = 80;
+ canvas.height = canvas.width *
+ document.getElementById("is_imgHeight").value /
+ document.getElementById("is_imgWidth").value;
+ }
+
+ let Cr_min = parseFloat(document.getElementById("is_Cr_min").value);
+ let Cr_max = parseFloat(document.getElementById("is_Cr_max").value);
+ if ((Cr_min < -2) || (Cr_min > 2) ||
+ (Cr_max < -2) || (Cr_max > 2) || (Cr_min >= Cr_max)) {
+ Cr_min = -2.0; Cr_max = 1.0;
+ }
+
+ let Ci_min = parseFloat(document.getElementById("is_Ci_min").value);
+ let Ci_max = parseFloat(document.getElementById("is_Ci_max").value);
+ if ((Ci_min < -2) || (Ci_min > 2) ||
+ (Ci_max < -2) || (Ci_max > 2) || (Ci_min >= Ci_max)) {
+ Ci_min = -2.0; Ci_max = 1.0;
+ }
+
+ let iterMax = getAdjustPref("iteration_max");
+ let algorithm = getAdjustPref("use_algorithm");
+
+ context.fillStyle = "rgba(255, 255, 255, 127)";
+ context.fillRect(0, 0, canvas.width, canvas.height);
+
+ let currentPalette = getAdjustPref("color_palette");
+ gColorPalette = getColorPalette(currentPalette);
+
+ drawLine(0, [Cr_min, Cr_max, Ci_min, Ci_max],
+ canvas, context, iterMax, algorithm);
+}
+
+function recalcCoord(coord, target) {
+ let othercoord = (coord == "Ci") ? "Cr" : "Ci";
+ let owndim = (coord == "Ci") ? "height" : "width";
+ let otherdim = (coord == "Ci") ? "width" : "height";
+ if (target == "scale") {
+ var myscale =
+ parseFloat(document.getElementById("is_" + coord + "_max").value) -
+ parseFloat(document.getElementById("is_" + coord + "_min").value);
+ document.getElementById("is_" + coord + "_scale").value = roundCoord(myscale);
+ }
+ else if (target == 'max') {
+ let mymax =
+ parseFloat(document.getElementById("is_" + coord + "_min").value) +
+ parseFloat(document.getElementById("is_" + coord + "_scale").value);
+ document.getElementById("is_" + coord + "_max").value = roundCoord(mymax);
+ var myscale = document.getElementById("is_" + coord + "_scale").value;
+ }
+ if (document.getElementById("is_syncProp").checked) {
+ let otherscale = myscale *
+ document.getElementById("is_img_" + otherdim).value /
+ document.getElementById("is_img_" + owndim).value;
+ document.getElementById("is_" + othercoord + "_scale").value = roundCoord(otherscale);
+ let othermax =
+ parseFloat(document.getElementById("is_" + othercoord + "_min").value) +
+ parseFloat(document.getElementById("is_" + othercoord + "_scale").value);
+ document.getElementById("is_" + othercoord + "_max").value = roundCoord(othermax);
+ }
+}
+
+function checkProportions() {
+ if (!document.getElementById("is_syncProp").checked) {
+ recalcCoord("Cr", "scale");
+ }
+}
+
+function roundCoord(floatval) {
+ // We should round to 10 decimals here or so
+ return parseFloat(floatval.toFixed(10));
+}
+
/***** helper functions from external sources *****/
// function below is based on http://developer.mozilla.org/en/docs/Code_snippets:Canvas
projects / mandelbrot.git / blobdiff