【编程游戏】贺岁霓虹灯。（参观247楼KiteGirl的霓虹灯，VBScript编写）

最新推荐文章于 2010-01-02 23:36:00 发布

最新推荐文章于 2010-01-02 23:36:00 发布 · 185 阅读

使用VBScript实现了一个3D螺旋霓虹灯效果的编程游戏。该效果通过不断旋转和变换来展示一个由多个发光点构成的螺旋结构，适用于浏览器环境，特别指出在Firefox浏览器中有较好的表现。

【编程游戏】贺岁霓虹灯。（第一名奖励10000可用分）

效果图

评分

参观 [目前Firefox中好使，其他浏览器需复制到本地，存为html文件看效果] <html> <head> <title>K.G Script3D 3.00 —— 螺旋霓虹灯</title> </head> <body bgcolor="#000000" text="#FFFFFF"> <p id="idText" style="color:rgb(255,255,255)"></p> <p id="idInsertObject"></p> </body> <script languate="VBScript" type="text/VBScript"> Dim pubS_Pix_x Dim pubS_Pix_y Dim pubS_Pix_z Dim pubS_Pix_c Dim pubD_Mx Dim pubD_My Dim pubD_Mz Dim pubD_Rx Dim pubD_Ry Dim pubD_Rz Dim pubD_Mtx_Mx Dim pubD_Mtx_Mr Dim pubD_Pix_x Dim pubD_Pix_y Dim pubD_Pix_z Dim pubF_Va Dim pubF_Vd Dim pubV_Vx Dim pubV_Vy Dim pubV_Vz Dim pubV_Sc Dim pubV_Mtx_Mx Dim pubV_Mtx_Mr Dim pubV_Pix_x Dim pubV_Pix_y Dim pubV_Pix_z Dim pubElm Dim pubElm_Len Dim pubWeb_Tv Dim pubWeb_Tw Dim pubWeb_WW, pubWeb_WH Dim pubR, pubG, pubB Dim pubOR, pubOG, pubOB 'Web DHTML 事件函数 Sub window_onload() MakeModule With document.body pubWeb_WW = .clientWidth pubWeb_WH = .clientHeight End With pubD_Rz = 0 pubD_Rx = 0 pubD_Ry = 0 pubF_Va = 15 pubF_Vd = 20 pubV_Vx = pubWeb_WW / 2 pubV_Vy = pubWeb_WH * 1.3 / 2 pubV_Vz = 0 pubV_Sc = 12 pubWeb_Tw = 33 MTX_3DMixV pubV_Vx, pubV_Vy, pubV_Vz, pubV_Sc, pubV_Mtx_Mx, pubV_Mtx_Mr Web_TimeLoop End Sub Sub MakeModule pubElm_Len = 919 pubElm = ELM_Create(pubElm_Len) ReDim pubS_Pix_x(pubElm_Len), pubS_Pix_y(pubElm_Len), pubS_Pix_z(pubElm_Len) ReDim pubD_Pix_x(pubElm_Len), pubD_Pix_y(pubElm_Len), pubD_Pix_z(pubElm_Len) ReDim pubV_Pix_x(pubElm_Len), pubV_Pix_y(pubElm_Len), pubV_Pix_z(pubElm_Len) ReDim pubS_Pix_c(pubElm_Len) tH = 100 tR = 0 For tI = 1 To 1500 Step 15 tR = tR + 0.1 tA = tA + (5 / tR * 2 * 3.14) tH = 30 - 5 * tR '2 * tR tAr = Radian(tA) tX = Sin(tAr) * tR * 3 tY = Cos(tAr) * tR * 3 For tZ = Int(tH) To 0 Step -1 pubS_Pix_x(tAdd) = tX pubS_Pix_y(tAdd) = tY pubS_Pix_z(tAdd) = tZ tAdd = tAdd + 1 Next Next pubD_Mx = 0 pubD_My = 0 pubD_Mz = 0 End Sub Sub Web_TimeLoop() pubD_Rz = (pubD_Rz + 5) Mod 360 pubD_Rx = -45 pubD_Ry = 0 MTX_3DMixD pubD_Mx, pubD_My, pubD_Mz, pubD_Rx, pubD_Ry, pubD_Rz, pubD_Mtx_Mx, pubD_Mtx_Mr PXE_MTXTram3D pubS_Pix_x, pubS_Pix_y, pubS_Pix_z, pubD_Mtx_Mx, pubD_Mtx_Mr, pubD_Pix_x, pubD_Pix_y, pubD_Pix_z