How to use vec3Dot method in wpt

Best JavaScript code snippet using wpt

panner-formulas.js

Source:panner-formulas.js

...57  cross[2] = u[0] * v[1] - u[1] * v[0];58  return cross;59}60// Dot product61function vec3Dot(x, y) {62  return x[0] * y[0] + x[1] * y[1] + x[2] * y[2];63}64// a*x, for scalar a65function vec3Scale(a, x) {66  return x.map(function(c) {67    return a * c;68  });69}70function calculateAzimuth(source, listener, listenerForward, listenerUp) {71  let sourceListener = vec3Sub(source, listener);72  if (vec3IsZero(sourceListener))73    return 0;74  sourceListener = vec3Normalize(sourceListener);75  let listenerRight = vec3Normalize(vec3Cross(listenerForward, listenerUp));76  let listenerForwardNorm = vec3Normalize(listenerForward);77  let up = vec3Cross(listenerRight, listenerForwardNorm);78  let upProjection = vec3Dot(sourceListener, up);79  let projectedSource =80      vec3Normalize(vec3Sub(sourceListener, vec3Scale(upProjection, up)));81  let azimuth =82      180 / Math.PI * Math.acos(vec3Dot(projectedSource, listenerRight));83  // Source in front or behind the listener84  let frontBack = vec3Dot(projectedSource, listenerForwardNorm);85  if (frontBack < 0)86    azimuth = 360 - azimuth;87  // Make azimuth relative to "front" and not "right" listener vector.88  if (azimuth >= 0 && azimuth <= 270)89    azimuth = 90 - azimuth;90  else91    azimuth = 450 - azimuth;92  // We don't need elevation, so we're skipping that computation.93  return azimuth;94}95// Map our position angle to the azimuth angle (in degrees).96//97// An angle of 0 corresponds to an azimuth of 90 deg; pi, to -90 deg.98function angleToAzimuth(angle) {...

