[Pages] Make directory structure lowercase.
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@@ -0,0 +1,98 @@
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//
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// cameraIngame.js
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//--------------------
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// The ingame camera that follows the kart from behind.
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// by RHY3756547
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//
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// includes: main.js
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//
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window.cameraIngame = function(kart) {
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var thisObj = this;
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this.kart = kart;
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this.getView = getView;
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this.targetShadowPos = [0, 0, 0]
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var mat = mat4.create();
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var camOffset = [0, 32, -48]
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var lookAtOffset = [0, 16, 0]
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var camNormal = [0, 1, 0];
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var camAngle = 0;
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var boostOff = 0;
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function getView(scene) {
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var basis = buildBasis();
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var camPos = vec3.transformMat4([], camOffset, basis);
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var lookAtPos = vec3.transformMat4([], lookAtOffset, basis);
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vec3.scale(camPos, camPos, 1/1024);
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vec3.scale(lookAtPos, lookAtPos, 1/1024);
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var mat = mat4.lookAt(mat4.create(), camPos, lookAtPos, [0, 1, 0]);
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var kpos = vec3.clone(kart.pos);
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if (kart.drifting && !kart.driftLanded && kart.ylock>0) kpos[1] -= kart.ylock;
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mat4.translate(mat, mat, vec3.scale([], kpos, -1/1024));
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//interpolate visual normal roughly to target
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camNormal[0] += (kart.kartNormal[0]-camNormal[0])*0.075;
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camNormal[1] += (kart.kartNormal[1]-camNormal[1])*0.075;
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camNormal[2] += (kart.kartNormal[2]-camNormal[2])*0.075;
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vec3.normalize(camNormal, camNormal);
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camAngle += dirDiff(kart.physicalDir+kart.driftOff/2, camAngle)*0.075;
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camAngle = fixDir(camAngle);
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boostOff += (((kart.boostNorm+kart.boostMT > 0)?5:0) - boostOff)*0.075
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var p = mat4.perspective(mat4.create(), ((70+boostOff)/180)*Math.PI, gl.viewportWidth / gl.viewportHeight, 0.01, 10000.0);
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var dist = 192;
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this.targetShadowPos = vec3.add([], kart.pos, [Math.sin(kart.angle)*dist, 0, -Math.cos(kart.angle)*dist])
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thisObj.view = {p:p, mv:mat};
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return thisObj.view;
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}
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function buildBasis() {
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//order y, x, z
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var basis = gramShmidt(camNormal, [Math.cos(camAngle), 0, Math.sin(camAngle)], [Math.sin(camAngle), 0, -Math.cos(camAngle)]);
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var temp = basis[0];
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basis[0] = basis[1];
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basis[1] = temp; //todo: cleanup
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return [
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basis[0][0], basis[0][1], basis[0][2], 0,
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basis[1][0], basis[1][1], basis[1][2], 0,
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basis[2][0], basis[2][1], basis[2][2], 0,
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0, 0, 0, 1
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]
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}
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function gramShmidt(v1, v2, v3) {
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var u1 = v1;
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var u2 = vec3.sub([0, 0, 0], v2, project(u1, v2));
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var u3 = vec3.sub([0, 0, 0], vec3.sub([0, 0, 0], v3, project(u1, v3)), project(u2, v3));
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return [vec3.normalize(u1, u1), vec3.normalize(u2, u2), vec3.normalize(u3, u3)]
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}
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function project(u, v) {
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return vec3.scale([], u, (vec3.dot(u, v)/vec3.dot(u, u)))
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}
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function fixDir(dir) {
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return posMod(dir, Math.PI*2);
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}
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function dirDiff(dir1, dir2) {
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var d = fixDir(dir1-dir2);
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return (d>Math.PI)?(-2*Math.PI+d):d;
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}
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function posMod(i, n) {
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return (i % n + n) % n;
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}
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}
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@@ -0,0 +1,118 @@
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//
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// cameraIntro.js
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//--------------------
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// Runs the intro camera for a scene.
