e2b8f5dc9ae4

Just Use Make™
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author Steve Losh <steve@stevelosh.com>
date Sun, 28 Feb 2016 11:51:50 +0000
parents 37c769f2a211
children 1f29d302c82d
branches/tags (none)
files Makefile content/blog/2016/02/midpoint-displacement.html fabfile.py media/js/terrain1.js media/js/terrain1.wisp media/js/wisp/terrain1.js media/js/wisp/terrain1.wisp requirements.txt settings.py

Changes

--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/Makefile	Sun Feb 28 11:51:50 2016 +0000
@@ -0,0 +1,26 @@
+.PHONY: all clean generate regen serve deploy
+
+wisps := $(shell ffind --literal '.wisp')
+javascripts := $(subst .wisp,.js,$(wisps))
+
+all: media/js/terrain1.js
+
+media/js/wisp/%.js: media/js/wisp/%.wisp
+	cat $< | wisp > $@
+
+media/js/terrain1.js: $(javascripts)
+	browserify media/js/wisp/terrain1.js -o $@
+
+clean:
+	rm -rf ./deploy
+
+generate: all
+	hyde -g -s .
+
+serve:
+	hyde -w -s . -k
+
+regen: clean generate
+
+deploy: generate
+	rsync -avz ./deploy/ sl:/var/www/stevelosh.com
--- a/content/blog/2016/02/midpoint-displacement.html	Fri Feb 19 19:48:12 2016 +0000
+++ b/content/blog/2016/02/midpoint-displacement.html	Sun Feb 28 11:51:50 2016 +0000
@@ -13,10 +13,6 @@
         <script data-cfasync="false" src="/media/js/TrackballControls.js"></script>
 
         <script data-cfasync="false" src="/media/js/terrain1.js"></script>
-
-        <script type="text/javascript">
-            $(function () { run(); });
-        </script>
     {% endblock extra_js %}
 
     {% block article %}
--- a/fabfile.py	Fri Feb 19 19:48:12 2016 +0000
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,37 +0,0 @@
-from fabric.api import *
-import os
-import fabric.contrib.project as project
-
-PROD = 'sl'
-DEST_PATH = '/var/www/stevelosh.com/'
-ROOT_PATH = os.path.abspath(os.path.dirname(__file__))
-DEPLOY_PATH = os.path.join(ROOT_PATH, 'deploy')
-
-def clean():
-    local('rm -rf ./deploy')
-
-def generate():
-    local('hyde -g -s .')
-
-def regen():
-    clean()
-    generate()
-
-def serve():
-    local('hyde -w -s . -k')
-
-def reserve():
-    regen()
-    serve()
-
-def smush():
-    local('smusher ./media/images')
-
-@hosts(PROD)
-def publish():
-    regen()
-    project.rsync_project(
-        remote_dir=DEST_PATH,
-        local_dir=DEPLOY_PATH.rstrip('/') + '/',
-        delete=True
-    )
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/media/js/terrain1.js	Sun Feb 28 11:51:50 2016 +0000
@@ -0,0 +1,523 @@
+(function e(t,n,r){function s(o,u){if(!n[o]){if(!t[o]){var a=typeof require=="function"&&require;if(!u&&a)return a(o,!0);if(i)return i(o,!0);var f=new Error("Cannot find module '"+o+"'");throw f.code="MODULE_NOT_FOUND",f}var l=n[o]={exports:{}};t[o][0].call(l.exports,function(e){var n=t[o][1][e];return s(n?n:e)},l,l.exports,e,t,n,r)}return n[o].exports}var i=typeof require=="function"&&require;for(var o=0;o<r.length;o++)s(r[o]);return s})({1:[function(require,module,exports){
+var width = exports.width = 610;
+var height = exports.height = 400;
+var wireframe = exports.wireframe = true;
+var wireframeWidth = exports.wireframeWidth = 1.2;
+var terrainHeight = exports.terrainHeight = 50;
+var terrainSize = exports.terrainSize = 100;
+void 0;
+void 0;
+void 0;
+void 0;
+void 0;
+void 0;
+var l = exports.l = function l(v) {
+    return console.log(v);
+};
+var midpoint = exports.midpoint = function midpoint(a, b) {
+    return (a + b) / 2;
+};
+var average2 = exports.average2 = function average2(a, b) {
+    return (a + b) / 2;
+};
+var average4 = exports.average4 = function average4(a, b, c, d) {
+    return (a + b + c + d) / 4;
+};
+var safeAverage = exports.safeAverage = function safeAverage(a, b, c, d) {
+    return function () {
+        var totalø1 = 0;
+        var countø1 = 0;
+        a ? (function () {
+            totalø1 = totalø1 + a;
+            return countø1 = countø1 + 1;
+        })() : void 0;
+        b ? (function () {
+            totalø1 = totalø1 + b;
+            return countø1 = countø1 + 1;
+        })() : void 0;
+        c ? (function () {
+            totalø1 = totalø1 + c;
+            return countø1 = countø1 + 1;
+        })() : void 0;
+        d ? (function () {
+            totalø1 = totalø1 + d;
+            return countø1 = countø1 + 1;
+        })() : void 0;
+        return totalø1 / countø1;
+    }.call(this);
+};
+var rand = exports.rand = function rand() {
+    return Math.random();
+};
+var randAroundZero = exports.randAroundZero = function randAroundZero(spread) {
+    return spread * rand() * 2 - spread;
+};
+var jitter = exports.jitter = function jitter(value, spread) {
+    return value + randAroundZero(spread);
+};
+void 0;
+var heightmapGetSafe = exports.heightmapGetSafe = function heightmapGetSafe(hm, x, y) {
+    return 0 <= x && x <= hm.last && (0 <= y && y <= hm.last) ? (function () {
+        return hm[y * hm.resolution + x];
+    })() : void 0;
+};
+void 0;
+var normalize = exports.normalize = function normalize(hm) {
+    return function () {
+        var maxø1 = 0 - Infinity;
+        var minø1 = Infinity;
+        (function () {
+            var G__1ø1 = hm.length;
+            return function loop() {
+                var recur = loop;
+                var iø1 = 0;
+                do {
+                    recur = iø1 < G__1ø1 ? (function () {
+                        (function () {
+                            var elø1 = hm[iø1];
+                            maxø1 < elø1 ? (function () {
+                                return maxø1 = elø1;
+                            })() : void 0;
+                            return minø1 > elø1 ? (function () {
+                                return minø1 = elø1;
+                            })() : void 0;
+                        }.call(this));
+                        return loop[0] = 1 + iø1, loop;
+                    })() : void 0;
+                } while (iø1 = loop[0], recur === loop);
+                return recur;
+            }.call(this);
+        }.call(this));
+        return function () {
+            var spanø1 = maxø1 - minø1;
+            return function () {
+                var G__2ø1 = hm.length;
+                return function loop() {
+                    var recur = loop;
+                    var iø1 = 0;
+                    do {
+                        recur = iø1 < G__2ø1 ? (function () {
+                            hm[iø1] = (hm[iø1] - minø1) / spanø1;
+                            return loop[0] = 1 + iø1, loop;
+                        })() : void 0;
+                    } while (iø1 = loop[0], recur === loop);
+                    return recur;
+                }.call(this);
+            }.call(this);
+        }.call(this);
+    }.call(this);
+};
+var zeroHeightmap = exports.zeroHeightmap = function zeroHeightmap(heightmap) {
+    (function () {
+        var G__3ø1 = heightmap.length;
+        return function loop() {
+            var recur = loop;
+            var iø1 = 0;
+            do {
+                recur = iø1 < G__3ø1 ? (function () {
+                    heightmap[iø1] = 0;
+                    return loop[0] = 1 + iø1, loop;
+                })() : void 0;
+            } while (iø1 = loop[0], recur === loop);
+            return recur;
+        }.call(this);
+    }.call(this));
+    return heightmap;
+};
+var makeHeightmap = exports.makeHeightmap = function makeHeightmap(exponent) {
+    return function () {
+        var resolutionø1 = 1 + Math.pow(2, exponent);
+        l('Creating ' + resolutionø1 + ' by ' + resolutionø1 + ' heightmap...');
+        var heightmap = new Array(resolutionø1 * resolutionø1);
+        heightmap.resolution = resolutionø1;
+        heightmap.exponent = exponent;
+        heightmap.last = resolutionø1 - 1;
+        return zeroHeightmap(heightmap);
+    }.call(this);
+};
+var randomNoise = exports.randomNoise = function randomNoise(heightmap) {
+    return function () {
+        var G__4ø1 = heightmap.length;
+        return function loop() {
+            var recur = loop;
+            var iø1 = 0;
+            do {
+                recur = iø1 < G__4ø1 ? (function () {
+                    heightmap[iø1] = rand();
+                    return loop[0] = 1 + iø1, loop;
+                })() : void 0;
+            } while (iø1 = loop[0], recur === loop);
+            return recur;
+        }.call(this);
+    }.call(this);
+};
+var mpdInitCorners = exports.mpdInitCorners = function mpdInitCorners(heightmap) {
+    heightmap[0 * heightmap.resolution + 0] = rand();
+    heightmap[heightmap.last * heightmap.resolution + 0] = rand();
+    heightmap[0 * heightmap.resolution + heightmap.last] = rand();
+    return heightmap[heightmap.last * heightmap.resolution + heightmap.last] = rand();
+};
+var mpdDisplace = exports.mpdDisplace = function mpdDisplace(heightmap, lx, rx, by, ty, spread) {
+    return function () {
+        var cxø1 = midpoint(lx, rx);
+        var cyø1 = midpoint(by, ty);
+        var bottomLeftø1 = heightmap[by * heightmap.resolution + lx];
+        var bottomRightø1 = heightmap[by * heightmap.resolution + rx];
+        var topLeftø1 = heightmap[ty * heightmap.resolution + lx];
+        var topRightø1 = heightmap[ty * heightmap.resolution + rx];
+        var topø1 = average2(topLeftø1, topRightø1);
+        var leftø1 = average2(bottomLeftø1, topLeftø1);
+        var bottomø1 = average2(bottomLeftø1, bottomRightø1);
+        var rightø1 = average2(bottomRightø1, topRightø1);
+        var centerø1 = average4(topø1, leftø1, bottomø1, rightø1);
+        heightmap[by * heightmap.resolution + cxø1] = jitter(bottomø1, spread);
+        heightmap[ty * heightmap.resolution + cxø1] = jitter(topø1, spread);
+        heightmap[cyø1 * heightmap.resolution + lx] = jitter(leftø1, spread);
+        heightmap[cyø1 * heightmap.resolution + rx] = jitter(rightø1, spread);
+        return heightmap[cyø1 * heightmap.resolution + cxø1] = jitter(centerø1, spread);
+    }.call(this);
+};
+var midpointDisplacement = exports.midpointDisplacement = function midpointDisplacement(heightmap) {
+    mpdInitCorners(heightmap);
+    (function loop() {
+        var recur = loop;
+        var iterø1 = 0;
+        var spreadø1 = 0.3;
+        do {
+            recur = iterø1 < heightmap.exponent ? (function () {
+                (function () {
+                    var chunksø1 = Math.pow(2, iterø1);
+                    var chunkWidthø1 = (heightmap.resolution - 1) / chunksø1;
+                    return function () {
+                        var G__5ø1 = chunksø1;
+                        return function () {
+                            var G__6ø1 = G__5ø1;
+                            return function loop() {
+                                var recur = loop;