jac2.js

Source:jac2.js

1import { vec3, mat2 } from 'math';2const vec3dot = vec3.dot;3const tmp1 = new Float32Array(3);4export default class Jac2 {5  v11 = new Float32Array(3);6  w11 = new Float32Array(3);7  v21 = new Float32Array(3);8  w21 = new Float32Array(3);9  v11a = new Float32Array(3);10  w11a = new Float32Array(3);11  v21a = new Float32Array(3);12  w21a = new Float32Array(3);13  v12 = new Float32Array(3);14  w12 = new Float32Array(3);15  v22 = new Float32Array(3);16  w22 = new Float32Array(3);17  v12a = new Float32Array(3);18  w12a = new Float32Array(3);19  v22a = new Float32Array(3);20  w22a = new Float32Array(3);21  mass = new Float32Array(4);22  constructor(body1, body2) {23    this.body1 = body1;24    this.body2 = body2;25  }26  apply(t1, t2) {27    const v1 = this.body1.velocity, w1 = this.body1.angVelocity,28          v2 = this.body2.velocity, w2 = this.body2.angVelocity;29    const v11a = this.v11a, w11a = this.w11a, v21a = this.v21a, w21a = this.w21a,30          v12a = this.v12a, w12a = this.w12a, v22a = this.v22a, w22a = this.w22a;31    v1[0] += v11a[0] * t1 + v12a[0] * t2; v1[1] += v11a[1] * t1 + v12a[1] * t2; v1[2] += v11a[2] * t1 + v12a[2] * t2;32    w1[0] += w11a[0] * t1 + w12a[0] * t2; w1[1] += w11a[1] * t1 + w12a[1] * t2; w1[2] += w11a[2] * t1 + w12a[2] * t2;33    v2[0] += v21a[0] * t1 + v22a[0] * t2; v2[1] += v21a[1] * t1 + v22a[1] * t2; v2[2] += v21a[2] * t1 + v22a[2] * t2;34    w2[0] += w21a[0] * t1 + w22a[0] * t2; w2[1] += w21a[1] * t1 + w22a[1] * t2; w2[2] += w21a[2] * t1 + w22a[2] * t2;35  }36  force(out) {37    vec3.scale(out, this.v11a, this.lambda1 * this.body1.mass);38    vec3.scaleAndAdd(out, out, this.v12a, this.lambda2 * this.body1.mass);39  }40  linear(pos1, pos2, axis1, axis2) {41    vec3.copy(this.v11, axis1);42    vec3.copy(this.v12, axis2);43    vec3.subtract(tmp1, pos1, this.body1.position);44    vec3.cross(this.w11, tmp1, axis1);45    vec3.cross(this.w12, tmp1, axis2);46    vec3.negate(this.v21, axis1);47    vec3.negate(this.v22, axis2);48    vec3.subtract(tmp1, pos2, this.body2.position);49    vec3.cross(this.w21, axis1, tmp1);50    vec3.cross(this.w22, axis2, tmp1);51    vec3.transformMat3(this.v11a, this.v11, this.body1.invMass);52    vec3.transformMat3(this.v12a, this.v12, this.body1.invMass);53    vec3.transformMat3(this.w11a, this.w11, this.body1.invInertia);54    vec3.transformMat3(this.w12a, this.w12, this.body1.invInertia);55    vec3.transformMat3(this.v21a, this.v21, this.body2.invMass);56    vec3.transformMat3(this.v22a, this.v22, this.body2.invMass);57    vec3.transformMat3(this.w21a, this.w21, this.body2.invInertia);58    vec3.transformMat3(this.w22a, this.w22, this.body2.invInertia);59    this.mass[0] = vec3dot(this.v11a, this.v11) + vec3dot(this.w11a, this.w11) +60                   vec3dot(this.v21a, this.v21) + vec3dot(this.w21a, this.w21);61    this.mass[1] = vec3dot(this.v11a, this.v12) + vec3dot(this.w11a, this.w12) +62                   vec3dot(this.v21a, this.v22) + vec3dot(this.w21a, this.w22);63    this.mass[2] = vec3dot(this.v12a, this.v11) + vec3dot(this.w12a, this.w11) +64                   vec3dot(this.v22a, this.v21) + vec3dot(this.w22a, this.w21);65    this.mass[3] = vec3dot(this.v12a, this.v12) + vec3dot(this.w12a, this.w12) +66                   vec3dot(this.v22a, this.v22) + vec3dot(this.w22a, this.w22);67    mat2.invert(this.mass, this.mass);68    if (this.lambda1 !== undefined) {69       this.apply(this.lambda1, this.lambda2);70    } else {71      this.lambda1 = 0;72      this.lambda2 = 0;73    }74  }75  resolve(limit) {76    const c1 = vec3dot(this.v11, this.body1.velocity) + vec3dot(this.w11, this.body1.angVelocity) +77               vec3dot(this.v21, this.body2.velocity) + vec3dot(this.w21, this.body2.angVelocity);78    const c2 = vec3dot(this.v12, this.body1.velocity) + vec3dot(this.w12, this.body1.angVelocity) +79               vec3dot(this.v22, this.body2.velocity) + vec3dot(this.w22, this.body2.angVelocity);80    const prev1 = this.lambda1, prev2 = this.lambda2;81    this.lambda1 -= this.mass[0] * c1 + this.mass[1] * c2;82    this.lambda2 -= this.mass[2] * c1 + this.mass[3] * c2;83    let len = Math.sqrt(this.lambda1 * this.lambda1 + this.lambda2 * this.lambda2);84    if (len > 1e-4 && len > limit) {85      len = limit / len;86      this.lambda1 *= len;87      this.lambda2 *= len;88    }89    this.apply(this.lambda1 - prev1, this.lambda2 - prev2);90  }...

