public bool Show(AnimData AD)
{
if (AD.animType == AnimOperation.AnimDraw || AD.animType == AnimOperation.AnimErase)
{
Point[] ptRect = new Point[4];
ptRect[0] = AD.ptRelRightTop;
ptRect[1].X = AD.ptRelRightTop.X;
ptRect[1].Y = -AD.ptRelRightTop.Y;
int nRemainSteps = AD.iStep - AD.iTotalSteps;
int nRemainAngle = AD.iParameter * nRemainSteps;
double fxScale = MATRIXF.fixedDiv(AD.iStep, AD.iTotalSteps);
double fxAngle = MATRIXF.fixedDiv(nRemainAngle, AD.iTotalSteps);
MATRIXF matrix = MATRIXF.scaleMatrix(fxScale, fxScale) * MATRIXF.rotateMatrix(fxAngle);
ptRect[0] = ptRect[0] * matrix;
ptRect[1] = ptRect[1] * matrix;
ptRect[2] = MATRIXF.sum(AD.ptCenter, ptRect[0]);
ptRect[3] = MATRIXF.sum(AD.ptCenter, ptRect[1]);
ptRect[0] = MATRIXF.subtract(AD.ptCenter, ptRect[0]);
ptRect[1] = MATRIXF.subtract(AD.ptCenter, ptRect[1]);
drawPoly(ptRect, AD.color);
} //end if
return(true);
} //end Show
public bool Show(AnimData AD)
{
switch (AD.animType)
{
case AnimOperation.AnimInit:
AD.effect.Buffer = MATRIXF.rotateMatrix(MATRIXF.fixed1 * 72, AD.ptCenter);
break;
case AnimOperation.AnimDraw:
case AnimOperation.AnimErase:
{
Point ptBoxRel = new Point();
ptBoxRel.X = AD.ptRelRightTop.X * AD.iStep / AD.iTotalSteps;
ptBoxRel.Y = AD.ptRelRightTop.Y * AD.iStep / AD.iTotalSteps;
MATRIXF matrix;
double fxScale;
fxScale = MATRIXF.fixedDiv((AD.iTotalSteps - AD.iStep) * 4, AD.iTotalSteps * 3);
matrix = MATRIXF.offsetMatrix(AD.ptRelRightTop.X, AD.ptRelRightTop.Y) *
MATRIXF.scaleMatrix(fxScale, fxScale, AD.ptCenter) *
MATRIXF.rotateMatrix(MATRIXF.fixedDiv(AD.iParameter * AD.iStep, AD.iTotalSteps), AD.ptCenter);
Point ptBoxCenter;
ptBoxCenter = AD.ptCenter * matrix;
for (int iLoop = 0; iLoop < 5; iLoop++)
{
drawBox(ptBoxCenter, ptBoxRel, AD.color);
ptBoxCenter = ptBoxCenter * (MATRIXF)AD.effect.Buffer;
} //end for
break;
} //end case
} //end switch
return(true);
} //end Show
public bool Show(AnimData AD)
{
FWData fw = ((FWData)AD.effect.Buffer);
switch (AD.animType)
{
case AnimOperation.AnimInit:
{
Point[] ptCenter = fw.ptCenter;
Point ptRectCenter = new Point();
ptRectCenter.X = AD.ptCenter.X;
ptRectCenter.Y = AD.ptCenter.Y + (AD.ptRelRightTop.X + AD.ptRelRightTop.Y) * 5 / 3;
for (int idx = 0; idx < FWData.NRECT; idx++)
{
MATRIXF matrix = MATRIXF.rotateMatrix(idx * (360 * MATRIXF.fixed1 / FWData.NRECT), AD.ptCenter);
ptCenter[idx] = ptRectCenter * matrix;
} //end for
break;
} //end case
case AnimOperation.AnimDraw:
case AnimOperation.AnimErase:
{
Point ptTemp = new Point();
double fixedFactor = MATRIXF.fixedDiv(AD.iStep, AD.iTotalSteps);
MATRIXF matrix;
Point[] ptRect = new Point[4];
Point[] ptTmp = new Point[4];
ptRect[0].X = ptRect[3].X = -AD.ptRelRightTop.X;
ptRect[1].X = ptRect[2].X = AD.ptRelRightTop.X;
ptRect[0].Y = ptRect[1].Y = AD.ptRelRightTop.Y;
ptRect[2].Y = ptRect[3].Y = -AD.ptRelRightTop.Y;
for (int idx = 0; idx < FWData.NRECT; idx++)
{
matrix = MATRIXF.scaleMatrix(fixedFactor, fixedFactor) *
MATRIXF.rotateMatrix((MATRIXF.fixed1 - fixedFactor) * AD.iParameter);
ptTemp = MATRIXF.mix(AD.ptCenter, fw.ptCenter[idx], fixedFactor);
matrix = matrix * MATRIXF.offsetMatrix(ptTemp.X, ptTemp.Y);
