void PointPlotter::PlotPoint(JPoint * point)
{
double x=point->getX();
double y=point->getY();
double z=point->getZ();
unsigned char r=point->getR();
unsigned char b=point->getB();
unsigned char g=point->getG();
PlotPoint( x, y, z, r, g, b);
}
// fill array
// uses global var : ...
// scanning complex plane
int ComputeFatouComponents(unsigned char A[], int IterationMax )
{
unsigned int ix, iy; // pixel coordinate
//printf("compute image \n");
// for all pixels of image
for(iy = iyMin; iy<=iyMax; ++iy)
{ //printf(" %d z %d\n", iy, iyMax); //info
for(ix= ixMin; ix<=ixMax; ++ix) PlotPoint(A, ix, iy, IterationMax ) ; //
}
return 0;
}
void STDPGroup::Init(int numNeu, int id, RGB baseCol) {
this->id = id; //set the ID of this group
this->baseCol = baseCol;
//generate the new neurons
groupPos = PlotPoint(0,0,0);
for (int neuron_counter = 0; neuron_counter<numNeu; neuron_counter++)
{
neurons.push_back(new STDPNeuron(id,this->baseCol));
neurons[neuron_counter]->id = neuron_counter;
}
}
void Group::Init(int numNeu, int id,RGB basecol)
{
this->id = id; //set the ID of this group
baseCol = basecol;
//generate the new neurons
groupPos = PlotPoint(0,0,0);
for (int neuron_counter = 0; neuron_counter<numNeu; neuron_counter++)
{
Neuron* neuron = new Neuron(id,baseCol);
neurons.push_back(neuron);
neuron->id = neuron_counter;
}
}