jac1.js

Source:jac1.js

1import { vec3 } from 'math';2const vec3dot = vec3.dot;3const tmp1 = new Float32Array(3);4export default class Jac1 {5  v1 = new Float32Array(3);6  w1 = new Float32Array(3);7  v2 = new Float32Array(3);8  w2 = new Float32Array(3);9  v1a = new Float32Array(3);10  w1a = new Float32Array(3);11  v2a = new Float32Array(3);12  w2a = new Float32Array(3);13  bias = 0;14  restitution = 0;15  lower = -1e+9;16  upper = 1e+9;17  ok = true;18  constructor(body1, body2) {19    this.body1 = body1;20    this.body2 = body2;21  }22  apply(t) {23    //t *= 1 + this.restitution;24    const v1 = this.body1.velocity, w1 = this.body1.angVelocity,25          v2 = this.body2.velocity, w2 = this.body2.angVelocity;26    const v1a = this.v1a, w1a = this.w1a, v2a = this.v2a, w2a = this.w2a;27    v1[0] += v1a[0] * t; v1[1] += v1a[1] * t; v1[2] += v1a[2] * t;28    w1[0] += w1a[0] * t; w1[1] += w1a[1] * t; w1[2] += w1a[2] * t;29    v2[0] += v2a[0] * t; v2[1] += v2a[1] * t; v2[2] += v2a[2] * t;30    w2[0] += w2a[0] * t; w2[1] += w2a[1] * t; w2[2] += w2a[2] * t;31  }32  force(out) {33    vec3.scale(out, this.v1a, this.lambda * this.body1.mass);34  }35  linear(pos1, pos2, axis) {36    vec3.copy(this.v1, axis);37    vec3.subtract(tmp1, pos1, this.body1.position);38    vec3.cross(this.w1, tmp1, axis);39    vec3.negate(this.v2, axis);40    vec3.subtract(tmp1, pos2, this.body2.position);41    vec3.cross(this.w2, axis, tmp1);42    vec3.transformMat3(this.v1a, this.v1, this.body1.invMass);43    vec3.transformMat3(this.w1a, this.w1, this.body1.invInertia);44    vec3.transformMat3(this.v2a, this.v2, this.body2.invMass);45    vec3.transformMat3(this.w2a, this.w2, this.body2.invInertia);46    const invMass = vec3dot(this.v1a, this.v1) + vec3dot(this.w1a, this.w1) + vec3dot(this.v2a, this.v2) + vec3dot(this.w2a, this.w2);47    if (invMass < 1e-6) {48      this.ok = false;49    }50    this.mass = 1.0 / invMass;51    if (this.lambda !== undefined) {52      this.apply(this.lambda);53    } else {54      this.lambda = 0;55    }56  }57  angular(axis) {58    vec3.copy(this.w1, axis);59    vec3.negate(this.w2, axis);60    vec3.transformMat3(this.w1a, this.w1, this.body1.invInertia);61    vec3.transformMat3(this.w2a, this.w2, this.body2.invInertia);62    this.mass = 1 / (vec3dot(this.w1a, this.w1) + vec3dot(this.w2a, this.w2));63    if (this.lambda !== undefined) {64      this.apply(this.lambda);65    } else {66      this.lambda = 0;67    }68  }69  resolve() {70    if (!this.ok) {71      return;72    }73    const jv = vec3dot(this.v1, this.body1.velocity) + vec3dot(this.w1, this.body1.angVelocity) +74               vec3dot(this.v2, this.body2.velocity) + vec3dot(this.w2, this.body2.angVelocity);75    const c = jv/* - Math.max(0, -jv * this.restitution)*/ + this.bias;76    const prev = this.lambda;77    this.lambda -= this.mass * c;78    if (this.lambda < this.lower) this.lambda = this.lower;79    if (this.lambda > this.upper) this.lambda = this.upper;80    this.apply(this.lambda - prev);81  }...

Using AI Code Generation

1var wptools = require('wptools');2var vec3Dot = wptools.vec3Dot;3var v1 = [1, 2, 3];4var v2 = [4, 5, 6];5var wptools = require('wptools');6var vec3Cross = wptools.vec3Cross;7var v1 = [1, 2, 3];8var v2 = [4, 5, 6];9var wptools = require('wptools');10var vec3Norm = wptools.vec3Norm;11var v1 = [1, 2, 3];12var wptools = require('wptools');13var vec3Normalize = wptools.vec3Normalize;14var v1 = [1, 2, 3];15var wptools = require('wptools');16var vec3Angle = wptools.vec3Angle;17var v1 = [1, 2, 3];18var v2 = [4, 5, 6];19var wptools = require('wptools');20var vec3Rotate = wptools.vec3Rotate;21var v1 = [1, 2, 3];22var v2 = [4, 5, 6];23var angle = 0.2257261285527342;24console.log(vec3Rotate

Using AI Code Generation

1var wpt = require('./wpt.js');2var v1 = new wpt.vec3(1,2,3);3var v2 = new wpt.vec3(4,5,6);4console.log(wpt.vec3Dot(v1, v2));5var vec3 = function(x,y,z){6  this.x = x;7  this.y = y;8  this.z = z;9};10vec3.prototype = {11  dot: function(v){12    return this.x*v.x + this.y*v.y + this.z*v.z;13  }14};15module.exports = {16  vec3Dot: function(v1,v2){17    return v1.dot(v2);18  }19};20var wpt = require('./wpt.js');21var v1 = new wpt.vec3(1,2,3);22var v2 = new wpt.vec3(4,5,6);23console.log(wpt.vec3Cross(v1, v2));24var vec3 = function(x,y,z){25  this.x = x;26  this.y = y;27  this.z = z;28};29vec3.prototype = {30  dot: function(v){31    return this.x*v.x + this.y*v.y + this.z*v.z;32  },33  cross: function(v){34    return new vec3(35    );36  }37};38module.exports = {39  vec3Dot: function(v1,v2){40    return v1.dot(v2);41  },42  vec3Cross: function(v1,v2){43    return v1.cross(v2);44  }45};46    at Object.exports.vec3Cross (/Users/brad/Programming/Node/wpt.js:20:7)47    at Object.<anonymous> (/Users/brad/Programming/Node/test.js:8:16)48    at Module._compile (

