void CVolumeAdapter::get(CArray3Dd &a)
{
if(!src_) return;
unsigned int w=a.width(), h=a.height(), d=a.depth();
ANLFloatType pi2=3.141592*2.0;
for(unsigned int x=0; x<w; ++x)
{
for(unsigned int y=0; y<h; ++y)
{
for(unsigned int z=0; z<d; ++z)
{
ANLFloatType p=(ANLFloatType)x / (ANLFloatType)w;
ANLFloatType q=(ANLFloatType)y / (ANLFloatType)h;
ANLFloatType r=(ANLFloatType)z / (ANLFloatType)d;
ANLFloatType nx,ny,nz,nw,nu,nv,val=0.0;
ANLFloatType dx, dy, dz;
switch(mode_)
{
case SEAMLESS_NONE:
{
nx=ranges_.mapx0 + p*(ranges_.mapx1-ranges_.mapx0);
ny=ranges_.mapy0 + q*(ranges_.mapy1-ranges_.mapy0);
nz=ranges_.mapz0 + r*(ranges_.mapz1-ranges_.mapz0);
val=src_->get(nx,ny,nz);
break;
}
case SEAMLESS_X:
{
dx=ranges_.loopx1-ranges_.loopx0;
dy=ranges_.mapy1-ranges_.mapy0;
dz=ranges_.mapz1-ranges_.mapz0;
p=p*(ranges_.mapx1-ranges_.mapx0)/(ranges_.loopx1-ranges_.loopx0);
nx=ranges_.loopx0 + cos(p*pi2) * dx/pi2;
ny=ranges_.loopx0 + sin(p*pi2) * dx/pi2;
nz=ranges_.mapy0 + q*dy;
nw=ranges_.mapz0 + r*dz;
val=src_->get(nx,ny,nz,nw);
break;
}
case SEAMLESS_Y:
{
dx=ranges_.mapx1-ranges_.mapx0;
dy=ranges_.loopy1-ranges_.loopy0;
dz=ranges_.mapz1-ranges_.mapz0;
q=q*(ranges_.mapy1-ranges_.mapy0)/(ranges_.loopy1-ranges_.loopy0);
nx=ranges_.mapx0 + p*dx;
ny=ranges_.loopy0 + cos(q*pi2) * dy/pi2;
nz=ranges_.loopy0 + sin(q*pi2) * dy/pi2;
nw=ranges_.mapz0 + r*dz;
val=src_->get(nx,ny,nz,nw);
break;
}
case SEAMLESS_Z:
{
dx=ranges_.mapx1-ranges_.mapx0;
dy=ranges_.mapy1-ranges_.mapy0;
dz=ranges_.loopz1-ranges_.loopz0;
nx=ranges_.mapx0 + p*dx;
ny=ranges_.mapy0 + p*dx;
r=r*(ranges_.mapz1-ranges_.mapz0)/(ranges_.loopz1-ranges_.loopz0);
nz=ranges_.loopz0 + cos(r*pi2) * dz/pi2;
nw=ranges_.loopz0 + sin(r*pi2) * dz/pi2;
val=src_->get(nx,ny,nz,nw);
break;
}
case SEAMLESS_XY:
{
dx=ranges_.loopx1-ranges_.loopx0;
dy=ranges_.loopy1-ranges_.loopy0;
dz=ranges_.mapz1-ranges_.mapz0;
p=p*(ranges_.mapx1-ranges_.mapx0)/(ranges_.loopx1-ranges_.loopx0);
q=q*(ranges_.mapy1-ranges_.mapy0)/(ranges_.loopy1-ranges_.loopy0);
nx=ranges_.loopx0 + cos(p*pi2) * dx/pi2;
ny=ranges_.loopx0 + sin(p*pi2) * dx/pi2;
nz=ranges_.loopy0 + cos(q*pi2) * dy/pi2;
nw=ranges_.loopy0 + sin(q*pi2) * dy/pi2;
nu=ranges_.mapz0 + r*dz;
val=src_->get(nx,ny,nz,nw,nu,0);
break;
}
case SEAMLESS_XZ:
{
dx=ranges_.loopx1-ranges_.loopx0;
dy=ranges_.mapy1-ranges_.mapy0;
dz=ranges_.loopz1-ranges_.loopz0;
p=p*(ranges_.mapx1-ranges_.mapx0)/(ranges_.loopx1-ranges_.loopx0);
r=r*(ranges_.mapz1-ranges_.mapz0)/(ranges_.loopz1-ranges_.loopz0);