FIT_PSV pubD_Pix_x, pubD_Pix_y, pubD_Pix_z, pubF_Va, pubF_Vd, pubD_Pix_x, pubD_Pix_y, pubD_Pix_z PXE_MTXTram3D pubD_Pix_x, pubD_Pix_y, pubD_Pix_z, pubV_Mtx_Mx, pubV_Mtx_Mr, pubV_Pix_x, pubV_Pix_y, pubV_Pix_z For tI = 0 To 10 For tEi = pubElm_Len To 0 Step -1 If CBool(tEi) Then pubS_Pix_c(tEi) = pubS_Pix_c(tEi-1) Else If pubR < pubOR Then pubR = pubR + 1 If pubR > pubOR Then pubR = pubR - 1 If pubG < pubOG Then pubG = pubG + 1 If pubG > pubOG Then pubG = pubG - 1 If pubB < pubOB Then pubB = pubB + 1 If pubB > pubOB Then pubB = pubB - 1 If pubR = pubOR And pubB = pubOB And pubG = pubOG Then pubOR = Int(Rnd * 128) + 127 pubOG = Int(Rnd * 128) + 127 pubOB = Int(Rnd * 128) + 127 End If pubS_Pix_c(tEi) = rgb(pubR, pubG, pubB) End If Next Next For tEi = pubElm_Len To 0 Step -1 With pubElm(tEi).style .left = pubV_Pix_x(tEi) .top = pubV_Pix_y(tEi) .color = pubS_Pix_c(tEi) End With Next pubWeb_Tv = window.setTimeout("Web_TimeLoop", pubWeb_Tw) End Sub Function ELM_Create(pEn) ReDim tElms(pEn) For tEi = 0 To pEn With document Set tElms(tEi) = .createElement("SPAN") .body.insertAdjacentElement "beForeEnd", tElms(tEi) End With With tElms(tEi) .innerText = "*" .style.position = "absolute" .style.color = rgb(0,0,0) End With Next ELM_Create = tElms End Function Sub PXE_MTXTram2D(pPx(), pPy(), pM(), pMr, oPx(), oPy()) tPe = UBound(pPx) For tPi = 0 To tPe oPx(tPi) = pPx(tPi) * pM(0) + pPy(tPi) * pM(1) + pM(2) oPy(tPi) = pPx(tPi) * pM(3) + pPy(tPi) * pM(4) + pM(5) Next End Sub Sub PXE_MTXTram3D(pPx(), pPy(), pPz(), pM(), pMr(), oPx(), oPy(), oPz()) tPe = UBound(pPx) For tPi = 0 To tPe oPx(tPi) = pPx(tPi) * pM(0) + pPy(tPi) * pM(1) + pPz(tPi) * pM(2) + pM(3) oPy(tPi) = pPx(tPi) * pM(4) + pPy(tPi) * pM(5) + pPz(tPi) * pM(6) + pM(7) oPz(tPi) = pPx(tPi) * pM(8) + pPy(tPi) * pM(9) + pPz(tPi) * pM(10) + pM(11) Next End Sub Sub FIT_PSV(iPx, iPy, iPz, iVa, iVd, oPx, oPy, oPz) tPe = UBound(iPx) For tPi = 0 To tPe tVr = Sin(Radian(iVa)) tZ = iPz(tPi) + iVd oPx(tPi) = iPx(tPi) * tVr * tZ / (tVr * iVd) oPy(tPi) = iPy(tPi) * tVr * tZ / (tVr * iVd) oPz(tPi) = iPz(tPi) Next End Sub Sub MTX_2DPixMulti(iSc, oM(), oMr) oMr = 3 ReDim oM(8) oM = Array(iSc, 0, 0, 0, iSc, 0, 0, 0, 1) End Sub Sub MTX_2DPixMove(iMx, iMy, oM(), oMr) oMr = 3 ReDim oM(8) oM = Array(1, 0, iMx, 0, 1, iMy, 0, 0, 1) End Sub Sub MTX_2DRot(iA, oM(), oMr) tR = Radian(iA) oMr = 3 ReDim oM(8) oM = Array(cos(tR), -sin(tR), 0, sin(tR), cos(tR), 0, 0, 0, 1) End Sub Sub MTX_3DMixD(iMx, iMy, iMz, iRx, iRy, iRz, oMx, oMr) MTX_3DPixMove tMtx_MV, oMr, iMx, iMy, iMz MTX_3DPixRotZ tMtx_RTz, oMr, iRz MTX_3DPixRotX tMtx_RTx, oMr, iRx MTX_3DPixRotY tMtx_RTy, oMr, iRy MTX_Multi tMtx_MV, oMr, tMtx_RTz, oMr, tMx, oMr oMx = tMx MTX_Multi oMx, oMr, tMtx_RTx, oMr, tMx, oMr oMx = tMx MTX_Multi oMx, oMr, tMtx_RTy, oMr, tMx, oMr oMx = tMx End Sub Sub MTX_3DMixV(iVx, iVy, iVz, iSc, oMx, oMr) MTX_3DPixMulti tMtx_SC, oMr, iSc MTX_3DPixMove tMtx_VM, oMr, iVx, iVy, iVz MTX_Multi tMtx_SC, oMr, tMtx_VM, oMr, tMx, oMr oMx = tMx End Sub Sub MTX_3DPixMulti(oM(), oMr, iSc) oMr = 4 ReDim oM(15) oM = Array(iSc, 0, 0, 0, 0, iSc, 0, 0, 0, 0, iSc, 0, 0, 0, 0, 1) End Sub Sub MTX_3DPixMove(oM(), oMr, iMx, iMy, iMz) oMr = 4 ReDim oM(15) oM = Array(1, 0, 0, iMx, 0, 1, 0, iMy, 0, 0, 1, iMz, 0, 0, 0, 1) End Sub Sub MTX_3DPixRotZ(oM(), oMr, iA) oMr = 4 ReDim oM(15) tR = Radian(iA) : tSin = sin(tR) : tCos = cos(tR) oM = Array(tCos, -tSin, 0, 0, tSin, tCos, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1) End Sub Sub MTX_3DPixRotY(oM(), oMr, iA) oMr = 4 ReDim oM(15) tR = Radian(iA) : tSin = sin(tR) : tCos = cos(tR) oM = Array(tCos, 0, tSin, 0, 0, 1, 0, 0, -tSin, 0, tCos, 0, 0, 0, 0, 1) End Sub Sub MTX_3DPixRotX(oM(), oMr, iA) oMr = 4 tR = Radian(iA) tR = Radian(iA) : tSin = sin(tR) : tCos = cos(tR) oM = Array(1, 0, 0, 0, 0, tCos, tSin, 0, 0, -tSin, tCos, 0, 0, 0, 0, 1) End Sub Sub MTX_Multi(iMa(), iMar, iMb(), iMbr, oMc(), oMcr) tN = (iMar = ((UBound(iMb) / iMbr) + 1)) And (iMar - 1) If CBool(tN) Then tM = Ubound(iMa) / iMar tP = iMbr - 1 oMcr = tP + 1 ReDim oMc(oMcr * (tM + 1) - 1) For tMi = 0 To tM For tPi = 0 To tP For tNi = 0 To tN tMv = MTX_VGet(oMc, oMcr, tMi, tPi) + MTX_VGet(iMa, iMar, tMi, tNi) * MTX_VGet(iMb, iMbr, tNi, tPi) MTX_VSet oMc, oMcr, tMi, tPi, tMv Next Next Next End If End Sub Sub MTX_VSet(pM(), pMr, pX, pY, pMv) tMi = pY * pMr + pX pM(tMi) = pMv End Sub Function MTX_VGet(pM(), pMr, pX, pY) tMi = pY * pMr + pX MTX_VGet = pM(tMi) End Function Function Radian(pA) Radian = pA * 71 / 4068 End Function </script> </html>
参观 [目前Firefox中好使，其他浏览器需复制到本地，存为html文件看效果]