+                                var xchunkø1 = 0;
+                                do {
+                                    recur = xchunkø1 < G__6ø1 ? (function () {
+                                        (function () {
+                                            var G__7ø1 = G__5ø1;
+                                            return function loop() {
+                                                var recur = loop;
+                                                var ychunkø1 = 0;
+                                                do {
+                                                    recur = ychunkø1 < G__7ø1 ? (function () {
+                                                        (function () {
+                                                            var leftXø1 = chunkWidthø1 * xchunkø1;
+                                                            var rightXø1 = leftXø1 + chunkWidthø1;
+                                                            var bottomYø1 = chunkWidthø1 * ychunkø1;
+                                                            var topYø1 = bottomYø1 + chunkWidthø1;
+                                                            return mpdDisplace(heightmap, leftXø1, rightXø1, bottomYø1, topYø1, spreadø1);
+                                                        }.call(this));
+                                                        return loop[0] = 1 + ychunkø1, loop;
+                                                    })() : void 0;
+                                                } while (ychunkø1 = loop[0], recur === loop);
+                                                return recur;
+                                            }.call(this);
+                                        }.call(this));
+                                        return loop[0] = 1 + xchunkø1, loop;
+                                    })() : void 0;
+                                } while (xchunkø1 = loop[0], recur === loop);
+                                return recur;
+                            }.call(this);
+                        }.call(this);
+                    }.call(this);
+                }.call(this));
+                return loop[0] = 1 + iterø1, loop[1] = spreadø1 * 0.5, loop;
+            })() : void 0;
+        } while (iterø1 = loop[0], spreadø1 = loop[1], recur === loop);
+        return recur;
+    }.call(this));
+    return normalize(heightmap);
+};
+var midpointDisplacementFinal = exports.midpointDisplacementFinal = function midpointDisplacementFinal(heightmap) {
+    mpdInitCorners(heightmap);
+    (function loop() {
+        var recur = loop;
+        var iterø1 = 0;
+        var spreadø1 = 0 + $('#input-starting-spread').val();
+        do {
+            recur = iterø1 < heightmap.exponent ? (function () {
+                (function () {
+                    var chunksø1 = Math.pow(2, iterø1);
+                    var chunkWidthø1 = (heightmap.resolution - 1) / chunksø1;
+                    return function () {
+                        var G__8ø1 = chunksø1;
+                        return function () {
+                            var G__9ø1 = G__8ø1;
+                            return function loop() {
+                                var recur = loop;
+                                var xchunkø1 = 0;
+                                do {
+                                    recur = xchunkø1 < G__9ø1 ? (function () {
+                                        (function () {
+                                            var G__10ø1 = G__8ø1;
+                                            return function loop() {
+                                                var recur = loop;
+                                                var ychunkø1 = 0;
+                                                do {
+                                                    recur = ychunkø1 < G__10ø1 ? (function () {
+                                                        (function () {
+                                                            var leftXø1 = chunkWidthø1 * xchunkø1;
+                                                            var rightXø1 = leftXø1 + chunkWidthø1;
+                                                            var bottomYø1 = chunkWidthø1 * ychunkø1;
+                                                            var topYø1 = bottomYø1 + chunkWidthø1;
+                                                            return mpdDisplace(heightmap, leftXø1, rightXø1, bottomYø1, topYø1, spreadø1);
+                                                        }.call(this));
+                                                        return loop[0] = 1 + ychunkø1, loop;
+                                                    })() : void 0;
+                                                } while (ychunkø1 = loop[0], recur === loop);
+                                                return recur;
+                                            }.call(this);
+                                        }.call(this));
+                                        return loop[0] = 1 + xchunkø1, loop;
+                                    })() : void 0;
+                                } while (xchunkø1 = loop[0], recur === loop);
+                                return recur;
+                            }.call(this);
+                        }.call(this);
+                    }.call(this);
+                }.call(this));
+                return loop[0] = 1 + iterø1, loop[1] = spreadø1 * (0 + $('#input-spread-reduction').val()), loop;
+            })() : void 0;
+        } while (iterø1 = loop[0], spreadø1 = loop[1], recur === loop);
+        return recur;
+    }.call(this));
+    return normalize(heightmap);
+};
+var mpdDisplaceD2 = exports.mpdDisplaceD2 = function mpdDisplaceD2(heightmap, lx, rx, by, ty, spread) {
+    return function () {
+        var cxø1 = midpoint(lx, rx);
+        var cyø1 = midpoint(by, ty);
+        var bottomLeftø1 = heightmap[by * heightmap.resolution + lx];
+        var bottomRightø1 = heightmap[by * heightmap.resolution + rx];
+        var topLeftø1 = heightmap[ty * heightmap.resolution + lx];
+        var topRightø1 = heightmap[ty * heightmap.resolution + rx];
+        var topø1 = average2(topLeftø1, topRightø1);
+        var leftø1 = average2(bottomLeftø1, topLeftø1);
+        var bottomø1 = average2(bottomLeftø1, bottomRightø1);
+        var rightø1 = average2(bottomRightø1, topRightø1);
+        heightmap[by * heightmap.resolution + cxø1] = jitter(bottomø1, spread);
+        heightmap[ty * heightmap.resolution + cxø1] = jitter(topø1, spread);
+        heightmap[cyø1 * heightmap.resolution + lx] = jitter(leftø1, spread);
+        return heightmap[cyø1 * heightmap.resolution + rx] = jitter(rightø1, spread);
+    }.call(this);
+};
+var midpointDisplacementD1 = exports.midpointDisplacementD1 = function midpointDisplacementD1(heightmap) {
+    return mpdInitCorners(heightmap);
+};
+var midpointDisplacementD2 = exports.midpointDisplacementD2 = function midpointDisplacementD2(heightmap) {
+    mpdInitCorners(heightmap);
+    return mpdDisplaceD2(heightmap, 0, heightmap.last, 0, heightmap.last, 0.1);
+};
+var midpointDisplacementD3 = exports.midpointDisplacementD3 = function midpointDisplacementD3(heightmap) {
+    mpdInitCorners(heightmap);
+    return mpdDisplace(heightmap, 0, heightmap.last, 0, heightmap.last, 0.1);
+};
+var makeDirectionalLight = exports.makeDirectionalLight = function makeDirectionalLight() {
+    return function () {
+        var lightø1 = new THREE.DirectionalLight(16777215, 1);
+        lightø1.position.set(100, 0, 150);
+        return lightø1;
+    }.call(this);
+};
+var makeCamera = exports.makeCamera = function makeCamera() {
+    return function () {
+        var cameraø1 = new THREE.PerspectiveCamera(55, width / height, 0.1, 1000);
+        cameraø1.position.set(0, -100, 150);
+        return cameraø1;
+    }.call(this);
+};
+var makeRenderer = exports.makeRenderer = function makeRenderer() {
+    return function () {
+        var rendererø1 = new THREE.WebGLRenderer({ 'antialias': false });
+        rendererø1.setClearColor(16777215);
+        rendererø1.setSize(width, height);
+        rendererø1.setPixelRatio(2);
+        return rendererø1;
+    }.call(this);
+};
+var makeGeometry = exports.makeGeometry = function makeGeometry(heightmap) {
+    return function () {
+        var geometryø1 = new THREE.PlaneGeometry(terrainSize, terrainSize, heightmap.resolution - 1, heightmap.resolution - 1);
+        geometryø1.dynamic = true;
+        return geometryø1;
+    }.call(this);
+};
+var makeControls = exports.makeControls = function makeControls(camera, renderer) {
+    return function () {
+        var controlsø1 = new THREE.TrackballControls(camera, renderer.domElement);
+        controlsø1.rotateSpeed = 1.4;
+        controlsø1.zoomSpeed = 0.5;
+        controlsø1.staticMoving = true;
+        controlsø1.dynamicDampingFactor = 0.3;
+        return controlsø1;
+    }.call(this);
+};
+var makePlane = exports.makePlane = function makePlane(geometry) {
+    return function () {
+        var materialø1 = new THREE.MeshLambertMaterial({
+            'wireframe': wireframe,
+            'wireframeLinewidth': wireframeWidth,
+            'color': 47872
+        });
+        return new THREE.Mesh(geometry, materialø1);
+    }.call(this);
+};
+var attachToDom = exports.attachToDom = function attachToDom(renderer, elName, refreshFn) {
+    return function () {
+        var containerø1 = document.getElementById(elName);
+        var settingsø1 = document.createElement('div');
+        var refreshButtonø1 = document.createElement('button');
+        var buttonTextø1 = document.createTextNode('Refresh');
+        var cancelScrollø1 = function (e) {
+            return e.preventDefault();
+        };
+        refreshButtonø1.onclick = refreshFn;
+        renderer.domElement.onmousewheel = cancelScrollø1;
+        renderer.domElement.addEventListener('MozMousePixelScroll', cancelScrollø1, false);
+        refreshButtonø1.appendChild(buttonTextø1);
+        containerø1.appendChild(renderer.domElement);
+        containerø1.appendChild(settingsø1);
+        return settingsø1.appendChild(refreshButtonø1);
+    }.call(this);
+};
+var updateGeometry = exports.updateGeometry = function updateGeometry(geometry, heightmap) {
+    (function () {
+        var G__11ø1 = geometry.vertices.length;
+        return function loop() {
+            var recur = loop;
+            var iø1 = 0;
+            do {
+                recur = iø1 < G__11ø1 ? (function () {
+                    geometry.vertices[iø1].z = terrainHeight * heightmap[iø1];
+                    return loop[0] = 1 + iø1, loop;
+                })() : void 0;
