bool exporter::Export( string filename, settings &gen, Array3D &_map )
{
ofstream mFile( filename );
if( !mFile.good() )
return 1;
//Map Size
mFile << "size " << gen.sizeX << " "
<< gen.sizeY << " "
<< gen.sizeZ << endl;
// Map Data
for( gSize y = 0; y < gen.sizeY; y++ ){
for( gSize z = 0; z < gen.sizeZ; z++ ){
mFile << "voxline " << y << " " << z;
for( gSize x = 0; x < gen.sizeX; x++ ){
mFile << " " << _map.get( x, y, z );
}
mFile << endl;
}
}
// Materials
for( gSize i = 0; i < gen.materials.size(); i++ )
{
mFile << "material " << gen.materials[ i ].name << " "
<< gen.materials[ i ].sizeX << " "
<< gen.materials[ i ].sizeY << endl;
}
// Sky and Sun
mFile << "sky mc" << endl;
mFile << "sun " << gen.sunlight.dx << " "
<< gen.sunlight.dy << " "
<< gen.sunlight.dz << " "
<< gen.sunlight.r << " "
<< gen.sunlight.g << " "
<< gen.sunlight.b << " "
<< gen.sunlight.ar << " "
<< gen.sunlight.ag << " "
<< gen.sunlight.ab << endl;
// Player Spawn
mFile << "startpos " << gen.player.x << " "
<< gen.player.y << " "
<< gen.player.z << " "
<< gen.player.direction << " "
<< gen.player.physics << " "
<< gen.player.torchLevel << " "
<< gen.player.testLightning << endl;
mFile.close();
return 0;
}
//----------------------------------------------------------------------
int Array3D::copyFrom(Array3D& a, Vec3i& fromOrig, Vec3i& fromRange, Vec3i& toOrigin)
{
Vec3i fromMaxDims = fromOrig + fromRange;
fromMaxDims.clampMaxTo(a.getMaxDims());
fromOrig.clampMinTo(a.getOrigin());
fromRange = fromMaxDims - fromOrig;
Vec3i toMaxDims = toOrigin + fromRange;
if (toOrigin < this->origin) return -1;
if ((toOrigin+fromRange) > maxDims) return -1;
for (int k=0; k < fromRange[2]; k++) {
for (int j=0; j < fromRange[1]; j++) {
for (int i=0; i < fromRange[0]; i++) {
set(i+toOrigin.x(), j+toOrigin.y(), k+toOrigin.z(), a.get(i+fromOrig.x(), j+fromOrig.y(), k+fromOrig.z()));
}}}
return(0);
}