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// by RHY3756547
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//
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// includes: main.js
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//
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window.cameraIntro = function() {
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var thisObj = this;
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this.kart = kart;
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this.getView = getView;
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this.targetShadowPos = [0, 0, 0]
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var mat = mat4.create();
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var curCamNum = -1;
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var curCam = null;
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var route = null;
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var routePos = 0;
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var routeSpeed = 0;
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var routeProg = 0;
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var duration = 0;
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var pointInterp = 0;
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var normalFOV = 70;
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var zoomLevel = 1;
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var viewW;
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var viewH;
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function getView(scene, width, height) {
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if (curCam == null) {
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restartCam(scene);
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}
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viewW = width;
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viewH = height;
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if (zoomLevel < curCam.zoomMark1) zoomLevel += curCam.zoomSpeedM1;
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else if (zoomLevel > curCam.zoomMark2) zoomLevel += curCam.zoomSpeedM2;
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else zoomLevel += curCam.zoomSpeed;
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if (zoomLevel > curCam.zoomEnd) zoomLevel = curCam.zoomEnd;
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if (duration-- < 0) {
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var cams = scene.nkm.sections["CAME"].entries;
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if (curCam.nextCam != -1) {
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curCamNum = curCam.nextCam;
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curCam = cams[curCamNum];
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zoomLevel = curCam.zoomStart;
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initCam(scene, curCam)
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} else {
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restartCam(scene);
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}
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}
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thisObj.view = camFunc(scene, curCam);
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}
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function restartCam(scene) {
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var cams = scene.nkm.sections["CAME"].entries;
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for (var i=0; i<cams.length; i++) {
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if (cams[i].firstCam == 2) {
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curCamNum = i;
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curCam = cams[curCamNum];
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zoomLevel = curCam.zoomStart;
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initCam(scene, curCam)
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}
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}
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}
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function recalcRouteSpeed() {
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routeSpeed = (curCam.routeSpeed/100)/60;
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//(curCam.routeSpeed/20)/vec3.dist(route[routePos].pos, route[(routePos+1)%route.length].pos);
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}
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var camFunc = function(scene, came) {
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var camPos = vec3.lerp([], route[routePos].pos, route[(routePos+1)%route.length].pos, routeProg);
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routeProg += routeSpeed;
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if (routeProg > 1) {
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routePos = (routePos+1)%route.length;
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routeProg = 0;
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recalcRouteSpeed();
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}
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pointInterp += (curCam.pointSpeed/100)/60;
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if (pointInterp > 1) pointInterp = 1;
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var lookAtPos = vec3.lerp([], curCam.pos2, curCam.pos3, pointInterp)
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vec3.scale(camPos, camPos, 1/1024);
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vec3.scale(lookAtPos, lookAtPos, 1/1024);
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var mat = mat4.lookAt(mat4.create(), camPos, lookAtPos, [0, 1, 0]);
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var p = mat4.perspective(mat4.create(), (zoomLevel*normalFOV/180)*Math.PI, viewW / viewH, 0.01, 10000.0);
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thisObj.targetShadowPos = lookAtPos;
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return {p:p, mv:mat}
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}
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var initCam = function(scene, came) {
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var routes = scene.paths;
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route = routes[came.camRoute];
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routePos = 0;
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routeProg = 0;
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duration = came.duration;
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recalcRouteSpeed();
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}
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}
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@@ -0,0 +1,216 @@
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//
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// cameraSpectator.js
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//--------------------
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// Spectates a specific kart. Requires NKM AREA and CAME to be set up correctly.
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// by RHY3756547
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//
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// includes: main.js
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//
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window.cameraSpectator = function(kart) {
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var thisObj = this;
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this.kart = kart;
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this.getView = getView;
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this.targetShadowPos = [0, 0, 0]
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var mat = mat4.create();
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var curCamNum = -1;
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var curCam = null;
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var route = null;
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var routePos = 0;
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var routeSpeed = 0;
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var routeProg = 0;
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var relPos = [];
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var posOff = [];
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var normalFOV = 70;
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var zoomLevel = 1;
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var viewW;
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var viewH;
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function getView(scene, width, height) {
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viewW = width;
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viewH = height;
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var cams = scene.nkm.sections["CAME"].entries;
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var tArea = getNearestArea(scene.nkm.sections["AREA"].entries, kart.pos)
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if (tArea.came != curCamNum) {
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//restart camera.
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curCamNum = tArea.came;
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curCam = cams[curCamNum];
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zoomLevel = curCam.zoomStart;
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initCam[curCam.camType](scene, curCam)
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}
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if (zoomLevel < curCam.zoomMark1) zoomLevel += curCam.zoomSpeedM1;
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else if (zoomLevel > curCam.zoomMark2) zoomLevel += curCam.zoomSpeedM2;
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else zoomLevel += curCam.zoomSpeed;
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if (zoomLevel > curCam.zoomEnd) zoomLevel = curCam.zoomEnd;
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thisObj.view = camFunc[curCam.camType](scene, curCam);
