int main (){
double angle = 0.1;
double line[3] = {1,0,0};
double u[4] = {1,0,0,0}, v[4] = {0,1,0,0};
double rot3D[3][3], rot4D[4][4];
int row, col;
printf("Enter 3D vector to rotate about: ");
scanf("%lf%lf%lf", &line[0], &line[1], &line[2]);
printf("Enter angle to rotate through (in radians): ");
scanf("%lf", &angle);
Rotate3D(line,angle,rot3D);
printf("Rotation matrix is:\n");
for (row = 0; row < 3; row++) {
for (col = 0; col < 3; col++)
printf("% f ", rot3D[row][col]);
printf("\n");
}
printf("\n");
Rotate4D(u,v,angle,rot4D);
for (row = 0; row < 4; row++) {
for (col = 0; col < 4; col++)
printf("% f ", rot4D[row][col]);
printf("\n");
}
return 0;
}
void PrepareInvMatrix(float Tx, float Ty, float Tz,
float Sx, float Sy, float Sz,
float Rx, float Ry, float Rz,
Matx4x4 XForm)
{
Matx4x4 M1, M2, M3, M4, M5, M6, M7, M8, M9;
Scale3D(Sx, Sy, Sz, M1);
Rotate3D(1, Rx, M2);
Rotate3D(2, Ry, M3);
Rotate3D(3, Rz, M4);
Translate3D(Tx, Ty, Tz, M5);
Multiply3DMatricies(M4, M5, M6);
Multiply3DMatricies(M3, M6, M7);
Multiply3DMatricies(M2, M7, M8);
Multiply3DMatricies(M1, M8, M9);
MatCopy(M9, XForm);
}
void AnimationEffectBurst::FlingRadial(float pRadialDegrees, float pSpeed)
{
FVec3 aPushSpeed = FVec3(Sin(pRadialDegrees), 0.0f, Cos(pRadialDegrees));
FVec3 aRotationAxis = FVec3(0.0f, 0.0f, 1.0f);
aPushSpeed = Rotate3D(aPushSpeed, aRotationAxis, (180.0f - mOrbit));
aPushSpeed *= pSpeed;
mVel += aPushSpeed;
}
std::vector<PointDD*>ProjectionComplexDD::Projection(ObjectTD* pObjectTD,
CameraDD* pCamera) {
std::vector<PointDD*>result;
float fX = pCamera->iXShift;
float fY = pCamera->iYShift;
float fZ = pCamera->iZShift;
if (this->Par.iProjStyle == PROJ_NONE) {
for (unsigned int i = 0; i < pObjectTD->pPointsTD.size(); i++) {
PointDD* pPointDD = Rotate3D(*pObjectTD->pPointsTD[i]);
result.push_back(pPointDD);
}
}
if (this->Par.iProjStyle == PROJ_LINES || this->Par.iProjStyle ==
PROJ_LINES_NIGGA) {
for (unsigned int i = 0; i < pObjectTD->pPointsTD.size(); i++) {
if (pObjectTD->pPointsTD[i]->iType != TYPE_TEXT) {
PointDD* pPointTDXZ = Rotate3D(*pObjectTD->pPointsTD[i], QXZ);
PointDD* pPointTDZY = Rotate3D(*pObjectTD->pPointsTD[i], QYZ);
PointDD* pPointTDYY = Rotate3D(*pObjectTD->pPointsTD[i], QYY);
PointDD* pPointTDXY = Rotate3D(*pObjectTD->pPointsTD[i], QXY);
// Lines
PointDD* pPointDDXZ = new PointDD(*pPointTDXZ);
PointDD* pPointDDZY = new PointDD(*pPointTDZY);
PointDD* pPointDDYY0 = new PointDD(*pPointTDYY);
PointDD* pPointDDXY = new PointDD(*pPointTDXY);
PointDD* pPointDDXZ0 = new PointDD(*pPointTDXZ);