nx=ranges_.loopx0 + cos(p*pi2) * dx/pi2;
ny=ranges_.loopx0 + sin(p*pi2) * dx/pi2;
nz=ranges_.mapy0 + q*dy;
nw=ranges_.loopz0 + cos(r*pi2) * dz/pi2;
nu=ranges_.loopz0 + sin(r*pi2) * dz/pi2;
val=src_->get(nx,ny,nz,nw,nu,0);
break;
}
case SEAMLESS_YZ:
{
dx=ranges_.mapx1-ranges_.mapx0;
dy=ranges_.loopy1-ranges_.loopy0;
dz=ranges_.loopz1-ranges_.loopz0;
q=q*(ranges_.mapy1-ranges_.mapy0)/(ranges_.loopy1-ranges_.loopy0);
r=r*(ranges_.mapz1-ranges_.mapz0)/(ranges_.loopz1-ranges_.loopz0);
nx=ranges_.mapx0 + p*dx;
ny=ranges_.loopy0 + cos(q*pi2)*dy/pi2;
nz=ranges_.loopy0 + sin(q*pi2)*dy/pi2;
nw=ranges_.loopz0 + cos(r*pi2)*dz/pi2;
nu=ranges_.loopz0 + sin(r*pi2)*dz/pi2;
val=src_->get(nx,ny,nz,nw,nu,0);
break;
}
default:
{
dx=ranges_.loopx1-ranges_.loopx0;
dy=ranges_.loopy1-ranges_.loopy0;
dz=ranges_.loopz1-ranges_.loopz0;
p=p*(ranges_.mapx1-ranges_.mapx0)/(ranges_.loopx1-ranges_.loopx0);
q=q*(ranges_.mapy1-ranges_.mapy0)/(ranges_.loopy1-ranges_.loopy0);
r=r*(ranges_.mapz1-ranges_.mapz0)/(ranges_.loopz1-ranges_.loopz0);
nx=ranges_.loopx0 + cos(p*pi2) * dx/pi2;
ny=ranges_.loopx0 + sin(p*pi2) * dx/pi2;
nz=ranges_.loopy0 + cos(q*pi2)*dy/pi2;
nw=ranges_.loopy0 + sin(q*pi2)*dy/pi2;
nu=ranges_.loopz0 + cos(r*pi2)*dz/pi2;
nv=ranges_.loopz0 + sin(r*pi2)*dz/pi2;
val=src_->get(nx,ny,nz,nw,nu,nv);
break;
}
};
a.set(x,y,z,val);
}
}
}
}
void map3D(int seamlessmode, CArray3Dd &a, CImplicitModuleBase &m, SMappingRanges &ranges)
{
size_t w=a.width();
size_t h=a.height();
size_t d=a.depth();
size_t x,y,z;
static double pi2=3.14159265 * 2.0;
for(x=0; x<w; ++x)
{
for(y=0; y<h; ++y)
{
for(z=0; z<d; ++z)
{
double p=(double)x/(double)w;
double q=(double)y/(double)h;
double r=(double)z/(double)d;
double nx,ny,nz,nw,nu,nv;
double dx,dy,dz;
double val=0.0;
switch(seamlessmode)
{
case SEAMLESS_NONE:
{
dx=ranges.mapx1-ranges.mapx0;
dy=ranges.mapy1-ranges.mapy0;
dz=ranges.mapz1-ranges.mapz0;
nx=ranges.mapx0 + p*dx;
ny=ranges.mapy0 + q*dy;
nz=ranges.mapz0 + r*dz;
val=m.get(nx,ny,nz);
} break;
case SEAMLESS_X:
{
dx=ranges.loopx1-ranges.loopx0;
dy=ranges.mapy1-ranges.mapy0;
dz=ranges.mapz1-ranges.mapz0;
p=p*(ranges.mapx1-ranges.mapx0)/(ranges.loopx1-ranges.loopx0);
nx=ranges.loopx0 + cos(p*pi2)*dx/pi2;
ny=ranges.loopx0 + sin(p*pi2)*dx/pi2;
nz=ranges.mapy0 + q*dy;
nw=ranges.mapz0 + d*dz;
val=m.get(nx,ny,nz,nw);
}
case SEAMLESS_Y:
{
dx=ranges.mapx1-ranges.mapx0;
dy=ranges.loopy1-ranges.loopy0;
dz=ranges.mapz1-ranges.mapz0;
q=q*(ranges.mapy1-ranges.mapy0)/(ranges.loopy1-ranges.loopy0);