for (int iAngle = 0; iAngle < 4; iAngle++)
{
ptTmp[iAngle] = ptRect[iAngle] * matrix;
}
drawPoly(ptTmp, AD.color);
} //end for
break;
} //end case
} //end switch
return(true);
} //end Show
public bool Show(AnimData AD)
{
SpikeData sd = ((SpikeData)AD.effect.Buffer);
switch (AD.animType)
{
case AnimOperation.AnimInit:
{
int xLeft = AD.rcWnd.Left;
int xRight = AD.rcWnd.Right;
int yTop = AD.rcWnd.Bottom;
int yBottom = AD.rcWnd.Top;
for (int idx = 0; idx < 16; idx++)
{
Point[] pTriangle = sd.ptTriangleEnd[idx];
pTriangle[0] = AD.ptCenter;
if (idx < 4)
{
pTriangle[1].X = pTriangle[2].Y = yTop;
pTriangle[1].X = (xLeft * (4 - idx) + xRight * idx) / 4;
pTriangle[2].X = (xLeft * (3 - idx) + xRight * (idx + 1)) / 4;
}
else if (idx < 8)
{
pTriangle[1].X = pTriangle[2].X = xRight;
pTriangle[1].Y = (yTop * (8 - idx) + yBottom * (idx - 4)) / 4;
pTriangle[2].Y = (yTop * (7 - idx) + yBottom * (idx - 3)) / 4;
}
else if (idx < 12)
{
pTriangle[1].Y = pTriangle[2].Y = yBottom;
pTriangle[1].X = (xRight * (12 - idx) + xLeft * (idx - 8)) / 4;
pTriangle[2].X = (xRight * (11 - idx) + xLeft * (idx - 7)) / 4;
}
else
{
pTriangle[1].X = pTriangle[2].X = xLeft;
pTriangle[1].Y = (yBottom * (16 - idx) + yTop * (idx - 12)) / 4;
pTriangle[2].Y = (yBottom * (15 - idx) + yTop * (idx - 11)) / 4;
}
sd.ptEndCenter[idx].X = (pTriangle[0].X + pTriangle[1].X + pTriangle[2].X) / 3;
sd.ptEndCenter[idx].Y = (pTriangle[0].Y + pTriangle[1].Y + pTriangle[2].Y) / 3;
}
Point ptTrgCenter = new Point();
ptTrgCenter.X = AD.ptCenter.X;
ptTrgCenter.Y = AD.ptCenter.Y + (AD.ptRelRightTop.X + AD.ptRelRightTop.Y) * 4 / 5;
for (int idx = 0; idx < 16; idx++)
{
MATRIXF matrix;
matrix = MATRIXF.rotateMatrix((33 * MATRIXF.fixed1) + (-22 * MATRIXF.fixed1) * idx, AD.ptCenter);
sd.ptTriangleCenter[idx] = ptTrgCenter * matrix;
Point ptTemp = MATRIXF.subtract(sd.ptTriangleCenter[idx], sd.ptEndCenter[idx]);
sd.matrixCircle[idx] = MATRIXF.offsetMatrix(ptTemp.X, ptTemp.Y);
}
break;
} //end case
case AnimOperation.AnimDraw:
case AnimOperation.AnimErase:
{
Point[] ptTriangle = new Point[3];
double fixedFactor;
MATRIXF matrix;
double fxScale;
fxScale = MATRIXF.fixedDiv(AD.iStep, AD.iTotalSteps);
if (AD.iStep < AD.iTotalSteps / 2)
{
fixedFactor = (MATRIXF.fixed1 - MATRIXF.fixedDiv(AD.iStep * 2, AD.iTotalSteps)) * AD.iParameter;
for (int idx = 0; idx < 16; idx++)
{
matrix = MATRIXF.scaleMatrix(fxScale, fxScale, sd.ptEndCenter[idx]) *
MATRIXF.rotateMatrix(fixedFactor, sd.ptEndCenter[idx]);
matrix = matrix * sd.matrixCircle[idx];
for (int iAngle = 0; iAngle < 3; iAngle++)
{
ptTriangle[iAngle] = sd.ptTriangleEnd[idx][iAngle] * matrix;
}
drawPoly(ptTriangle, AD.color);
}
}
else
{
fixedFactor = MATRIXF.fixedDiv(AD.iStep * 2 - AD.iTotalSteps, AD.iTotalSteps);
for (int idx = 0; idx < 16; idx++)
{
matrix = MATRIXF.scaleMatrix(fxScale, fxScale, sd.ptEndCenter[idx]);
matrix *= MATRIXF.mix(MATRIXF.matrix1, sd.matrixCircle[idx], fixedFactor);
for (int iAngle = 0; iAngle < 3; iAngle++)
{
ptTriangle[iAngle] = sd.ptTriangleEnd[idx][iAngle] * matrix;
}
drawPoly(ptTriangle, AD.color);
}
}
break;
} //end case
} //end switch
return(true);
} //end show