PointDD* pPointDDXZ1 = new PointDD(*pPointTDXZ);
PointDD* pPointDDZY1 = new PointDD(*pPointTDZY);
PointDD* pPointDDXY1 = new PointDD(*pPointTDXY);
pPointDDXZ1->fX = 0;
pPointDDZY1->fY = 0;
pPointDDXY1->fY = 0;
pPointDDXZ->SetSettings(ACT_MOVE, TYPE_OBJECT, "");
pPointDDXZ1->SetSettings(ACT_DRAW, TYPE_OBJECT, "");
pPointDDZY->SetSettings(ACT_DRAW, TYPE_OBJECT, "");
pPointDDZY1->SetSettings(ACT_DRAW, TYPE_OBJECT, "");
pPointDDYY0->SetSettings(ACT_ARC, TYPE_OBJECT, "");
pPointDDXY->SetSettings(ACT_DRAW, TYPE_OBJECT, "");
pPointDDXY1->SetSettings(ACT_DRAW, TYPE_OBJECT, "");
pPointDDXZ0->SetSettings(ACT_DRAW, TYPE_OBJECT, "");
pPointDDYY0->fX = 0;
result.push_back(pPointDDXZ);
result.push_back(pPointDDXZ1);
result.push_back(pPointDDZY);
result.push_back(pPointDDZY1);
result.push_back(pPointDDYY0);
result.push_back(pPointDDXY);
result.push_back(pPointDDXY1);
result.push_back(pPointDDXZ0);
// result.push_back(pPointDDXY0);
// result.push_back(pPointDDXY1);
// result.push_back(pPointDDYY1);
// result.push_back(pPointDDYY1);
// result.push_back(pPointDDZY);
/* result.push_back(pPointDDXY);
result.push_back(pPointDDXY1);
result.push_back(pPointDDXZ);
*/
// Dots
/*
PointDD* pPointDDXZ2 = new PointDD(*pPointTDXZ);
PointDD* pPointDDXY2 = new PointDD(*pPointTDXY);
PointDD* pPointDDYY2 = new PointDD(*pPointTDYY);
PointDD* pPointDDYZ2 = new PointDD(*pPointTDYZ);
pPointDDXZ2->fY = 0;
pPointDDXY2->fX = 0;
pPointDDYY2->fY = 0;
pPointDDYZ2->fX = 0;
result.push_back(pPointDDXZ2);
result.push_back(pPointDDXY2);
result.push_back(pPointDDYY2);
result.push_back(pPointDDYZ2);
*/
}
}
}
for (unsigned int i = 0; i < pObjectTD->pPointsTD.size(); i++) {
if (this->Par.iProjStyle == PROJ_DOTS) {
// if (pObjectTD->pPointsTD[i]->iType != TYPE_TEXT) {
PointDD* pPointDDXZ = Rotate3D(*pObjectTD->pPointsTD[i], QXZ);
PointDD* pPointDDXY = Rotate3D(*pObjectTD->pPointsTD[i], QXY);
PointDD* pPointDDYY = Rotate3D(*pObjectTD->pPointsTD[i], QYY);
PointDD* pPointDDYZ = Rotate3D(*pObjectTD->pPointsTD[i], QYZ);
// Dots
PointDD* pPointDDXZ2 = new PointDD(*pPointDDXZ);
PointDD* pPointDDXY2 = new PointDD(*pPointDDXY);
PointDD* pPointDDYY2 = new PointDD(*pPointDDYY);
PointDD* pPointDDYZ2 = new PointDD(*pPointDDYZ);
pPointDDXZ2->fY = 0;
pPointDDXY2->fX = 0;
pPointDDYY2->fY = 0;
pPointDDYZ2->fX = 0;
pPointDDXZ2->sText += "X";
pPointDDXY2->sText += "Y1";
pPointDDYY2->sText += "Y2";
pPointDDYZ2->sText += "Z";
result.push_back(pPointDDXZ);
result.push_back(pPointDDXY);
result.push_back(pPointDDYZ);
pPointDDXZ->sText += "2";