+            } while (iø1 = loop[0], recur === loop);
+            return recur;
+        }.call(this);
+    }.call(this));
+    geometry.verticesNeedUpdate = true;
+    geometry.computeFaceNormals();
+    geometry.computeVertexNormals();
+    geometry.computeMorphNormals();
+    return geometry;
+};
+var makeDemo = exports.makeDemo = function makeDemo(elementId, algorithm, size) {
+    var scene = new THREE.Scene();
+    scene.add(new THREE.AxisHelper(100));
+    var clock = new THREE.Clock();
+    var camera = makeCamera();
+    var renderer = makeRenderer();
+    var geometry = makeGeometry(makeHeightmap(size));
+    scene.add(makeDirectionalLight());
+    scene.add(new THREE.AmbientLight(16777215, 0.05));
+    scene.add(makePlane(geometry));
+    var refresh = function refresh() {
+        l('Refreshing ========================================');
+        return function () {
+            var heightmapø1 = makeHeightmap(size);
+            l('Generating terrain...');
+            (function () {
+                var G__12ø1 = new Date().getTime();
+                var G__14ø1 = (function () {
+                    return algorithm(heightmapø1);
+                })();
+                var G__13ø1 = new Date().getTime();
+                l('Elapsed time: ' + (G__13ø1 - G__12ø1) + 'ms.');
+                return G__14ø1;
+            }.call(this));
+            l('Refreshing geometry...');
+            (function () {
+                var G__15ø1 = new Date().getTime();
+                var G__17ø1 = (function () {
+                    return updateGeometry(geometry, heightmapø1);
+                })();
+                var G__16ø1 = new Date().getTime();
+                l('Elapsed time: ' + (G__16ø1 - G__15ø1) + 'ms.');
+                return G__17ø1;
+            }.call(this));
+            return l('Done!');
+        }.call(this);
+    };
+    attachToDom(renderer, elementId, refresh);
+    var controls = makeControls(camera, renderer);
+    var render = function render() {
+        return function () {
+            var deltaø1 = clock.getDelta();
+            requestAnimationFrame(render);
+            controls.update(deltaø1);
+            return renderer.render(scene, camera);
+        }.call(this);
+    };
+    render();
+    return void 0;
+};
+var makeFinal = exports.makeFinal = function makeFinal(elementId) {
+    var scene = new THREE.Scene();
+    scene.add(new THREE.AxisHelper(100));
+    var clock = new THREE.Clock();
+    var camera = makeCamera();
+    var renderer = makeRenderer();
+    var heightmap = makeHeightmap($('#input-exponent').val());
+    var geometry = makeGeometry(heightmap);
+    var plane = makePlane(geometry);
+    scene.add(makeDirectionalLight());
+    scene.add(new THREE.AmbientLight(16777215, 0.05));
+    scene.add(plane);
+    var refresh = function refresh() {
+        l('Refreshing ========================================');
+        scene.remove(plane);
+        heightmap = makeHeightmap($('#input-exponent').val());
+        geometry = makeGeometry(heightmap);
+        plane = makePlane(geometry);
+        scene.add(plane);
+        l('Generating terrain...');
+        (function () {
+            var G__18ø1 = new Date().getTime();
+            var G__20ø1 = (function () {
+                return midpointDisplacementFinal(heightmap);
+            })();
+            var G__19ø1 = new Date().getTime();
+            l('Elapsed time: ' + (G__19ø1 - G__18ø1) + 'ms.');
+            return G__20ø1;
+        }.call(this));
+        l('Refreshing geometry...');
+        (function () {
+            var G__21ø1 = new Date().getTime();
+            var G__23ø1 = (function () {
+                return updateGeometry(geometry, heightmap);
+            })();
+            var G__22ø1 = new Date().getTime();
+            l('Elapsed time: ' + (G__22ø1 - G__21ø1) + 'ms.');
+            return G__23ø1;
+        }.call(this));
+        return l('Done!');
+    };
+    attachToDom(renderer, elementId, refresh);
+    var controls = makeControls(camera, renderer);
+    var render = function render() {
+        return function () {
+            var deltaø1 = clock.getDelta();
+            requestAnimationFrame(render);
+            controls.update(deltaø1);
+            return renderer.render(scene, camera);
+        }.call(this);
+    };
+    render();
+    return void 0;
+};
+var run = exports.run = function run() {
+    makeDemo('demo-random', randomNoise, 7);
+    makeDemo('demo-mpd-1', midpointDisplacementD1, 2);
+    makeDemo('demo-mpd-2', midpointDisplacementD2, 2);
+    makeDemo('demo-mpd-3', midpointDisplacementD3, 2);
+    makeDemo('demo-mpd-4', midpointDisplacement, 3);
+    return makeFinal('demo-final');
+};
+$(run);
+
+
+},{}]},{},[1]);
--- a/media/js/terrain1.wisp	Fri Feb 19 19:48:12 2016 +0000
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,391 +0,0 @@
-; Constants -------------------------------------------------------------------
-(set! exports {}) ; fuck off wisp
-(def width 610)
-(def height 400)
-(def wireframe true)
-(def wireframe-width 1.2)
-(def terrain-height 50)
-(def terrain-size 100)
-
-; General Utilities -----------------------------------------------------------
-(defmacro when [condition & body]
-  `(if ~condition
-     (do ~@body)))
-
-(defmacro do-times [varname limit & body]
-  (let [end (gensym)]
-    `(let [~end ~limit]
-       (loop [~varname 0]
-         (when (< ~varname ~end)
-           ~@body
-           (recur (+ 1 ~varname)))))))
-
-(defmacro do-nested [xname yname width & body]
-  (let [iterations (gensym)]
-    `(let [~iterations ~width]
-       (do-times ~xname ~iterations
-         (do-times ~yname ~iterations
-           ~@body)))))
-
-(defmacro inc! [place]
-  `(set! ~place (+ ~place 1)))
-
-(defmacro add! [place amount]
-  `(set! ~place (+ ~place ~amount)))
-
-(defmacro time [& body]
-  (let [start (gensym)
-        end (gensym)
-        result (gensym)]
-    `(let [~start (.getTime (new Date))
-           ~result (do ~@body)
-           ~end (.getTime (new Date))]
-       (l (+ "Elapsed time: " (- ~end ~start) "ms."))
-       ~result)))
-
-(defn l [v]
-  (console.log v))
-
-
-(defn midpoint [a b]
-  (/ (+ a b) 2))
-
-(defn average2 [a b]
-  (/ (+ a b) 2))
-
-(defn average4 [a b c d]
-  (/ (+ a b c d) 4))
-
-(defn safe-average [a b c d]
-  (let [total 0 count 0]
-    (when a (add! total a) (inc! count))
-    (when b (add! total b) (inc! count))
-    (when c (add! total c) (inc! count))
-    (when d (add! total d) (inc! count))
-    (/ total count)))
-
-
-(defn rand []
-  (Math.random))
-
-(defn rand-around-zero [spread]
-  (- (* spread (rand) 2) spread))
-
-
-(defn jitter [value spread]
-  (+ value (rand-around-zero spread)))
-
-
-; Heightmap Helpers -----------------------------------------------------------
-(defmacro heightmap-get [hm x y]
-  `(aget ~hm (+ (* ~y (.-resolution ~hm)) ~x)))
-
-(defn heightmap-get-safe [hm x y]
-  (when (and (<= 0 x hm.last)
-             (<= 0 y hm.last))
-    (heightmap-get hm x y)))
-
-(defmacro heightmap-set! [hm x y val]
-  `(set! (heightmap-get ~hm ~x ~y) ~val))
-
-
-(defn normalize [hm]
-  (let [max (- Infinity)
-        min Infinity]
-    (do-times i hm.length
-      (let [el (aget hm i)]
-        (when (< max el) (set! max el))
-        (when (> min el) (set! min el))))
-    (let [span (- max min)]
-      (do-times i hm.length
-        (set! (aget hm i)
-          (/ (- (aget hm i) min)
-             span))))))
-
-(defn zero-heightmap [heightmap]
-  (do-times i heightmap.length
-    (set! (aget heightmap i) 0.0))
-  heightmap)
-
-(defn make-heightmap [exponent]
-  (let [resolution (+ 1 (Math.pow 2 exponent))]
-    (l (+ "Creating " resolution " by " resolution " heightmap..."))
-    (def heightmap
-      (new Array (* resolution resolution)))
-    (set! heightmap.resolution resolution)
-    (set! heightmap.exponent exponent)
-    (set! heightmap.last (- resolution 1))
-    (zero-heightmap heightmap)))
-
-
-; Random Noise ----------------------------------------------------------------
-(defn random-noise [heightmap]
-  (do-times i heightmap.length
-    (set! (aget heightmap i) (rand))))
-
-
-; Midpoint Displacement -------------------------------------------------------
-(defn mpd-init-corners [heightmap]
-  (heightmap-set! heightmap 0 0 (rand))
-  (heightmap-set! heightmap 0 heightmap.last (rand))
-  (heightmap-set! heightmap heightmap.last 0 (rand))
-  (heightmap-set! heightmap heightmap.last heightmap.last (rand)))
-
-(defn mpd-displace [heightmap lx rx by ty spread]
-  (let [cx (midpoint lx rx)
-        cy (midpoint by ty)
-
-        bottom-left (heightmap-get heightmap lx by)
-        bottom-right (heightmap-get heightmap rx by)
-        top-left (heightmap-get heightmap lx ty)
-        top-right (heightmap-get heightmap rx ty)
-
-        top (average2 top-left top-right)
-        left (average2 bottom-left top-left)
-        bottom (average2 bottom-left bottom-right)
-        right (average2 bottom-right top-right)
-        center (average4 top left bottom right)]
-    (heightmap-set! heightmap cx by (jitter bottom spread))
-    (heightmap-set! heightmap cx ty (jitter top spread))
-    (heightmap-set! heightmap lx cy (jitter left spread))
-    (heightmap-set! heightmap rx cy (jitter right spread))
-    (heightmap-set! heightmap cx cy (jitter center spread))))
-
-(defn midpoint-displacement [heightmap]
-  (mpd-init-corners heightmap)
-  ; (mpd-displace heightmap 0 heightmap.last 0 heightmap.last 0.1)
-  (loop [iter 0
-         spread 0.3]
-    (when (< iter heightmap.exponent)
-      (let [chunks (Math.pow 2 iter)
-            chunk-width (/ (- heightmap.resolution 1) chunks)]
-        (do-nested xchunk ychunk chunks
-          (let [left-x (* chunk-width xchunk)
-                right-x (+ left-x chunk-width)
-                bottom-y (* chunk-width ychunk)
-                top-y (+ bottom-y chunk-width)]
-            (mpd-displace heightmap left-x right-x bottom-y top-y spread))))
-      (recur (+ 1 iter) (* spread 0.5))))
-  (normalize heightmap))
-
-
-(defn midpoint-displacement-final [heightmap]
-  (mpd-init-corners heightmap)
-  ; (let [spread ])
-  (loop [iter 0
-         spread (+ 0 (.val ($ "#input-starting-spread")))]
-    (when (< iter heightmap.exponent)
-      (let [chunks (Math.pow 2 iter)
-            chunk-width (/ (- heightmap.resolution 1) chunks)]
-        (do-nested xchunk ychunk chunks
-          (let [left-x (* chunk-width xchunk)
-                right-x (+ left-x chunk-width)
-                bottom-y (* chunk-width ychunk)
-                top-y (+ bottom-y chunk-width)]
-            (mpd-displace heightmap left-x right-x bottom-y top-y spread))))
-      (recur (+ 1 iter) (* spread
