template <class T> int
GA3DArrayGenome<T>::
resizeBehaviour(GAGenome::Dimension which,
unsigned int lower, unsigned int upper)
{
if(upper < lower){
GAErr(GA_LOC, className(), "resizeBehaviour", gaErrBadResizeBehaviour);
return resizeBehaviour(which);
}
switch(which){
case WIDTH:
minX = lower; maxX = upper;
if(nx > upper) GA3DArrayGenome<T>::resize(upper,ny,nz);
if(nx < lower) GA3DArrayGenome<T>::resize(lower,ny,nz);
break;
case HEIGHT:
minY = lower; maxY = upper;
if(ny > upper) GA3DArrayGenome<T>::resize(nx,upper,nz);
if(ny < lower) GA3DArrayGenome<T>::resize(nx,lower,nz);
break;
case DEPTH:
minZ = lower; maxZ = upper;
if(nz > upper) GA3DArrayGenome<T>::resize(nx,ny,upper);
if(nz < lower) GA3DArrayGenome<T>::resize(nx,ny,lower);
break;
default:
break;
}
return resizeBehaviour(which);
}
int
GA2DBinaryStringGenome::
resizeBehaviour(Dimension which, unsigned int lower, unsigned int upper)
{
if(upper < lower){
GAErr(GA_LOC, className(), "resizeBehaviour", gaErrBadResizeBehaviour);
return resizeBehaviour(which);
}
switch(which){
case WIDTH:
minX = lower; maxX = upper;
if(nx > upper) resize(upper,ny);
if(nx < lower) resize(lower,ny);
break;
case HEIGHT:
minY = lower; maxY = upper;
if(ny > upper) resize(nx,upper);
if(ny < lower) resize(nx,lower);
break;
default:
break;
}
return resizeBehaviour(which);
}
// Set the resize behaviour of the genome. A genome can be fixed
// length, resizeable with a max and min limit, or resizeable with no limits
// (other than an implicit one that we use internally).
// A value of 0 means no resize, a value less than zero mean unlimited
// resize, and a positive value means resize with that value as the limit.
// We return the upper limit of the genome's size.
int
GA1DBinaryStringGenome::
resizeBehaviour(unsigned int lower, unsigned int upper)
{
if(upper < lower){
GAErr(GA_LOC, className(), "resizeBehaviour", gaErrBadResizeBehaviour);
return resizeBehaviour();
}
minX = lower; maxX = upper;
if(nx > upper) resize(upper);
if(nx < lower) resize(lower);
return resizeBehaviour();
}
// Set the resize behaviour of the genome. A genome can be fixed
// length, resizeable with a max and min limit, or resizeable with no limits
// (other than an implicit one that we use internally).
// A value of 0 means no resize, a value less than zero mean unlimited
// resize, and a positive value means resize with that value as the limit.
template <class T> int
GA1DArrayGenome<T>::
resizeBehaviour(unsigned int lower, unsigned int upper)
{
if(upper < lower) {
GAErr(GA_LOC, className(), "resizeBehaviour", gaErrBadResizeBehaviour);
return resizeBehaviour();
}
minX = lower;
maxX = upper;
if(nx > upper) GA1DArrayGenome<T>::resize(upper);
if(nx < lower) GA1DArrayGenome<T>::resize(lower);
return resizeBehaviour();
}
void ARK::Core::GameContainer::setSize(int width, int height) {
if (width == (signed int) m_width && height == (signed int) m_height) { return; }
resizeBehaviour(width, height);
resizeWindowToFitViewport();
//m_screenWidth = width;
//m_screenHeight = height;
//resizeBehaviour(width, height);
}