pPointDDXY->sText += "1";
pPointDDYZ->sText += "3";
result.push_back(pPointDDXZ2);
result.push_back(pPointDDXY2);
result.push_back(pPointDDYY2);
result.push_back(pPointDDYZ2);
}
}
AddShift(result, fX, fY, fZ);
return result;
};
std::vector<PointDD*>ProjectionOrtoDD::Projection(ObjectTD* pObjectTD, CameraTD* pCamera) {
std::vector<PointDD*>result;
float fX = pCamera->iXShift;
float fY = pCamera->iYShift;
float fZ = pCamera->iZShift;
if (Par.iProjStyle == PROJ_NONE) {
for (unsigned int i = 0; i < pObjectTD->pPointsTD.size(); i++) {
PointTD* pPoint = pObjectTD->pPointsTD[i];
// PointTD* pPointTD = Rotate3D(*pObjectTD->pPointsTD[i], fP, fR,
// fW, fA);
PointTD* pPointTD = CreatePointTD(pPoint, ACT_NONE, pPoint->fX, pPoint->fY, pPoint->fZ);
// PointDD* pPointDD = static_cast<PointDD*>(pPointTD);
PointDD* pPointDD = static_cast<PointDD*>(Rotate3D(*pPointTD, pCamera));
result.push_back(pPointDD);
}
}
if (Par.iProjStyle == PROJ_LINES || Par.iProjStyle == PROJ_LINES_NIGGA) {
for (unsigned int i = 0; i < pObjectTD->pPointsTD.size(); i++) {
if (pObjectTD->pPointsTD[i]->iType != TYPE_TEXT) {
if ((Par.iProjStyle == PROJ_LINES && pObjectTD->pPointsTD[i]->fX >=
0 && pObjectTD->pPointsTD[i]->fY >= 0 && pObjectTD->pPointsTD[i]->fZ >= 0) ||
(Par.iProjStyle == PROJ_LINES_NIGGA && (pObjectTD->pPointsTD[i]->fX <=
0 || pObjectTD->pPointsTD[i]->fY <= 0 || pObjectTD->pPointsTD[i]->fZ <= 0))) {
PointTD* pPoint = pObjectTD->pPointsTD[i];
PointTD* pPointTD = CreatePointTD(pPoint, ACT_MOVE, pPoint->fX, pPoint->fY,
pPoint->fZ);
PointTD* pPointTDXY = CreatePointTD(pPoint, ACT_DRAW, 1, 1, 0);
PointTD* pPointTDXZ = CreatePointTD(pPoint, ACT_DRAW, 1, 0, 1);
PointTD* pPointTDZY = CreatePointTD(pPoint, ACT_DRAW, 0, 1, 1);
PointTD* pPointTDXYX = CreatePointTD(pPoint, ACT_DRAW, 0, 1, 0);
PointTD* pPointTDXYY = CreatePointTD(pPoint, ACT_DRAW, 1, 0, 0);
PointTD* pPointTDXZX = CreatePointTD(pPoint, ACT_DRAW, 0, 0, 1);
PointTD* pPointTDXZZ = CreatePointTD(pPoint, ACT_DRAW, 1, 0, 0);
PointTD* pPointTDZYZ = CreatePointTD(pPoint, ACT_DRAW, 0, 1, 0);
PointTD* pPointTDZYY = CreatePointTD(pPoint, ACT_DRAW, 0, 0, 1);
PointDD* pPointDD = static_cast<PointDD*>(Rotate3D(*pPointTD, pCamera));
PointDD* pPointDDXY = static_cast<PointDD*>(Rotate3D(*pPointTDXY, pCamera));
PointDD* pPointDDXZ = static_cast<PointDD*>(Rotate3D(*pPointTDXZ, pCamera));
PointDD* pPointDDZY = static_cast<PointDD*>(Rotate3D(*pPointTDZY, pCamera));
PointDD* pPointDDXYX = static_cast<PointDD*>(Rotate3D(*pPointTDXYX, pCamera));