-                           (+ 0 (.val ($ "#input-spread-reduction")))))))
-  (normalize heightmap))
-
-
-(defn mpd-displace-d2 [heightmap lx rx by ty spread]
-  (let [cx (midpoint lx rx)
-        cy (midpoint by ty)
-
-        bottom-left (heightmap-get heightmap lx by)
-        bottom-right (heightmap-get heightmap rx by)
-        top-left (heightmap-get heightmap lx ty)
-        top-right (heightmap-get heightmap rx ty)
-
-        top (average2 top-left top-right)
-        left (average2 bottom-left top-left)
-        bottom (average2 bottom-left bottom-right)
-        right (average2 bottom-right top-right)]
-    (heightmap-set! heightmap cx by (jitter bottom spread))
-    (heightmap-set! heightmap cx ty (jitter top spread))
-    (heightmap-set! heightmap lx cy (jitter left spread))
-    (heightmap-set! heightmap rx cy (jitter right spread))))
-
-(defn midpoint-displacement-d1 [heightmap]
-  (mpd-init-corners heightmap))
-
-(defn midpoint-displacement-d2 [heightmap]
-  (mpd-init-corners heightmap)
-  (mpd-displace-d2 heightmap
-                   0 heightmap.last
-                   0 heightmap.last
-                   0.1))
-
-(defn midpoint-displacement-d3 [heightmap]
-  (mpd-init-corners heightmap)
-  (mpd-displace heightmap
-                0 heightmap.last
-                0 heightmap.last
-                0.1))
-
-
-
-; Three.js Helpers ------------------------------------------------------------
-(defn make-directional-light []
-  (let [light (new THREE.DirectionalLight 0xffffff 1)]
-    (light.position.set 100 0 150)
-    light))
-
-(defn make-camera []
-  (let [camera (new THREE.PerspectiveCamera
-                    55,
-                    (/ width height)
-                    0.1,
-                    1000)]
-    (camera.position.set 0 -100 150)
-    camera))
-
-(defn make-renderer []
-  (let [renderer (new THREE.WebGLRenderer {:antialias false})]
-    (renderer.setClearColor 0xffffff)
-    (renderer.setSize width height)
-    (renderer.setPixelRatio 2)
-    renderer))
-
-(defn make-geometry [heightmap]
-  (let [geometry (new THREE.PlaneGeometry
-                      terrain-size
-                      terrain-size
-                      (- heightmap.resolution 1)
-                      (- heightmap.resolution 1))]
-    (set! geometry.dynamic true)
-    geometry))
-
-(defn make-controls [camera renderer]
-  (let [controls (new THREE.TrackballControls camera renderer.domElement)]
-    (set! controls.rotateSpeed 1.4)
-    (set! controls.zoomSpeed 0.5)
-    (set! controls.staticMoving true)
-    (set! controls.dynamicDampingFactor 0.3)
-    controls))
-
-(defn make-plane [geometry]
-  (let [material (new THREE.MeshLambertMaterial
-                      {:wireframe wireframe
-                       :wireframeLinewidth wireframe-width
-                       :color 0x00bb00})]
-    (new THREE.Mesh geometry material)))
-
-
-(defn attach-to-dom [renderer el-name refresh-fn]
-  (let [container (document.getElementById el-name)
-        settings (document.createElement "div")
-        refresh-button (document.createElement "button")
-        button-text (document.createTextNode "Refresh")
-        cancel-scroll (fn [e] (.preventDefault e))]
-    (set! refresh-button.onclick refresh-fn)
-    (set! renderer.domElement.onmousewheel cancel-scroll)
-    (renderer.domElement.addEventListener "MozMousePixelScroll" cancel-scroll false)
-    (.appendChild refresh-button button-text)
-    (.appendChild container renderer.domElement)
-    (.appendChild container settings)
-    (.appendChild settings refresh-button)))
-
-(defn update-geometry [geometry heightmap]
-  (do-times i geometry.vertices.length
-    (set! (.-z (aget geometry.vertices i))
-      (* terrain-height (aget heightmap i))))
-  (set! geometry.verticesNeedUpdate true)
-  (geometry.computeFaceNormals)
-  (geometry.computeVertexNormals)
-  (geometry.computeMorphNormals)
-  geometry)
-
-
-; Main ------------------------------------------------------------------------
-(defn make-demo [element-id algorithm size]
-  (def scene (new THREE.Scene))
-  (scene.add (new THREE.AxisHelper 100))
-
-  (def clock (new THREE.Clock))
-  (def camera (make-camera))
-  (def renderer (make-renderer))
-  (def geometry (make-geometry (make-heightmap size)))
-
-  (scene.add (make-directional-light))
-  (scene.add (new THREE.AmbientLight 0xffffff 0.05))
-  (scene.add (make-plane geometry))
-
-  (defn refresh []
-    (l "Refreshing ========================================")
-    (let [heightmap (make-heightmap size)]
-      (l "Generating terrain...")
-      (time (algorithm heightmap))
-      (l "Refreshing geometry...")
-      (time (update-geometry geometry heightmap))
-      (l "Done!")))
-
-  (attach-to-dom renderer element-id refresh)
-  (def controls (make-controls camera renderer))
-
-  (defn render []
-    (let [delta (clock.getDelta)]
-      (requestAnimationFrame render)
-      (.update controls delta)
-      (renderer.render scene camera)))
-
-  (render)
-
-  nil)
-
-(defn make-final [element-id]
-  (def scene (new THREE.Scene))
-  (scene.add (new THREE.AxisHelper 100))
-
-  (def clock (new THREE.Clock))
-  (def camera (make-camera))
-  (def renderer (make-renderer))
-  (def heightmap (make-heightmap (.val ($ "#input-exponent"))))
-  (def geometry (make-geometry heightmap))
-  (def plane (make-plane geometry))
-
-  (scene.add (make-directional-light))
-  (scene.add (new THREE.AmbientLight 0xffffff 0.05))
-  (scene.add plane)
-
-  (defn refresh []
-    (l "Refreshing ========================================")
-    (scene.remove plane)
-    (set! heightmap (make-heightmap (.val ($ "#input-exponent"))))
-    (set! geometry (make-geometry heightmap))
-    (set! plane (make-plane geometry))
-    (scene.add plane)
-    (l "Generating terrain...")
-    (time (midpoint-displacement-final heightmap))
-    (l "Refreshing geometry...")
-    (time (update-geometry geometry heightmap))
-    (l "Done!"))
-
-  (attach-to-dom renderer element-id refresh)
-  (def controls (make-controls camera renderer))
-
-  (defn render []
-    (let [delta (clock.getDelta)]
-      (requestAnimationFrame render)
-      (.update controls delta)
-      (renderer.render scene camera)))
-
-  (render)
-
-  nil)
-
-
-(defn run []
-  (make-demo "demo-random" random-noise 7)
-  (make-demo "demo-mpd-1" midpoint-displacement-d1 2)
-  (make-demo "demo-mpd-2" midpoint-displacement-d2 2)
-  (make-demo "demo-mpd-3" midpoint-displacement-d3 2)
-  (make-demo "demo-mpd-4" midpoint-displacement 3)
-  (make-final "demo-final")
-  ; (make-demo "demo-midpoint" midpoint-displacement)
-  ; (make-demo "demo-diamond" diamond-square)
-
-  )
-
-
-; vim: lw+=do-times lw+=do-nested :
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/media/js/wisp/terrain1.js	Sun Feb 28 11:51:50 2016 +0000
@@ -0,0 +1,520 @@
+var width = exports.width = 610;
+var height = exports.height = 400;
+var wireframe = exports.wireframe = true;
+var wireframeWidth = exports.wireframeWidth = 1.2;
+var terrainHeight = exports.terrainHeight = 50;
+var terrainSize = exports.terrainSize = 100;
+void 0;
+void 0;
+void 0;
+void 0;
+void 0;
+void 0;
+var l = exports.l = function l(v) {
+    return console.log(v);
+};
+var midpoint = exports.midpoint = function midpoint(a, b) {
+    return (a + b) / 2;
+};
+var average2 = exports.average2 = function average2(a, b) {
+    return (a + b) / 2;
+};
+var average4 = exports.average4 = function average4(a, b, c, d) {
+    return (a + b + c + d) / 4;
+};
+var safeAverage = exports.safeAverage = function safeAverage(a, b, c, d) {
+    return function () {
+        var totalø1 = 0;
+        var countø1 = 0;
+        a ? (function () {
+            totalø1 = totalø1 + a;
+            return countø1 = countø1 + 1;
+        })() : void 0;
+        b ? (function () {
+            totalø1 = totalø1 + b;
+            return countø1 = countø1 + 1;
+        })() : void 0;
+        c ? (function () {
+            totalø1 = totalø1 + c;
+            return countø1 = countø1 + 1;
+        })() : void 0;
+        d ? (function () {
+            totalø1 = totalø1 + d;
+            return countø1 = countø1 + 1;
+        })() : void 0;
+        return totalø1 / countø1;
+    }.call(this);
+};
+var rand = exports.rand = function rand() {
+    return Math.random();
+};
+var randAroundZero = exports.randAroundZero = function randAroundZero(spread) {
+    return spread * rand() * 2 - spread;
+};
+var jitter = exports.jitter = function jitter(value, spread) {
+    return value + randAroundZero(spread);
+};
+void 0;
+var heightmapGetSafe = exports.heightmapGetSafe = function heightmapGetSafe(hm, x, y) {
+    return 0 <= x && x <= hm.last && (0 <= y && y <= hm.last) ? (function () {
+        return hm[y * hm.resolution + x];
+    })() : void 0;
+};
+void 0;
+var normalize = exports.normalize = function normalize(hm) {
+    return function () {
+        var maxø1 = 0 - Infinity;
+        var minø1 = Infinity;
+        (function () {
+            var G__1ø1 = hm.length;
+            return function loop() {
+                var recur = loop;
+                var iø1 = 0;
+                do {
+                    recur = iø1 < G__1ø1 ? (function () {
+                        (function () {
+                            var elø1 = hm[iø1];
+                            maxø1 < elø1 ? (function () {
+                                return maxø1 = elø1;
+                            })() : void 0;
+                            return minø1 > elø1 ? (function () {
+                                return minø1 = elø1;
+                            })() : void 0;
+                        }.call(this));
+                        return loop[0] = 1 + iø1, loop;
+                    })() : void 0;
+                } while (iø1 = loop[0], recur === loop);
+                return recur;
+            }.call(this);
+        }.call(this));
+        return function () {
+            var spanø1 = maxø1 - minø1;
+            return function () {
+                var G__2ø1 = hm.length;
+                return function loop() {
+                    var recur = loop;
+                    var iø1 = 0;
+                    do {
+                        recur = iø1 < G__2ø1 ? (function () {
+                            hm[iø1] = (hm[iø1] - minø1) / spanø1;
+                            return loop[0] = 1 + iø1, loop;
+                        })() : void 0;
+                    } while (iø1 = loop[0], recur === loop);
+                    return recur;
+                }.call(this);
+            }.call(this);
+        }.call(this);
+    }.call(this);
+};
+var zeroHeightmap = exports.zeroHeightmap = function zeroHeightmap(heightmap) {
+    (function () {
+        var G__3ø1 = heightmap.length;
+        return function loop() {
