javascript - Objects being pushed to a list have just 1 property value changed some how after all objects have been pushed -
i've got code runs x in xlength, z in zlength, , if want include y axis, y in ylength.
then object created position x,y,z , pushed array.
now what's happening is, first loop on y values done, position.y value of last pushed object, , subsequent objects, changes it's assigned value final value of position.y of y in ylength loop. object's position.y value linked position.y value of y in ylength loop, how work?
here's code:
in case, props.includey == true
props.position.type == 'center'
i tried var y = yhere trick fixes promise resolution in loops use increment value in resolve function.
but fear bug more nasty...
this.rendercoverage = function(props) { /* include @param-object faces calculated * include @param-interger resolution size of squares evaluated * include @param-array[string] lights array of light id's want calculate coverage */ props.class = props.class || 'floorcoverage' this.coverage[props.class] = [] if (!props.yplane) { props.yplane = 0 } (var x = 0; x < math.floor(this.width / props.resolution); x++) { (var z = 0; z < math.floor(this.depth / props.resolution); z++) { var position = {} position.type = props.position.type || 'normal' if (props.position) { if (props.position.type == 'center') { position.x = ((x * props.resolution) + props.resolution / 2) + ((this.width) - (math.floor(this.width / props.resolution) * props.resolution)) / 2 if (!props.includey) { position.y = props.yplane + (props.resolution / 2) } position.z = ((z * props.resolution) + (props.resolution / 2)) + ((this.depth) - (math.floor(this.depth / props.resolution) * props.resolution)) / 2 } else { position.x = (x * props.resolution) position.z = (z * props.resolution) position.y = props.yplane } } if (props.includey) { (var yhere = 0; yhere < math.floor(this.height / props.resolution); yhere++) { var y = yhere if (position.type == 'center') { position.y = ((y * props.resolution) + (props.resolution) / 2) console.log("this position.y value is: ") console.log(position.y) } else { position.y = (y * props.resolution) + props.yplane } var coveragesquare = new cube({ width: props.squaresize || 0.05, height: props.squaresize || 0.05, depth: props.squaresize || 0.05, sides: props.sides || ["bottom", "front", "top", "left", "right", "back"], group: 'coverage', class: props.class || 'floorcoverage', id: (props.class + math.round(math.random() * 1000) + "r" || 'floorcoverage') + 'x' + x + "y" + y + "z" + z + math.round(math.random() * 1000) + "r", parent: this.object, position: position, type: props.type || '3d' }) coveragesquare.lightsources = [] console.log("this position has pushing this.coverage[props.class]: ") console.log(coveragesquare.position.y) this.coverage[props.class].push(coveragesquare) console.log("this position.y of item in list pushed") console.log(this.coverage[props.class][0].position.y) console.log("this object pushed"); console.log(this.coverage[props.class][0]) } } else { var coveragesquare = new cube({ width: props.squaresize || props.resolution || 0.05, height: props.squaresize || props.resolution || 0.05, depth: props.squaresize || props.resolution || 0.05, sides: props.sides || ["bottom", "front", "top", "left", "right", "back"], group: 'coverage', class: props.class || 'floorcoverage', id: (props.class + math.round(math.random() * 1000) + "r" || 'floorcoverage') + 'x' + x + "y" + math.round(position.y) + "z" + z + math.round(math.random() * 100), parent: this.object, position: position, type: props.type || '3d' }) coveragesquare.lightsources = [] this.coverage[props.class].push(coveragesquare) } // console.log(this.coverage[props.class]) } } if (props.calclumens !