【编程游戏】贺岁放礼花。（点燃续帖1-24楼KiteGirl的焰火）-优快云博客

点燃[Ctrl+A 全部选择提示：你可先修改部分代码，再按运行] <iframe src="http://vote.youkuaiyun.com/VotePostSimple.aspx?voteid=819" marginheight="0" marginwidth="0" scrolling="no" width="100%" frameborder="0" height="400"></iframe> <html> <head> <title>【编程游戏】贺岁放礼花。</title> </head> <body bgcolor="#000000" text="#FFFFFF"> <p id="idInsertObject"></p> </body> <script type="text/javascript"> function rgb(b, g, r) { return "#" + ("00" + Math.floor(r).toString(16)).replace(/^.*(/w{2}$)/g, "$1") + ("00" + Math.floor(g).toString(16)).replace(/^.*(/w{2}$)/g, "$1") + ("00" + Math.floor(b).toString(16)).replace(/^.*(/w{2}$)/g, "$1"); } function $(id){ return document.getElementById(id); } var pubOrbits_X = new Array(16 * 256); var pubOrbits_Y = new Array(16 * 256); var pubStepOn = 0; var pubStepOnB = 0; var pubSpanObjects = new Array(16 * 16); var pubColors = new Array(16 * 16); var pubWorkOn = 0; var pubX = 0; var pubY = 0; var pubScale = 1; var pubTime = 0; window.onload = function () { CreateObjects(); CreateColors(); CreateOrbits(); NewSkyrocket(); ShowSkyrocket(); } function NewSkyrocket() { pubX = Math.floor(Math.random() * 640); pubY = Math.floor(Math.random() * 100) + 480; pubScale = Math.random() * 1 + 1; pubStepOn = 21; pubStepOnB = 21; pubTime = setTimeout("ShowSkyrocket();", 1); } function ShowSkyrocket() { if (pubStepOn > 1) pubStepOn = pubStepOn - 1; pubStepOnB = pubStepOnB - (pubStepOnB > 1 ? 1 : 0.1); pubY = pubY - (pubStepOnB * pubScale); if (pubWorkOn < 256) { pubWorkOn = pubWorkOn + pubStepOn; ViewObjects(pubScale, pubWorkOn, pubX, pubY); pubTime = window.setTimeout("ShowSkyrocket();", 1); } else { pubWorkOn = 0; ViewObjects(pubScale, pubWorkOn, pubX, pubY); NewSkyrocket(); } } function ViewObjects(pScale, pIndex, pX, pY) { if (pIndex < 256 && pIndex > 15) { for (var tIndexA = 0; tIndexA <= 15; tIndexA++) { for (var tIndexB = 0; tIndexB <= 14; tIndexB++) { with (pubSpanObjects[tIndexA * 16 + tIndexB].style) { top = pubSpanObjects[tIndexA * 16 + tIndexB + 1].style.top; left = pubSpanObjects[tIndexA * 16 + tIndexB + 1].style.left; } } with (pubSpanObjects[tIndexA * 16 + 15].style) { top = pubOrbits_Y[tIndexA * 256 + pIndex] * pScale + pY + "px"; left = pubOrbits_X[tIndexA * 256 + pIndex] * pScale + pX + "px"; } for (var tIndexB = 0; tIndexB <= 15; tIndexB++) { with(pubSpanObjects[tIndexA * 16 + tIndexB].style) { color = pubColors[tIndexA * 16 + tIndexB]; } } } } } function CreateObjects() { for (var tIndexA = 0; tIndexA <= 15; tIndexA++) { for (var tIndexB = 0; tIndexB <= 15; tIndexB++) { pubSpanObjects[tIndexA * 16 + tIndexB] = document.createElement("SPAN"); with (pubSpanObjects[tIndexA * 16 + tIndexB]) { innerHTML = "." } with (pubSpanObjects[tIndexA * 16 + tIndexB].style) { position = "absolute"; color = rgb(0, 0, 0); } $("idInsertObject").appendChild(pubSpanObjects[tIndexA * 16 + tIndexB]); } } } function CreateColors() { var tColor = {}; for (var tColorIndex = 0; tColorIndex <= 15; tColorIndex++) { tColor[0] = Math.random(); tColor[1] = Math.random(); tColor[2] = Math.random(); tColor[Math.floor(Math.random() * 3)] = 1; tLightLen = Math.floor(Math.random() * 50) + 50; for (var tLightIndex = 0; tLightIndex <= 15; tLightIndex++) { var tLightValue = tLightIndex * 255 / 15 pubColors[tColorIndex * 16 + tLightIndex] = rgb(tColor[0] * tLightValue, tColor[1] * tLightValue, tColor[2] * tLightValue); } } } function CreateOrbits() { for (var tOrbitsIndex = 0; tOrbitsIndex <= 15; tOrbitsIndex++) { var tAxis_R = Math.floor(Math.random() * 50) + 50; var tAxis_XY = Math.floor(Math.random() * 360); var tAxis_YZ = Math.floor(Math.random() * 360); var tAxis_ZX = Math.floor(Math.random() * 360); for (var tLightIndex = 0; tLightIndex <= 255; tLightIndex++) { tAxis_ZX = tAxis_ZX + 2; var result = {}; GetOrbits(result, tAxis_XY, tAxis_YZ, tAxis_ZX, tAxis_R * tLightIndex / 255); pubOrbits_X[tOrbitsIndex * 256 + tLightIndex] = result.tOrbits_X; pubOrbits_Y[tOrbitsIndex * 256 + tLightIndex] = result.tOrbits_Y; } } } function GetOrbits(output, pAxis_XY, pAxis_YZ, pAxis_ZX, pAxis_R) { output.tAxis_XY = RadianGetByAngle(pAxis_XY); output.tAxis_YZ = RadianGetByAngle(pAxis_YZ); output.tAxis_ZX = RadianGetByAngle(pAxis_ZX); output.tOrbits_X = pAxis_R * Math.cos(output.tAxis_XY) * Math.cos(output.tAxis_ZX); output.tOrbits_Y = pAxis_R * Math.sin(output.tAxis_XY) * Math.sin(output.tAxis_YZ); } function RadianGetByAngle(pAngle) { return pAngle * Math.PI / 180; } </script> </html>
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