+            var recur = loop;
+            var iø1 = 0;
+            do {
+                recur = iø1 < G__3ø1 ? (function () {
+                    heightmap[iø1] = 0;
+                    return loop[0] = 1 + iø1, loop;
+                })() : void 0;
+            } while (iø1 = loop[0], recur === loop);
+            return recur;
+        }.call(this);
+    }.call(this));
+    return heightmap;
+};
+var makeHeightmap = exports.makeHeightmap = function makeHeightmap(exponent) {
+    return function () {
+        var resolutionø1 = 1 + Math.pow(2, exponent);
+        l('Creating ' + resolutionø1 + ' by ' + resolutionø1 + ' heightmap...');
+        var heightmap = new Array(resolutionø1 * resolutionø1);
+        heightmap.resolution = resolutionø1;
+        heightmap.exponent = exponent;
+        heightmap.last = resolutionø1 - 1;
+        return zeroHeightmap(heightmap);
+    }.call(this);
+};
+var randomNoise = exports.randomNoise = function randomNoise(heightmap) {
+    return function () {
+        var G__4ø1 = heightmap.length;
+        return function loop() {
+            var recur = loop;
+            var iø1 = 0;
+            do {
+                recur = iø1 < G__4ø1 ? (function () {
+                    heightmap[iø1] = rand();
+                    return loop[0] = 1 + iø1, loop;
+                })() : void 0;
+            } while (iø1 = loop[0], recur === loop);
+            return recur;
+        }.call(this);
+    }.call(this);
+};
+var mpdInitCorners = exports.mpdInitCorners = function mpdInitCorners(heightmap) {
+    heightmap[0 * heightmap.resolution + 0] = rand();
+    heightmap[heightmap.last * heightmap.resolution + 0] = rand();
+    heightmap[0 * heightmap.resolution + heightmap.last] = rand();
+    return heightmap[heightmap.last * heightmap.resolution + heightmap.last] = rand();
+};
+var mpdDisplace = exports.mpdDisplace = function mpdDisplace(heightmap, lx, rx, by, ty, spread) {
+    return function () {
+        var cxø1 = midpoint(lx, rx);
+        var cyø1 = midpoint(by, ty);
+        var bottomLeftø1 = heightmap[by * heightmap.resolution + lx];
+        var bottomRightø1 = heightmap[by * heightmap.resolution + rx];
+        var topLeftø1 = heightmap[ty * heightmap.resolution + lx];
+        var topRightø1 = heightmap[ty * heightmap.resolution + rx];
+        var topø1 = average2(topLeftø1, topRightø1);
+        var leftø1 = average2(bottomLeftø1, topLeftø1);
+        var bottomø1 = average2(bottomLeftø1, bottomRightø1);
+        var rightø1 = average2(bottomRightø1, topRightø1);
+        var centerø1 = average4(topø1, leftø1, bottomø1, rightø1);
+        heightmap[by * heightmap.resolution + cxø1] = jitter(bottomø1, spread);
+        heightmap[ty * heightmap.resolution + cxø1] = jitter(topø1, spread);
+        heightmap[cyø1 * heightmap.resolution + lx] = jitter(leftø1, spread);
+        heightmap[cyø1 * heightmap.resolution + rx] = jitter(rightø1, spread);
+        return heightmap[cyø1 * heightmap.resolution + cxø1] = jitter(centerø1, spread);
+    }.call(this);
+};
+var midpointDisplacement = exports.midpointDisplacement = function midpointDisplacement(heightmap) {
+    mpdInitCorners(heightmap);
+    (function loop() {
+        var recur = loop;
+        var iterø1 = 0;
+        var spreadø1 = 0.3;
+        do {
+            recur = iterø1 < heightmap.exponent ? (function () {
+                (function () {
+                    var chunksø1 = Math.pow(2, iterø1);
+                    var chunkWidthø1 = (heightmap.resolution - 1) / chunksø1;
+                    return function () {
+                        var G__5ø1 = chunksø1;
+                        return function () {
+                            var G__6ø1 = G__5ø1;
+                            return function loop() {
+                                var recur = loop;
+                                var xchunkø1 = 0;
+                                do {
+                                    recur = xchunkø1 < G__6ø1 ? (function () {
+                                        (function () {
+                                            var G__7ø1 = G__5ø1;
+                                            return function loop() {
+                                                var recur = loop;
+                                                var ychunkø1 = 0;
+                                                do {
+                                                    recur = ychunkø1 < G__7ø1 ? (function () {
+                                                        (function () {
+                                                            var leftXø1 = chunkWidthø1 * xchunkø1;
+                                                            var rightXø1 = leftXø1 + chunkWidthø1;
+                                                            var bottomYø1 = chunkWidthø1 * ychunkø1;
+                                                            var topYø1 = bottomYø1 + chunkWidthø1;
+                                                            return mpdDisplace(heightmap, leftXø1, rightXø1, bottomYø1, topYø1, spreadø1);
+                                                        }.call(this));
+                                                        return loop[0] = 1 + ychunkø1, loop;
+                                                    })() : void 0;
+                                                } while (ychunkø1 = loop[0], recur === loop);
+                                                return recur;
+                                            }.call(this);
+                                        }.call(this));
+                                        return loop[0] = 1 + xchunkø1, loop;
+                                    })() : void 0;
+                                } while (xchunkø1 = loop[0], recur === loop);
+                                return recur;
+                            }.call(this);
+                        }.call(this);
+                    }.call(this);
+                }.call(this));
+                return loop[0] = 1 + iterø1, loop[1] = spreadø1 * 0.5, loop;
+            })() : void 0;
+        } while (iterø1 = loop[0], spreadø1 = loop[1], recur === loop);
+        return recur;
+    }.call(this));
+    return normalize(heightmap);
+};
+var midpointDisplacementFinal = exports.midpointDisplacementFinal = function midpointDisplacementFinal(heightmap) {
+    mpdInitCorners(heightmap);
+    (function loop() {
+        var recur = loop;
+        var iterø1 = 0;
+        var spreadø1 = 0 + $('#input-starting-spread').val();
+        do {
+            recur = iterø1 < heightmap.exponent ? (function () {
+                (function () {
+                    var chunksø1 = Math.pow(2, iterø1);
+                    var chunkWidthø1 = (heightmap.resolution - 1) / chunksø1;
+                    return function () {
+                        var G__8ø1 = chunksø1;
+                        return function () {
+                            var G__9ø1 = G__8ø1;
+                            return function loop() {
+                                var recur = loop;
+                                var xchunkø1 = 0;
+                                do {
+                                    recur = xchunkø1 < G__9ø1 ? (function () {
+                                        (function () {
+                                            var G__10ø1 = G__8ø1;
+                                            return function loop() {
+                                                var recur = loop;
+                                                var ychunkø1 = 0;
+                                                do {
+                                                    recur = ychunkø1 < G__10ø1 ? (function () {
+                                                        (function () {
+                                                            var leftXø1 = chunkWidthø1 * xchunkø1;
+                                                            var rightXø1 = leftXø1 + chunkWidthø1;
+                                                            var bottomYø1 = chunkWidthø1 * ychunkø1;
+                                                            var topYø1 = bottomYø1 + chunkWidthø1;
+                                                            return mpdDisplace(heightmap, leftXø1, rightXø1, bottomYø1, topYø1, spreadø1);
+                                                        }.call(this));
+                                                        return loop[0] = 1 + ychunkø1, loop;
+                                                    })() : void 0;
+                                                } while (ychunkø1 = loop[0], recur === loop);
+                                                return recur;
+                                            }.call(this);
+                                        }.call(this));
+                                        return loop[0] = 1 + xchunkø1, loop;
+                                    })() : void 0;
+                                } while (xchunkø1 = loop[0], recur === loop);
+                                return recur;
+                            }.call(this);
+                        }.call(this);
+                    }.call(this);
+                }.call(this));
+                return loop[0] = 1 + iterø1, loop[1] = spreadø1 * (0 + $('#input-spread-reduction').val()), loop;
+            })() : void 0;
+        } while (iterø1 = loop[0], spreadø1 = loop[1], recur === loop);
+        return recur;
+    }.call(this));
+    return normalize(heightmap);
+};
+var mpdDisplaceD2 = exports.mpdDisplaceD2 = function mpdDisplaceD2(heightmap, lx, rx, by, ty, spread) {
+    return function () {
+        var cxø1 = midpoint(lx, rx);
+        var cyø1 = midpoint(by, ty);
+        var bottomLeftø1 = heightmap[by * heightmap.resolution + lx];
+        var bottomRightø1 = heightmap[by * heightmap.resolution + rx];
+        var topLeftø1 = heightmap[ty * heightmap.resolution + lx];
+        var topRightø1 = heightmap[ty * heightmap.resolution + rx];
+        var topø1 = average2(topLeftø1, topRightø1);
+        var leftø1 = average2(bottomLeftø1, topLeftø1);
+        var bottomø1 = average2(bottomLeftø1, bottomRightø1);
+        var rightø1 = average2(bottomRightø1, topRightø1);
+        heightmap[by * heightmap.resolution + cxø1] = jitter(bottomø1, spread);
+        heightmap[ty * heightmap.resolution + cxø1] = jitter(topø1, spread);
+        heightmap[cyø1 * heightmap.resolution + lx] = jitter(leftø1, spread);
+        return heightmap[cyø1 * heightmap.resolution + rx] = jitter(rightø1, spread);
+    }.call(this);
+};
+var midpointDisplacementD1 = exports.midpointDisplacementD1 = function midpointDisplacementD1(heightmap) {
+    return mpdInitCorners(heightmap);