PointDD* pPointDDXYY = static_cast<PointDD*>(Rotate3D(*pPointTDXYY, pCamera));
PointDD* pPointDDXZX = static_cast<PointDD*>(Rotate3D(*pPointTDXZX, pCamera));
PointDD* pPointDDXZZ = static_cast<PointDD*>(Rotate3D(*pPointTDXZZ, pCamera));
PointDD* pPointDDZYZ = static_cast<PointDD*>(Rotate3D(*pPointTDZYZ, pCamera));
PointDD* pPointDDZYY = static_cast<PointDD*>(Rotate3D(*pPointTDZYY, pCamera));
result.push_back(pPointDD);
result.push_back(pPointDDXY);
result.push_back(pPointDDXYX);
result.push_back(pPointDDXY);
result.push_back(pPointDDXYY);
result.push_back(pPointDD);
result.push_back(pPointDDXZ);
result.push_back(pPointDDXZX);
result.push_back(pPointDDXZ);
result.push_back(pPointDDXZZ);
result.push_back(pPointDD);
result.push_back(pPointDDZY);
result.push_back(pPointDDZYZ);
result.push_back(pPointDDZY);
result.push_back(pPointDDZYY);
}
}
}
}
if (Par.iProjStyle == PROJ_DOTS || Par.iProjStyle == PROJ_DOTS_NIGGA) {
for (unsigned int i = 0; i < pObjectTD->pPointsTD.size(); i++) {
if ((Par.iProjStyle == PROJ_DOTS && pObjectTD->pPointsTD[i]->fX >=
0 && pObjectTD->pPointsTD[i]->fY >= 0 && pObjectTD->pPointsTD[i]->fZ >= 0) ||
(Par.iProjStyle == PROJ_DOTS_NIGGA && (pObjectTD->pPointsTD[i]->fX <=
0 || pObjectTD->pPointsTD[i]->fY <= 0 || pObjectTD->pPointsTD[i]->fZ <= 0))) {
PointTD* pPoint = pObjectTD->pPointsTD[i];
PointTD* pPointTDXZ = CreatePointTD(pPoint, ACT_NONE, 1, 0, 1);
PointTD* pPointTDXY = CreatePointTD(pPoint, ACT_NONE, 1, 1, 0);
PointTD* pPointTDZY = CreatePointTD(pPoint, ACT_NONE, 0, 1, 1);
PointTD* pPointTDX = CreatePointTD(pPoint, ACT_NONE, 1, 0, 0);
PointTD* pPointTDY = CreatePointTD(pPoint, ACT_NONE, 0, 1, 0);
PointTD* pPointTDZ = CreatePointTD(pPoint, ACT_NONE, 0, 0, 1);
pPointTDXZ->sText += "2";
pPointTDXY->sText += "1";
pPointTDZY->sText += "3";
pPointTDX->sText += "X";
pPointTDY->sText += "Y";
pPointTDZ->sText += "Z";
PointDD* pPointDDXZ = static_cast<PointDD*>(Rotate3D(*pPointTDXZ, pCamera));
PointDD* pPointDDXY = static_cast<PointDD*>(Rotate3D(*pPointTDXY, pCamera));
PointDD* pPointDDZY = static_cast<PointDD*>(Rotate3D(*pPointTDZY, pCamera));
PointDD* pPointDDX = static_cast<PointDD*>(Rotate3D(*pPointTDX, pCamera));
PointDD* pPointDDY = static_cast<PointDD*>(Rotate3D(*pPointTDY, pCamera));
PointDD* pPointDDZ = static_cast<PointDD*>(Rotate3D(*pPointTDZ, pCamera));
result.push_back(pPointDDXZ);
result.push_back(pPointDDXY);
result.push_back(pPointDDZY);
result.push_back(pPointDDX);
result.push_back(pPointDDY);
result.push_back(pPointDDZ);
}
}
}
AddShift(result, fX, fY, fZ);
return result;
};