== false) { (var point = 0; point < this.coverage[props.class].length; point++) { this.coverage[props.class][point].lumenspsqm = 0 (var light = 0; light < this.lights.length; light++) { (var diode = 0; diode < this.lights[light].leds.diodes.length; diode++) { // if(this.lights[light].position.type ){ // // } var tempdiode = this.lights[light].leds.diodes[diode] // console.log({ // diode: tempdiode, // x: this.coverage[props.class][point].position.x, // y: this.coverage[props.class][point].position.y, // z: this.coverage[props.class][point].position.z, // }) if (this.coverage[props.class][point].position.type == 'center') { // console.log("this y position use calculate coverage") // console.log(this.coverage[props.class][point]); var position = this.coverage[props.class][point].position // console.log("why y in position same") // console.log(position); var result = coverageat({ diode: tempdiode, x: position.x, y: position.y, z: position.z, }) this.coverage[props.class][point].lightsources.push(tempdiode) this.coverage[props.class][point].lumenspsqm += result // console.log("what these results") // console.log(result) } else { var results = [] (var num = 0; num < 4; num++) { if (num == 0) { var xadjustment = (this.coverage[props.class][point].width / 2) var zadjustment = (this.coverage[props.class][point].depth / 2) } else if (num == 1) { var xadjustment = (this.coverage[props.class][point].width / 2) * -1 var zadjustment = (this.coverage[props.class][point].depth / 2) } else if (num == 2) { var xadjustment = (this.coverage[props.class][point].width / 2) var zadjustment = (this.coverage[props.class][point].depth / 2) * -1 } else if (num == 3) { var xadjustment = (this.coverage[props.class][point].width / 2) * -1 var zadjustment = (this.coverage[props.class][point].depth / 2) * -1 } results.push(coverageat({ diode: tempdiode, x: this.coverage[props.class][point].position.x + xadjustment, y: this.coverage[props.class][point].position.y, z: this.coverage[props.class][point].position.z + zadjustment, })) } var averageof = (results.reduce((a, b) => + b, 0)) / results.length this.coverage[props.class][point].lightsources.push(tempdiode) this.coverage[props.class][point].lumenspsqm += averageof if (this.coverage[props.class][point].id == 'floorgridx5y0z3') {} } } this.coverage[props.class][point].lumens = this.coverage[props.class][point].lumenspsqm * ((this.coverage[props.class][point].width * this.coverage[props.class][point].depth)) } var str = '<div class="floorgriddata" id="' + this.coverage[props.class][point].id + 'data" style="transform: rotatex(0deg) translate3d(-50%, -' + 40 * 2 + 'px, -30px)"><div class="data">lux: ' + math.round(this.coverage[props.class][point].lumenspsqm) + '</div><div class="data">lumens: ' + math.round(this.coverage[props.class][point].lumens) + '</div></div>' // var html = $.parsehtml(str) // var $dataelement = $('<div>', {id:this.coverage[props.class][point].id+"data", class:'floorgriddata'}) $("#" + this.coverage[props.class][point].id + ' #' + this.coverage[props.class][point].sides[0]).append(str) // this.coverage[props.class][point] } var highestnum = 0 (var point = 0; point < this.coverage[props.class].length; point++) { if (this.coverage[props.class][point].lumenspsqm > highestnum) { highestnum = this.coverage[props.class][point].lumenspsqm } } (var point = 0; point < this.coverage[props.class].length; point++) { if (this.coverage[props.class][point].id == 'floorgridx5y0z3') {} if (highestnum > 0) { $('#' + this.coverage[props.class][point].scene.id + ' #' + this.coverage[props.class][point].id + ' .face').css({ // background : '#ffffff', opacity: this.coverage[props.class][point].lumenspsqm / (highestnum * 2) }) } else { $('#' + this.coverage[props.class][point].scene.id + ' #' + this.coverage[props.class][point].id + ' .face').css({ // background : '#ffffff', opacity: 1 }) } } } } the coverageat function just:
function coverageat(props) { /** input coverage area @props.length x @props.width , x, y , h coordinates of light above plane */ /* not needed more output: produces grid of data filled radiation levels @ points */ this.energyatpoint = function(h, x, y) { var lmpsqm = constantofproportionality * ((math.pow(h, 1 + 3.8317)) / math.pow(math.sqrt(math.pow(x, 2) + math.pow(y, 2) + math.pow(h, 2)), 3 + 3.8317)) return lmpsqm } var lightheight = props.diode.position.oy - props.y if (lightheight < 0) { return 0 } else { var lightcrowz = math.sqrt(math.pow(props.diode.position.oz - props.z, 2)) var lightcrowx = math.sqrt(math.pow(props.diode.position.ox - props.x, 2)) var lightcrow = math.sqrt(math.pow(lightcrowz, 2) * math.pow(lightcrowx, 2)) var anglefromled = math.atan(lightcrow / lightheight) var constantofproportionality = 2.56 return this.energyatpoint(lightheight, lightcrow, 0) } } and screenshot should verify behaviour: https://gyazo.com/a2c97409589dacea6ee622d827715fd0
i hope can spot bug.....
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