+};
+var midpointDisplacementD2 = exports.midpointDisplacementD2 = function midpointDisplacementD2(heightmap) {
+    mpdInitCorners(heightmap);
+    return mpdDisplaceD2(heightmap, 0, heightmap.last, 0, heightmap.last, 0.1);
+};
+var midpointDisplacementD3 = exports.midpointDisplacementD3 = function midpointDisplacementD3(heightmap) {
+    mpdInitCorners(heightmap);
+    return mpdDisplace(heightmap, 0, heightmap.last, 0, heightmap.last, 0.1);
+};
+var makeDirectionalLight = exports.makeDirectionalLight = function makeDirectionalLight() {
+    return function () {
+        var lightø1 = new THREE.DirectionalLight(16777215, 1);
+        lightø1.position.set(100, 0, 150);
+        return lightø1;
+    }.call(this);
+};
+var makeCamera = exports.makeCamera = function makeCamera() {
+    return function () {
+        var cameraø1 = new THREE.PerspectiveCamera(55, width / height, 0.1, 1000);
+        cameraø1.position.set(0, -100, 150);
+        return cameraø1;
+    }.call(this);
+};
+var makeRenderer = exports.makeRenderer = function makeRenderer() {
+    return function () {
+        var rendererø1 = new THREE.WebGLRenderer({ 'antialias': false });
+        rendererø1.setClearColor(16777215);
+        rendererø1.setSize(width, height);
+        rendererø1.setPixelRatio(2);
+        return rendererø1;
+    }.call(this);
+};
+var makeGeometry = exports.makeGeometry = function makeGeometry(heightmap) {
+    return function () {
+        var geometryø1 = new THREE.PlaneGeometry(terrainSize, terrainSize, heightmap.resolution - 1, heightmap.resolution - 1);
+        geometryø1.dynamic = true;
+        return geometryø1;
+    }.call(this);
+};
+var makeControls = exports.makeControls = function makeControls(camera, renderer) {
+    return function () {
+        var controlsø1 = new THREE.TrackballControls(camera, renderer.domElement);
+        controlsø1.rotateSpeed = 1.4;
+        controlsø1.zoomSpeed = 0.5;
+        controlsø1.staticMoving = true;
+        controlsø1.dynamicDampingFactor = 0.3;
+        return controlsø1;
+    }.call(this);
+};
+var makePlane = exports.makePlane = function makePlane(geometry) {
+    return function () {
+        var materialø1 = new THREE.MeshLambertMaterial({
+            'wireframe': wireframe,
+            'wireframeLinewidth': wireframeWidth,
+            'color': 47872
+        });
+        return new THREE.Mesh(geometry, materialø1);
+    }.call(this);
+};
+var attachToDom = exports.attachToDom = function attachToDom(renderer, elName, refreshFn) {
+    return function () {
+        var containerø1 = document.getElementById(elName);
+        var settingsø1 = document.createElement('div');
+        var refreshButtonø1 = document.createElement('button');
+        var buttonTextø1 = document.createTextNode('Refresh');
+        var cancelScrollø1 = function (e) {
+            return e.preventDefault();
+        };
+        refreshButtonø1.onclick = refreshFn;
+        renderer.domElement.onmousewheel = cancelScrollø1;
+        renderer.domElement.addEventListener('MozMousePixelScroll', cancelScrollø1, false);
+        refreshButtonø1.appendChild(buttonTextø1);
+        containerø1.appendChild(renderer.domElement);
+        containerø1.appendChild(settingsø1);
+        return settingsø1.appendChild(refreshButtonø1);
+    }.call(this);
+};
+var updateGeometry = exports.updateGeometry = function updateGeometry(geometry, heightmap) {
+    (function () {
+        var G__11ø1 = geometry.vertices.length;
+        return function loop() {
+            var recur = loop;
+            var iø1 = 0;
+            do {
+                recur = iø1 < G__11ø1 ? (function () {
+                    geometry.vertices[iø1].z = terrainHeight * heightmap[iø1];
+                    return loop[0] = 1 + iø1, loop;
+                })() : void 0;
+            } while (iø1 = loop[0], recur === loop);
+            return recur;
+        }.call(this);
+    }.call(this));
+    geometry.verticesNeedUpdate = true;
+    geometry.computeFaceNormals();
+    geometry.computeVertexNormals();
+    geometry.computeMorphNormals();
+    return geometry;
+};
+var makeDemo = exports.makeDemo = function makeDemo(elementId, algorithm, size) {
+    var scene = new THREE.Scene();
+    scene.add(new THREE.AxisHelper(100));
+    var clock = new THREE.Clock();
+    var camera = makeCamera();
+    var renderer = makeRenderer();
+    var geometry = makeGeometry(makeHeightmap(size));
+    scene.add(makeDirectionalLight());
+    scene.add(new THREE.AmbientLight(16777215, 0.05));
+    scene.add(makePlane(geometry));
+    var refresh = function refresh() {
+        l('Refreshing ========================================');
+        return function () {
+            var heightmapø1 = makeHeightmap(size);
+            l('Generating terrain...');
+            (function () {
+                var G__12ø1 = new Date().getTime();
+                var G__14ø1 = (function () {
+                    return algorithm(heightmapø1);
+                })();
+                var G__13ø1 = new Date().getTime();
+                l('Elapsed time: ' + (G__13ø1 - G__12ø1) + 'ms.');
+                return G__14ø1;
+            }.call(this));
+            l('Refreshing geometry...');
+            (function () {
+                var G__15ø1 = new Date().getTime();
+                var G__17ø1 = (function () {
+                    return updateGeometry(geometry, heightmapø1);
+                })();
+                var G__16ø1 = new Date().getTime();
+                l('Elapsed time: ' + (G__16ø1 - G__15ø1) + 'ms.');
+                return G__17ø1;
+            }.call(this));
+            return l('Done!');
+        }.call(this);
+    };
+    attachToDom(renderer, elementId, refresh);
+    var controls = makeControls(camera, renderer);
+    var render = function render() {
+        return function () {
+            var deltaø1 = clock.getDelta();
+            requestAnimationFrame(render);
+            controls.update(deltaø1);
+            return renderer.render(scene, camera);
+        }.call(this);
+    };
+    render();
+    return void 0;
+};
+var makeFinal = exports.makeFinal = function makeFinal(elementId) {
+    var scene = new THREE.Scene();
+    scene.add(new THREE.AxisHelper(100));
+    var clock = new THREE.Clock();
+    var camera = makeCamera();
+    var renderer = makeRenderer();
+    var heightmap = makeHeightmap($('#input-exponent').val());
+    var geometry = makeGeometry(heightmap);
+    var plane = makePlane(geometry);
+    scene.add(makeDirectionalLight());
+    scene.add(new THREE.AmbientLight(16777215, 0.05));
+    scene.add(plane);
+    var refresh = function refresh() {
+        l('Refreshing ========================================');
+        scene.remove(plane);
+        heightmap = makeHeightmap($('#input-exponent').val());
+        geometry = makeGeometry(heightmap);
+        plane = makePlane(geometry);
+        scene.add(plane);
+        l('Generating terrain...');
+        (function () {
+            var G__18ø1 = new Date().getTime();
+            var G__20ø1 = (function () {
+                return midpointDisplacementFinal(heightmap);
+            })();
+            var G__19ø1 = new Date().getTime();
+            l('Elapsed time: ' + (G__19ø1 - G__18ø1) + 'ms.');
+            return G__20ø1;
+        }.call(this));
+        l('Refreshing geometry...');
+        (function () {
+            var G__21ø1 = new Date().getTime();
+            var G__23ø1 = (function () {
+                return updateGeometry(geometry, heightmap);
+            })();
+            var G__22ø1 = new Date().getTime();
+            l('Elapsed time: ' + (G__22ø1 - G__21ø1) + 'ms.');
+            return G__23ø1;
+        }.call(this));
+        return l('Done!');
+    };
+    attachToDom(renderer, elementId, refresh);
+    var controls = makeControls(camera, renderer);
+    var render = function render() {
+        return function () {
+            var deltaø1 = clock.getDelta();
+            requestAnimationFrame(render);
+            controls.update(deltaø1);
+            return renderer.render(scene, camera);
+        }.call(this);
+    };
+    render();
+    return void 0;
+};
+var run = exports.run = function run() {
+    makeDemo('demo-random', randomNoise, 7);
+    makeDemo('demo-mpd-1', midpointDisplacementD1, 2);
+    makeDemo('demo-mpd-2', midpointDisplacementD2, 2);
+    makeDemo('demo-mpd-3', midpointDisplacementD3, 2);
+    makeDemo('demo-mpd-4', midpointDisplacement, 3);
+    return makeFinal('demo-final');
+};
+$(run);
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(aget heightmap i) 0.0))\n  heightmap)\n\n(defn make-heightmap [exponent]\n  (let [resolution (+ 1 (Math.pow 2 exponent))]\n    (l (+ \"Creating \" resolution \" by \" resolution \" heightmap...\"))\n    (def heightmap\n      (new Array (* resolution resolution)))\n    (set! heightmap.resolution resolution)\n    (set! heightmap.exponent exponent)\n    (set! heightmap.last (- resolution 1))\n    (zero-heightmap heightmap)))\n\n\n; Random Noise ----------------------------------------------------------------\n(defn random-noise [heightmap]\n  (do-times i heightmap.length\n    (set! (aget heightmap i) (rand))))\n\n\n; Midpoint Displacement -------------------------------------------------------\n(defn mpd-init-corners [heightmap]\n  (heightmap-set! heightmap 0 0 (rand))\n  (heightmap-set! heightmap 0 heightmap.last (rand))\n  (heightmap-set! heightmap heightmap.last 0 (rand))\n  (heightmap-set! heightmap heightmap.last heightmap.last (rand)))\n\n(defn mpd-displace [heightmap lx rx by ty spread]\n  (let [cx (midpoint lx rx)\n        cy (midpoint by ty)\n\n        bottom-left (heightmap-get heightmap lx by)\n        bottom-right (heightmap-get heightmap rx by)\n        top-left (heightmap-get heightmap lx ty)\n        top-right (heightmap-get heightmap rx ty)\n\n        top (average2 top-left top-right)\n        left (average2 bottom-left top-left)\n        bottom (average2 bottom-left bottom-right)\n        right (average2 bottom-right top-right)\n        center (average4 top left bottom right)]\n    (heightmap-set! heightmap cx by (jitter bottom spread))\n    (heightmap-set! heightmap cx ty (jitter top spread))\n    (heightmap-set! heightmap lx cy (jitter left spread))\n    (heightmap-set! heightmap rx cy (jitter right spread))\n    (heightmap-set! heightmap cx cy (jitter center spread))))\n\n(defn midpoint-displacement [heightmap]\n  (mpd-init-corners heightmap)\n  ; (mpd-displace heightmap 0 heightmap.last 0 heightmap.last 0.1)\n  (loop [iter 0\n         spread 0.3]\n    (when (< iter heightmap.exponent)\n      (let [chunks (Math.pow 2 iter)\n            chunk-width (/ (- heightmap.resolution 1) chunks)]\n        (do-nested xchunk ychunk chunks\n          (let [left-x (* chunk-width xchunk)\n                right-x (+ left-x chunk-width)\n                bottom-y (* chunk-width ychunk)\n                top-y (+ bottom-y chunk-width)]\n            (mpd-displace heightmap left-x right-x bottom-y top-y spread))))\n      (recur (+ 1 iter) (* spread 0.5))))\n  (normalize heightmap))\n\n\n(defn midpoint-displacement-final [heightmap]\n  (mpd-init-corners heightmap)\n  ; (let [spread ])\n  (loop [iter 0\n         spread (+ 0 (.val ($ \"#input-starting-spread\")))]\n    (when (< iter heightmap.exponent)\n      (let [chunks (Math.pow 2 iter)\n            chunk-width (/ (- heightmap.resolution 1) chunks)]\n        (do-nested xchunk ychunk chunks\n          (let [left-x (* chunk-width xchunk)\n                right-x (+ left-x chunk-width)\n                bottom-y (* chunk-width ychunk)\n                top-y (+ bottom-y chunk-width)]\n            (mpd-displace heightmap left-x right-x bottom-y top-y spread))))\n      (recur (+ 1 iter) (* spread\n                           (+ 0 (.val ($ \"#input-spread-reduction\")))))))\n  (normalize heightmap))\n\n\n(defn mpd-displace-d2 [heightmap lx rx by ty spread]\n  (let [cx (midpoint lx rx)\n        cy (midpoint by ty)\n\n        bottom-left (heightmap-get heightmap lx by)\n        bottom-right (heightmap-get heightmap rx by)\n        top-left (heightmap-get heightmap lx ty)\n        top-right (heightmap-get heightmap rx ty)\n\n        top (average2 top-left top-right)\n        left (average2 bottom-left top-left)\n        bottom (average2 bottom-left bottom-right)\n        right (average2 bottom-right top-right)]\n    (heightmap-set! heightmap cx by (jitter bottom spread))\n    (heightmap-set! heightmap cx ty (jitter top spread))\n    (heightmap-set! heightmap lx cy (jitter left spread))\n    (heightmap-set! heightmap rx cy (jitter right spread))))\n\n(defn midpoint-displacement-d1 [heightmap]\n  (mpd-init-corners heightmap))\n\n(defn midpoint-displacement-d2 [heightmap]\n  (mpd-init-corners heightmap)\n  (mpd-displace-d2 heightmap\n                   0 heightmap.last\n                   0 heightmap.last\n                   0.1))\n\n(defn midpoint-displacement-d3 [heightmap]\n  (mpd-init-corners heightmap)\n  (mpd-displace heightmap\n                0 heightmap.last\n                0 heightmap.last\n                0.1))\n\n\n\n; Three.js Helpers ------------------------------------------------------------\n(defn make-directional-light []\n  (let [light (new THREE.DirectionalLight 0xffffff 1)]\n    (light.position.set 100 0 150)\n    light))\n\n(defn make-camera []\n  (let [camera (new THREE.PerspectiveCamera\n                    55,\n                    (/ width height)\n                    0.1,\n                    1000)]\n    (camera.position.set 0 -100 150)\n    camera))\n\n(defn make-renderer []\n  (let [renderer (new THREE.WebGLRenderer {:antialias false})]\n    (renderer.setClearColor 0xffffff)\n    (renderer.setSize width height)\n    (renderer.setPixelRatio 2)\n    renderer))\n\n(defn make-geometry [heightmap]\n  (let [geometry (new THREE.PlaneGeometry\n                      terrain-size\n                      terrain-size\n                      (- heightmap.resolution 1)\n                      (- heightmap.resolution 1))]\n    (set! geometry.dynamic true)\n    geometry))\n\n(defn make-controls [camera renderer]\n  (let [controls (new THREE.TrackballControls camera renderer.domElement)]\n    (set! controls.rotateSpeed 1.4)\n    (set! controls.zoomSpeed 0.5)\n    (set! controls.staticMoving true)\n    (set! controls.dynamicDampingFactor 0.3)\n    controls))\n\n(defn make-plane [geometry]\n  (let [material (new THREE.MeshLambertMaterial\n                      {:wireframe wireframe\n                       :wireframeLinewidth wireframe-width\n                       :color 0x00bb00})]\n    (new THREE.Mesh geometry material)))\n\n\n(defn attach-to-dom [renderer el-name refresh-fn]\n  (let [container (document.getElementById el-name)\n        settings (document.createElement \"div\")\n        refresh-button (document.createElement \"button\")\n        button-text (document.createTextNode \"Refresh\")\n        cancel-scroll (fn [e] (.preventDefault e))]\n    (set! refresh-button.onclick refresh-fn)\n    (set! renderer.domElement.onmousewheel cancel-scroll)\n    (renderer.domElement.addEventListener \"MozMousePixelScroll\" cancel-scroll false)\n    (.appendChild refresh-button button-text)\n    (.appendChild container renderer.domElement)\n    (.appendChild container settings)\n    (.appendChild settings refresh-button)))\n\n(defn update-geometry [geometry heightmap]\n  (do-times i geometry.vertices.length\n    (set! (.-z (aget geometry.vertices i))\n      (* terrain-height (aget heightmap i))))\n  (set! geometry.verticesNeedUpdate true)\n  (geometry.computeFaceNormals)\n  (geometry.computeVertexNormals)\n  (geometry.computeMorphNormals)\n  geometry)\n\n\n; Main ------------------------------------------------------------------------\n(defn make-demo [element-id algorithm size]\n  (def scene (new THREE.Scene))\n  (scene.add (new THREE.AxisHelper 100))\n\n  (def clock (new THREE.Clock))\n  (def camera (make-camera))\n  (def renderer (make-renderer))\n  (def geometry (make-geometry (make-heightmap size)))\n\n  (scene.add (make-directional-light))\n  (scene.add (new THREE.AmbientLight 0xffffff 0.05))\n  (scene.add (make-plane geometry))\n\n  (defn refresh []\n    (l \"Refreshing ========================================\")\n    (let [heightmap (make-heightmap size)]\n      (l \"Generating terrain...\")\n      (time (algorithm heightmap))\n      (l \"Refreshing geometry...\")\n      (time (update-geometry geometry heightmap))\n      (l \"Done!\")))\n\n  (attach-to-dom renderer element-id refresh)\n  (def controls (make-controls camera renderer))\n\n  (defn render []\n    (let [delta (clock.getDelta)]\n      (requestAnimationFrame render)\n      (.update controls delta)\n      (renderer.render scene camera)))\n\n  (render)\n\n  nil)\n\n(defn make-final [element-id]\n  (def scene (new THREE.Scene))\n  (scene.add (new THREE.AxisHelper 100))\n\n  (def clock (new THREE.Clock))\n  (def camera (make-camera))\n  (def renderer (make-renderer))\n  (def heightmap (make-heightmap (.val ($ \"#input-exponent\"))))\n  (def geometry (make-geometry heightmap))\n  (def plane (make-plane geometry))\n\n  (scene.add (make-directional-light))\n  (scene.add (new THREE.AmbientLight 0xffffff 0.05))\n  (scene.add plane)\n\n  (defn refresh []\n    (l \"Refreshing ========================================\")\n    (scene.remove plane)\n    (set! heightmap (make-heightmap (.val ($ \"#input-exponent\"))))\n    (set! geometry (make-geometry heightmap))\n    (set! plane (make-plane geometry))\n    (scene.add plane)\n    (l \"Generating terrain...\")\n    (time (midpoint-displacement-final heightmap))\n    (l \"Refreshing geometry...\")\n    (time (update-geometry geometry heightmap))\n    (l \"Done!\"))\n\n  (attach-to-dom renderer element-id refresh)\n  (def controls (make-controls camera renderer))\n\n  (defn render []\n    (let [delta (clock.getDelta)]\n      (requestAnimationFrame render)\n      (.update controls delta)\n      (renderer.render scene camera)))\n\n  (render)\n\n  nil)\n\n\n(defn run []\n  (make-demo \"demo-random\" random-noise 7)\n  (make-demo \"demo-mpd-1\" midpoint-displacement-d1 2)\n  (make-demo \"demo-mpd-2\" midpoint-displacement-d2 2)\n  (make-demo \"demo-mpd-3\" midpoint-displacement-d3 2)\n  (make-demo \"demo-mpd-4\" midpoint-displacement 3)\n  (make-final \"demo-final\")\n  ; (make-demo \"demo-midpoint\" midpoint-displacement)\n  ; (make-demo \"demo-diamond\" diamond-square)\n\n  )\n\n($ run)\n\n\n; vim: lw+=do-times lw+=do-nested :\n"]}
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/media/js/wisp/terrain1.wisp	Sun Feb 28 11:51:50 2016 +0000
@@ -0,0 +1,392 @@
+; Constants -------------------------------------------------------------------
+(def width 610)
+(def height 400)
+(def wireframe true)
+(def wireframe-width 1.2)
+(def terrain-height 50)
+(def terrain-size 100)
+
+; General Utilities -----------------------------------------------------------
+(defmacro when [condition & body]
+  `(if ~condition
+     (do ~@body)))
+
+(defmacro do-times [varname limit & body]
+  (let [end (gensym)]
+    `(let [~end ~limit]
+       (loop [~varname 0]
+         (when (< ~varname ~end)
+           ~@body
+           (recur (+ 1 ~varname)))))))
+
+(defmacro do-nested [xname yname width & body]
+  (let [iterations (gensym)]
+    `(let [~iterations ~width]
+       (do-times ~xname ~iterations
+         (do-times ~yname ~iterations
+           ~@body)))))
+
+(defmacro inc! [place]
+  `(set! ~place (+ ~place 1)))
+
+(defmacro add! [place amount]
+  `(set! ~place (+ ~place ~amount)))
+
+(defmacro time [& body]
+  (let [start (gensym)
+        end (gensym)
+        result (gensym)]
+    `(let [~start (.getTime (new Date))
+           ~result (do ~@body)
+           ~end (.getTime (new Date))]
+       (l (+ "Elapsed time: " (- ~end ~start) "ms."))
+       ~result)))
+
+(defn l [v]
+  (console.log v))
+
+
+(defn midpoint [a b]
+  (/ (+ a b) 2))
+
+(defn average2 [a b]
+  (/ (+ a b) 2))
+
+(defn average4 [a b c d]
+  (/ (+ a b c d) 4))
+
+(defn safe-average [a b c d]
+  (let [total 0 count 0]
+    (when a (add! total a) (inc! count))
+    (when b (add! total b) (inc! count))
+    (when c (add! total c) (inc! count))
+    (when d (add! total d) (inc! count))
+    (/ total count)))
+
+
+(defn rand []
+  (Math.random))
+
+(defn rand-around-zero [spread]
+  (- (* spread (rand) 2) spread))
+
+
+(defn jitter [value spread]
+  (+ value (rand-around-zero spread)))
+
+
+; Heightmap Helpers -----------------------------------------------------------
+(defmacro heightmap-get [hm x y]
+  `(aget ~hm (+ (* ~y (.-resolution ~hm)) ~x)))
+
+(defn heightmap-get-safe [hm x y]
+  (when (and (<= 0 x hm.last)
+             (<= 0 y hm.last))
+    (heightmap-get hm x y)))
+
+(defmacro heightmap-set! [hm x y val]
+  `(set! (heightmap-get ~hm ~x ~y) ~val))
+
+
+(defn normalize [hm]
+  (let [max (- Infinity)
+        min Infinity]
+    (do-times i hm.length
+      (let [el (aget hm i)]
+        (when (< max el) (set! max el))
+        (when (> min el) (set! min el))))
+    (let [span (- max min)]
+      (do-times i hm.length
+        (set! (aget hm i)
+          (/ (- (aget hm i) min)
+             span))))))
+
+(defn zero-heightmap [heightmap]
+  (do-times i heightmap.length
+    (set! (aget heightmap i) 0.0))
+  heightmap)
+
+(defn make-heightmap [exponent]
+  (let [resolution (+ 1 (Math.pow 2 exponent))]
+    (l (+ "Creating " resolution " by " resolution " heightmap..."))
