// set activity to global x/y/f position, using position in border/margin as required
int PlasticConnTestLayer::setActivitytoGlobalPos(){
for (int kLocalExt = 0; kLocalExt < getNumExtended(); kLocalExt++){
int kxLocalExt = kxPos(kLocalExt, clayer->loc.nx + clayer->loc.halo.lt + clayer->loc.halo.rt, clayer->loc.ny + clayer->loc.halo.dn + clayer->loc.halo.up, clayer->loc.nf) - clayer->loc.halo.lt;
int kxGlobalExt = kxLocalExt + clayer->loc.kx0;
float xScaleLog2 = clayer->xScale;
float x0 = xOriginGlobal(xScaleLog2);
float dx = deltaX(xScaleLog2);
float x_global_pos = (x0 + dx * kxGlobalExt);
clayer->activity->data[kLocalExt] = x_global_pos;
}
return PV_SUCCESS;
}
// set V to global x/y/f position
int ShrunkenPatchTestLayer::setVtoGlobalPos(){
for (int kLocal = 0; kLocal < clayer->numNeurons; kLocal++){
int kGlobal = globalIndexFromLocal(kLocal, clayer->loc);
int kxGlobal = kxPos(kGlobal, clayer->loc.nxGlobal, clayer->loc.nyGlobal, clayer->loc.nf);
float xScaleLog2 = clayer->xScale;
float x0 = xOriginGlobal(xScaleLog2);
float dx = deltaX(xScaleLog2);
float x_global_pos = (x0 + dx * kxGlobal);
clayer->V[kLocal] = x_global_pos;
}
return PV_SUCCESS;
}
// set activity to global x/y/f position, using position in border/margin as required
int ShrunkenPatchTestLayer::setActivitytoGlobalPos(){
for (int kLocalExt = 0; kLocalExt < clayer->numExtended; kLocalExt++){
int kxLocalExt = kxPos(kLocalExt, clayer->loc.nx + clayer->loc.halo.lt + clayer->loc.halo.rt, clayer->loc.ny + clayer->loc.halo.dn + clayer->loc.halo.up, clayer->loc.nf) - clayer->loc.halo.lt;
int kxGlobalExt = kxLocalExt + clayer->loc.kx0;
float xScaleLog2 = clayer->xScale;
float x0 = xOriginGlobal(xScaleLog2);
float dx = deltaX(xScaleLog2);
float x_global_pos = (x0 + dx * kxGlobalExt);
int kyLocalExt = kyPos(kLocalExt, clayer->loc.nx + clayer->loc.halo.lt + clayer->loc.halo.rt, clayer->loc.ny + clayer->loc.halo.dn + clayer->loc.halo.up, clayer->loc.nf) - clayer->loc.halo.up;
int kyGlobalExt = kyLocalExt + clayer->loc.ky0;
bool x_in_local_interior = kxLocalExt >= 0 && kxLocalExt < clayer->loc.nx;
bool y_in_local_interior = kyLocalExt >= 0 && kyLocalExt < clayer->loc.ny;
bool x_in_global_boundary = kxGlobalExt < 0 || kxGlobalExt >= clayer->loc.nxGlobal;
bool y_in_global_boundary = kyGlobalExt < 0 || kyGlobalExt >= clayer->loc.nyGlobal;
if( ( x_in_global_boundary || x_in_local_interior ) && ( y_in_global_boundary || y_in_local_interior ) ) {
clayer->activity->data[kLocalExt] = x_global_pos;
}
}
return PV_SUCCESS;
}