nx=ranges.mapx0 + p*dx;
ny=ranges.loopy0 + cos(q*pi2)*dy/pi2;
nz=ranges.loopy0 + sin(q*pi2)*dy/pi2;
nw=ranges.mapz0 + r*dz;
val=m.get(nx,ny,nz,nw);
} break;
case SEAMLESS_Z:
{
dx=ranges.mapx1-ranges.mapx0;
dy=ranges.mapy1-ranges.mapy0;
dz=ranges.loopz1-ranges.loopz0;
r=r*(ranges.mapz1-ranges.mapz0)/(ranges.loopz1-ranges.loopz0);
nx=ranges.mapx0 + p*dx;
ny=ranges.mapy0 + q*dy;
nz=ranges.loopz0 + cos(r*pi2)*dz/pi2;
nw=ranges.loopz0 + sin(r*pi2)*dz/pi2;
val=m.get(nx,ny,nz,nw);
} break;
case SEAMLESS_XY:
{
dx=ranges.loopx1-ranges.loopx0;
dy=ranges.loopy1-ranges.loopy0;
dz=ranges.mapz1-ranges.mapz0;
p=p*(ranges.mapx1-ranges.mapx0)/(ranges.loopx1-ranges.loopx0);
q=q*(ranges.mapy1-ranges.mapy0)/(ranges.loopy1-ranges.loopy0);
nx=ranges.loopx0 + cos(p*pi2)*dx/pi2;
ny=ranges.loopx0 + sin(p*pi2)*dx/pi2;
nz=ranges.loopy0 + cos(q*pi2)*dy/pi2;
nw=ranges.loopy0 + sin(q*pi2)*dy/pi2;
nu=ranges.mapz0 + r*dz;
val=m.get(nx,ny,nz,nw,nu,0);
} break;
case SEAMLESS_XZ:
{
dx=ranges.loopx1-ranges.loopx0;
dy=ranges.mapy1-ranges.mapy0;
dz=ranges.loopz1-ranges.loopz0;
p=p*(ranges.mapx1-ranges.mapx0)/(ranges.loopx1-ranges.loopx0);
r=r*(ranges.mapz1-ranges.mapz0)/(ranges.loopz1-ranges.loopz0);
nx=ranges.loopx0 + cos(p*pi2)*dx/pi2;
ny=ranges.loopx0 + sin(p*pi2)*dx/pi2;
nz=ranges.mapy0 + q*dy;
nw=ranges.loopz0 + cos(r*pi2)*dz/pi2;
nu=ranges.loopz0 + sin(r*pi2)*dz/pi2;
val=m.get(nx,ny,nz,nw,nu,0);
} break;
case SEAMLESS_YZ:
{
dx=ranges.mapx1-ranges.mapx0;
dy=ranges.loopy1-ranges.loopy0;
dz=ranges.loopz1-ranges.loopz0;
q=q*(ranges.mapy1-ranges.mapy0)/(ranges.loopy1-ranges.loopy0);
r=r*(ranges.mapz1-ranges.mapz0)/(ranges.loopz1-ranges.loopz0);
nx=ranges.mapx0 + p*dx;
ny=ranges.loopy0 + cos(q*pi2)*dy/pi2;
nz=ranges.loopy0 + sin(q*pi2)*dy/pi2;
nw=ranges.loopz0 + cos(r*pi2)*dz/pi2;
nu=ranges.loopz0 + sin(r*pi2)*dz/pi2;
val=m.get(nx,ny,nz,nw,nu,0);
} break;
case SEAMLESS_XYZ:
{
dx=ranges.loopx1-ranges.loopx0;
dy=ranges.loopy1-ranges.loopy0;
dz=ranges.loopz1-ranges.loopz0;
p=p*(ranges.mapx1-ranges.mapx0)/(ranges.loopx1-ranges.loopx0);
q=q*(ranges.mapy1-ranges.mapy0)/(ranges.loopy1-ranges.loopy0);
r=r*(ranges.mapz1-ranges.mapz0)/(ranges.loopz1-ranges.loopz0);
nx=ranges.loopx0 + cos(p*pi2)*dx/pi2;
ny=ranges.loopx0 + sin(p*pi2)*dx/pi2;
nz=ranges.loopy0 + cos(q*pi2)*dy/pi2;
nw=ranges.loopy0 + sin(q*pi2)*dy/pi2;
nu=ranges.loopz0 + cos(r*pi2)*dz/pi2;
nv=ranges.loopz0 + sin(r*pi2)*dz/pi2;
val=m.get(nx,ny,nz,nw,nu,nv);
} break;
default: break;
}
a.set(x,y,z,val);
}
}
}
}