Using AI Code Generation

1var wpt = require('./wpt.js');2var vec3Dot = wpt.vec3Dot;3var v1 = [1, 2, 3];4var v2 = [4, 5, 6];5var result = vec3Dot(v1, v2);6console.log(result);7module.exports = {8    vec3Dot: function (v1, v2) {9        var result = v1[0] * v2[0] + v1[1] * v2[1] + v1[2] * v2[2];10        return result;11    }12};

Using AI Code Generation

1var wptools = require("wptools");2var v1 = [1,2,3];3var v2 = [4,5,6];4var dotProduct = wptools.vec3Dot(v1,v2);5console.log(dotProduct);6var wptools = require("wptools");7var v1 = [1,2,3];8var v2 = [4,5,6];9var crossProduct = wptools.vec3Cross(v1,v2);10console.log(crossProduct);11var wptools = require("wptools");12var v1 = [1,2,3];13var v2 = [4,5,6];14var sum = wptools.vec3Add(v1,v2);15console.log(sum);16var wptools = require("wptools");17var v1 = [1,2,3];18var v2 = [4,5,6];19var difference = wptools.vec3Sub(v1,v2);20console.log(difference);21var wptools = require("wptools");22var v = [1,2,3];23var s = 4;24var product = wptools.vec3Mult(v,s);25console.log(product);26var wptools = require("wptools");27var v = [4,8,12];28var s = 4;29var quotient = wptools.vec3Div(v,s);30console.log(quotient);31var wptools = require("wptools");32var v = [1,2,3];

Using AI Code Generation

1var wpt = require('wpt');2var vec3Dot = wpt.vec3Dot;3var v1 = [1, 2, 3];4var v2 = [4, 5, 6];5var wpt = require('wpt');6var vec3Dot = wpt.vec3Dot;7var v1 = [1, 2, 3];8var v2 = [4, 5, 6];9var wpt = require('wpt');10var vec3Dot = wpt.vec3Dot;11var v1 = [1, 2, 3];12var v2 = [4, 5, 6];13var wpt = require('wpt');14var vec3Dot = wpt.vec3Dot;15var v1 = [1, 2, 3];16var v2 = [4, 5, 6];17var wpt = require('wpt');18var vec3Dot = wpt.vec3Dot;19var v1 = [1, 2, 3];20var v2 = [4, 5, 6];21var wpt = require('wpt');22var vec3Dot = wpt.vec3Dot;23var v1 = [1, 2, 3];24var v2 = [4, 5, 6];25var wpt = require('wpt');26var vec3Dot = wpt.vec3Dot;27var v1 = [1, 2, 3];28var v2 = [4, 5, 6];29var dot = vec3Dot(v1

Using AI Code Generation

1var wpt = require('wpt');2var vec3Dot = wpt.vec3Dot;3var vec = [1,2,3];4var vec2 = [4,5,6];5var dot = vec3Dot(vec, vec2);6console.log(dot);7    var vec = [1,2,3];8    var vec2 = [4,5,6];9    var dot = wpt.vec3Dot(vec, vec2);10    console.log(dot);

Using AI Code Generation

1var wptools = require('wptools');2var vec3 = wptools.vec3;3var vec3Dot = vec3.dot;4var v1 = vec3(1,2,3);5var v2 = vec3(1,2,3);6var dot = vec3Dot(v1,v2);7console.log(dot);8var vec3 = require('wptools').vec3;9var vec3Dot = vec3.dot;10var v1 = vec3(1,2,3);11var v2 = vec3(1,2,3);12var dot = vec3Dot(v1,v2);13console.log(dot);14var vec3 = require('wptools').vec3;15var v1 = vec3(1,2,3);16var v2 = vec3(1,2,3);17var dot = vec3.dot(v1,v2);18console.log(dot);19var vec3 = require('wptools').vec3;20var v1 = vec3(1,2,3);21var v2 = vec3(1,2,3);22var dot = vec3.dot(v1,v2);23console.log(dot);24var vec3 = require('wptools').vec3;25var v1 = vec3(1,2,3);26var v2 = vec3(1,2,3);27var dot = vec3.dot(v1,v2);28console.log(dot);29var vec3 = require('wptools').vec3;30var v1 = vec3(1,2,3);31var v2 = vec3(1,2,3);32var dot = vec3.dot(v1,v2);33console.log(dot);34var vec3 = require('wptools').vec3;35var v1 = vec3(1,2,3);36var v2 = vec3(1,2,3);

Using AI Code Generation

1var wpt = require("wpt.js");2var vec3Dot = wpt.vec3Dot;3var vec3 = wpt.vec3;4var vec3a = vec3(1,2,3);5var vec3b = vec3(4,5,6);6var vec3c = vec3Dot(vec3a, vec3b);7console.log(vec3c);8exports.vec3Dot = vec3Dot;

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