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return thisObj.view;
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}
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var camFunc = [];
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camFunc[1] = function(scene, came) {
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var camPos = vec3.lerp([], route[routePos].pos, route[(routePos+1)%route.length].pos, routeProg);
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routeProg += routeSpeed;
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if (routeProg > 1) {
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routePos = (routePos+1)%route.length;
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routeProg = 0;
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recalcRouteSpeed();
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}
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var lookAtPos = vec3.transformMat4([], [0, 4, 0], kart.mat);
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vec3.scale(camPos, camPos, 1/1024);
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vec3.scale(lookAtPos, lookAtPos, 1/1024);
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var mat = mat4.lookAt(mat4.create(), camPos, lookAtPos, [0, 1, 0]);
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var p = mat4.perspective(mat4.create(), (zoomLevel*normalFOV/180)*Math.PI, viewW / viewH, 0.01, 10000.0);
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thisObj.targetShadowPos = kart.pos;
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return {p:p, mv:mat}
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}
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camFunc[0] = function(scene, came) { //point cam
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var camPos = vec3.clone(came.pos1);
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var lookAtPos = vec3.transformMat4([], [0, 4, 0], kart.mat);
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vec3.scale(camPos, camPos, 1/1024);
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vec3.scale(lookAtPos, lookAtPos, 1/1024);
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var mat = mat4.lookAt(mat4.create(), camPos, lookAtPos, [0, 1, 0]);
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var p = mat4.perspective(mat4.create(), (zoomLevel*normalFOV/180)*Math.PI, viewW / viewH, 0.01, 10000.0);
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thisObj.targetShadowPos = kart.pos;
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return {p:p, mv:mat}
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}
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camFunc[5] = function(scene, came) { //dash cam
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var basis = kart.basis;
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var camPos = vec3.transformMat4([], relPos, basis);
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var lookAtPos = vec3.transformMat4([], [0, 0, 0], basis);
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vec3.scale(camPos, camPos, 1/1024);
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vec3.scale(lookAtPos, lookAtPos, 1/1024);
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var mat = mat4.lookAt(mat4.create(), camPos, lookAtPos, [0, 1, 0]);
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var off = mat4.create();
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mat4.translate(off, off, [-came.pos3[0]/1024, came.pos3[1]/1024, -came.pos3[2]/1024]);
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mat4.mul(mat, off, mat);
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var kpos = vec3.clone(kart.pos);
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if (kart.drifting && !kart.driftLanded && kart.ylock>0) kpos[1] -= kart.ylock;
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mat4.translate(mat, mat, vec3.scale([], kpos, -1/1024));
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var p = mat4.perspective(mat4.create(), (zoomLevel*normalFOV/180)*Math.PI, viewW / viewH, 0.01, 10000.0);
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thisObj.targetShadowPos = kart.pos;
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return {p:p, mv:mat}
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}
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camFunc[2] = camFunc[0];
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var initCam = [];
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initCam[1] = function(scene, came) {
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var routes = scene.paths;
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route = routes[came.camRoute];
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routePos = 0;
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routeProg = 0;
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recalcRouteSpeed();
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}
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initCam[2] = function(scene, came) {
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}
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function recalcRouteSpeed() {
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routeSpeed = (curCam.routeSpeed/100)/60;
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//(curCam.routeSpeed/20)/vec3.dist(route[routePos].pos, route[(routePos+1)%route.length].pos);
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}
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initCam[5] = function(scene, came) {
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var mat = mat4.create();
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mat4.rotateY(mat, mat, (180-came.pos2[0])*(Math.PI/180));
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mat4.rotateX(mat, mat, -came.pos2[1]*(Math.PI/180));
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relPos = vec3.transformMat4([], [0, 0, -came.pos2[2]], mat);
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/*var basis = kart.basis;
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relPos = vec3.sub(relPos, came.pos1, kart.pos);
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vec3.transformMat4(relPos, relPos, mat4.invert([], basis));*/
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}
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initCam[0] = initCam[2];
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function getNearestArea(areas, pos) {
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var smallestDist = Infinity;
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var closestArea = null;
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for (var i=0; i<areas.length; i++) {
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var a = areas[i];
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var sub = vec3.sub([], a.pos, pos);
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vec3.divide(sub, sub, a.dimensions);
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var dist = Math.sqrt(sub[0]*sub[0] + sub[1]*sub[1] + sub[2]*sub[2]);
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if (dist<smallestDist && a.came != 255) {
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smallestDist = dist;
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closestArea = a;
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}
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}
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return closestArea;
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}
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function buildBasis() {
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//order y, x, z
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var basis = gramShmidt(camNormal, [Math.cos(camAngle), 0, Math.sin(camAngle)], [Math.sin(camAngle), 0, -Math.cos(camAngle)]);
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var temp = basis[0];
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basis[0] = basis[1];
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basis[1] = temp; //todo: cleanup
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return [
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basis[0][0], basis[0][1], basis[0][2], 0,
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basis[1][0], basis[1][1], basis[1][2], 0,
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basis[2][0], basis[2][1], basis[2][2], 0,
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0, 0, 0, 1
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]
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}
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function gramShmidt(v1, v2, v3) {
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var u1 = v1;
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var u2 = vec3.sub([0, 0, 0], v2, project(u1, v2));
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var u3 = vec3.sub([0, 0, 0], vec3.sub([0, 0, 0], v3, project(u1, v3)), project(u2, v3));
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return [vec3.normalize(u1, u1), vec3.normalize(u2, u2), vec3.normalize(u3, u3)]
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}
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function project(u, v) {
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return vec3.scale([], u, (vec3.dot(u, v)/vec3.dot(u, u)))
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}
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function fixDir(dir) {
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return posMod(dir, Math.PI*2);
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}
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function dirDiff(dir1, dir2) {
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var d = fixDir(dir1-dir2);
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return (d>Math.PI)?(-2*Math.PI+d):d;
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}
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function posMod(i, n) {
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return (i % n + n) % n;
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}
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}
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