void cudaCloverField::loadCPUField(void *clover, void *norm, const void *h_clover,
const QudaPrecision cpu_prec, const CloverFieldOrder cpu_order) {
void *h_clover_odd = (char*)h_clover + cpu_prec*real_length/2;
if (cpu_order == QUDA_LEX_PACKED_CLOVER_ORDER) {
loadFullField(clover, norm, (char*)clover+bytes/2, (char*)norm+norm_bytes/2, h_clover, cpu_prec, cpu_order);
} else if (cpu_order == QUDA_PACKED_CLOVER_ORDER || cpu_order == QUDA_BQCD_CLOVER_ORDER) {
loadParityField(clover, norm, h_clover, cpu_prec, cpu_order);
loadParityField((char*)clover+bytes/2, (char*)norm+norm_bytes/2, h_clover_odd, cpu_prec, cpu_order);
} else {
errorQuda("Invalid clover_order");
}
}
void cudaCloverField::loadCPUField(void *clover, void *norm, const void *h_clover,
const QudaPrecision cpu_prec, const CloverFieldOrder cpu_order) {
void *h_clover_odd = (char*)h_clover + cpu_prec*real_length/2;
if (cpu_order == QUDA_LEX_PACKED_CLOVER_ORDER) {
loadFullField(clover, norm, (char*)clover+bytes/2, (char*)norm+norm_bytes/2, h_clover, cpu_prec, cpu_order);
} else if (cpu_order == QUDA_PACKED_CLOVER_ORDER || cpu_order == QUDA_BQCD_CLOVER_ORDER) {
loadParityField(clover, norm, h_clover, cpu_prec, cpu_order);
loadParityField((char*)clover+bytes/2, (char*)norm+norm_bytes/2, h_clover_odd, cpu_prec, cpu_order);
} else if(cpu_order == QUDA_INTERNAL_CLOVER_ORDER) { // No reordering necessary, just a plain copy
cudaMemcpy(clover, h_clover, total_bytes, cudaMemcpyHostToDevice);
}else{
errorQuda("Invalid clover_order");
}
}