+    (def heightmap
+      (new Array (* resolution resolution)))
+    (set! heightmap.resolution resolution)
+    (set! heightmap.exponent exponent)
+    (set! heightmap.last (- resolution 1))
+    (zero-heightmap heightmap)))
+
+
+; Random Noise ----------------------------------------------------------------
+(defn random-noise [heightmap]
+  (do-times i heightmap.length
+    (set! (aget heightmap i) (rand))))
+
+
+; Midpoint Displacement -------------------------------------------------------
+(defn mpd-init-corners [heightmap]
+  (heightmap-set! heightmap 0 0 (rand))
+  (heightmap-set! heightmap 0 heightmap.last (rand))
+  (heightmap-set! heightmap heightmap.last 0 (rand))
+  (heightmap-set! heightmap heightmap.last heightmap.last (rand)))
+
+(defn mpd-displace [heightmap lx rx by ty spread]
+  (let [cx (midpoint lx rx)
+        cy (midpoint by ty)
+
+        bottom-left (heightmap-get heightmap lx by)
+        bottom-right (heightmap-get heightmap rx by)
+        top-left (heightmap-get heightmap lx ty)
+        top-right (heightmap-get heightmap rx ty)
+
+        top (average2 top-left top-right)
+        left (average2 bottom-left top-left)
+        bottom (average2 bottom-left bottom-right)
+        right (average2 bottom-right top-right)
+        center (average4 top left bottom right)]
+    (heightmap-set! heightmap cx by (jitter bottom spread))
+    (heightmap-set! heightmap cx ty (jitter top spread))
+    (heightmap-set! heightmap lx cy (jitter left spread))
+    (heightmap-set! heightmap rx cy (jitter right spread))
+    (heightmap-set! heightmap cx cy (jitter center spread))))
+
+(defn midpoint-displacement [heightmap]
+  (mpd-init-corners heightmap)
+  ; (mpd-displace heightmap 0 heightmap.last 0 heightmap.last 0.1)
+  (loop [iter 0
+         spread 0.3]
+    (when (< iter heightmap.exponent)
+      (let [chunks (Math.pow 2 iter)
+            chunk-width (/ (- heightmap.resolution 1) chunks)]
+        (do-nested xchunk ychunk chunks
+          (let [left-x (* chunk-width xchunk)
+                right-x (+ left-x chunk-width)
+                bottom-y (* chunk-width ychunk)
+                top-y (+ bottom-y chunk-width)]
+            (mpd-displace heightmap left-x right-x bottom-y top-y spread))))
+      (recur (+ 1 iter) (* spread 0.5))))
+  (normalize heightmap))
+
+
+(defn midpoint-displacement-final [heightmap]
+  (mpd-init-corners heightmap)
+  ; (let [spread ])
+  (loop [iter 0
+         spread (+ 0 (.val ($ "#input-starting-spread")))]
+    (when (< iter heightmap.exponent)
+      (let [chunks (Math.pow 2 iter)
+            chunk-width (/ (- heightmap.resolution 1) chunks)]
+        (do-nested xchunk ychunk chunks
+          (let [left-x (* chunk-width xchunk)
+                right-x (+ left-x chunk-width)
+                bottom-y (* chunk-width ychunk)
+                top-y (+ bottom-y chunk-width)]
+            (mpd-displace heightmap left-x right-x bottom-y top-y spread))))
+      (recur (+ 1 iter) (* spread
+                           (+ 0 (.val ($ "#input-spread-reduction")))))))
+  (normalize heightmap))
+
+
+(defn mpd-displace-d2 [heightmap lx rx by ty spread]
+  (let [cx (midpoint lx rx)
+        cy (midpoint by ty)
+
+        bottom-left (heightmap-get heightmap lx by)
+        bottom-right (heightmap-get heightmap rx by)
+        top-left (heightmap-get heightmap lx ty)
+        top-right (heightmap-get heightmap rx ty)
+
+        top (average2 top-left top-right)
+        left (average2 bottom-left top-left)
+        bottom (average2 bottom-left bottom-right)
+        right (average2 bottom-right top-right)]
+    (heightmap-set! heightmap cx by (jitter bottom spread))
+    (heightmap-set! heightmap cx ty (jitter top spread))
+    (heightmap-set! heightmap lx cy (jitter left spread))
+    (heightmap-set! heightmap rx cy (jitter right spread))))
+
+(defn midpoint-displacement-d1 [heightmap]
+  (mpd-init-corners heightmap))
+
+(defn midpoint-displacement-d2 [heightmap]
+  (mpd-init-corners heightmap)
+  (mpd-displace-d2 heightmap
+                   0 heightmap.last
+                   0 heightmap.last
+                   0.1))
+
+(defn midpoint-displacement-d3 [heightmap]
+  (mpd-init-corners heightmap)
+  (mpd-displace heightmap
+                0 heightmap.last
+                0 heightmap.last
+                0.1))
+
+
+
+; Three.js Helpers ------------------------------------------------------------
+(defn make-directional-light []
+  (let [light (new THREE.DirectionalLight 0xffffff 1)]
+    (light.position.set 100 0 150)
+    light))
+
+(defn make-camera []
+  (let [camera (new THREE.PerspectiveCamera
+                    55,
+                    (/ width height)
+                    0.1,
+                    1000)]
+    (camera.position.set 0 -100 150)
+    camera))
+
+(defn make-renderer []
+  (let [renderer (new THREE.WebGLRenderer {:antialias false})]
+    (renderer.setClearColor 0xffffff)
+    (renderer.setSize width height)
+    (renderer.setPixelRatio 2)
+    renderer))
+
+(defn make-geometry [heightmap]
+  (let [geometry (new THREE.PlaneGeometry
+                      terrain-size
+                      terrain-size
+                      (- heightmap.resolution 1)
+                      (- heightmap.resolution 1))]
+    (set! geometry.dynamic true)
+    geometry))
+
+(defn make-controls [camera renderer]
+  (let [controls (new THREE.TrackballControls camera renderer.domElement)]
+    (set! controls.rotateSpeed 1.4)
+    (set! controls.zoomSpeed 0.5)
+    (set! controls.staticMoving true)
+    (set! controls.dynamicDampingFactor 0.3)
+    controls))
+
+(defn make-plane [geometry]
+  (let [material (new THREE.MeshLambertMaterial
+                      {:wireframe wireframe
+                       :wireframeLinewidth wireframe-width
+                       :color 0x00bb00})]
+    (new THREE.Mesh geometry material)))
+
+
+(defn attach-to-dom [renderer el-name refresh-fn]
+  (let [container (document.getElementById el-name)
+        settings (document.createElement "div")
+        refresh-button (document.createElement "button")
+        button-text (document.createTextNode "Refresh")
+        cancel-scroll (fn [e] (.preventDefault e))]
+    (set! refresh-button.onclick refresh-fn)
+    (set! renderer.domElement.onmousewheel cancel-scroll)
+    (renderer.domElement.addEventListener "MozMousePixelScroll" cancel-scroll false)
+    (.appendChild refresh-button button-text)
+    (.appendChild container renderer.domElement)
+    (.appendChild container settings)
+    (.appendChild settings refresh-button)))
+
+(defn update-geometry [geometry heightmap]
+  (do-times i geometry.vertices.length
+    (set! (.-z (aget geometry.vertices i))
+      (* terrain-height (aget heightmap i))))
+  (set! geometry.verticesNeedUpdate true)
+  (geometry.computeFaceNormals)
+  (geometry.computeVertexNormals)
+  (geometry.computeMorphNormals)
+  geometry)
+
+
+; Main ------------------------------------------------------------------------
+(defn make-demo [element-id algorithm size]
+  (def scene (new THREE.Scene))
+  (scene.add (new THREE.AxisHelper 100))
+
+  (def clock (new THREE.Clock))
+  (def camera (make-camera))
+  (def renderer (make-renderer))
+  (def geometry (make-geometry (make-heightmap size)))
+
+  (scene.add (make-directional-light))
+  (scene.add (new THREE.AmbientLight 0xffffff 0.05))
+  (scene.add (make-plane geometry))
+
+  (defn refresh []
+    (l "Refreshing ========================================")
+    (let [heightmap (make-heightmap size)]
+      (l "Generating terrain...")
+      (time (algorithm heightmap))
+      (l "Refreshing geometry...")
+      (time (update-geometry geometry heightmap))
+      (l "Done!")))
+
+  (attach-to-dom renderer element-id refresh)
+  (def controls (make-controls camera renderer))
+
+  (defn render []
+    (let [delta (clock.getDelta)]
+      (requestAnimationFrame render)
+      (.update controls delta)
+      (renderer.render scene camera)))
+
+  (render)
+
+  nil)
+
+(defn make-final [element-id]
+  (def scene (new THREE.Scene))
+  (scene.add (new THREE.AxisHelper 100))
+
+  (def clock (new THREE.Clock))
+  (def camera (make-camera))
+  (def renderer (make-renderer))
+  (def heightmap (make-heightmap (.val ($ "#input-exponent"))))
+  (def geometry (make-geometry heightmap))
+  (def plane (make-plane geometry))
+
+  (scene.add (make-directional-light))
+  (scene.add (new THREE.AmbientLight 0xffffff 0.05))
+  (scene.add plane)
+
+  (defn refresh []
+    (l "Refreshing ========================================")
+    (scene.remove plane)
+    (set! heightmap (make-heightmap (.val ($ "#input-exponent"))))
+    (set! geometry (make-geometry heightmap))
+    (set! plane (make-plane geometry))
+    (scene.add plane)
+    (l "Generating terrain...")
+    (time (midpoint-displacement-final heightmap))
+    (l "Refreshing geometry...")
+    (time (update-geometry geometry heightmap))
+    (l "Done!"))
+
+  (attach-to-dom renderer element-id refresh)
+  (def controls (make-controls camera renderer))
+
+  (defn render []
+    (let [delta (clock.getDelta)]
+      (requestAnimationFrame render)
+      (.update controls delta)
+      (renderer.render scene camera)))
+
+  (render)
+
+  nil)
+
+
+(defn run []
+  (make-demo "demo-random" random-noise 7)
+  (make-demo "demo-mpd-1" midpoint-displacement-d1 2)
+  (make-demo "demo-mpd-2" midpoint-displacement-d2 2)
+  (make-demo "demo-mpd-3" midpoint-displacement-d3 2)
+  (make-demo "demo-mpd-4" midpoint-displacement 3)
+  (make-final "demo-final")
+  ; (make-demo "demo-midpoint" midpoint-displacement)
+  ; (make-demo "demo-diamond" diamond-square)
+
+  )
+
+($ run)
+
+
+; vim: lw+=do-times lw+=do-nested :
--- a/requirements.txt	Fri Feb 19 19:48:12 2016 +0000
+++ b/requirements.txt	Sun Feb 28 11:51:50 2016 +0000
@@ -1,5 +1,4 @@
 -e git://github.com/django/django.git@stable/1.1.x#egg=django
--e git://github.com/fabric/fabric.git@0.9rc2#egg=fabric
 -e svn+http://typogrify.googlecode.com/svn/trunk/#egg=typogrify
 -e hg+http://bitbucket.org/cherrypy/cherrypy@cherrypy-3.2.0rc1#egg=cherrypy
 -e git://github.com/waylan/python-markdown.git#egg=markdown
--- a/settings.py	Fri Feb 19 19:48:12 2016 +0000
+++ b/settings.py	Sun Feb 28 11:51:50 2016 +0000
@@ -46,9 +46,6 @@
         '.png': ('hydeengine.media_processors.Thumbnail',),
         '.jpg': ('hydeengine.media_processors.Thumbnail',),
     },
-    'js/': {
-        '.wisp': ('custom.processors.Wisp',),
-    },
 }
 
 CONTENT_PROCESSORS = {}