__global__ void _merge_space( AlleleSpaceType * in_alleles
, device_free_space< IntType, unordered_tag > * in_free
, device_event_space< IntType, unordered_tag > * new_muts
, device_free_space< IntType, unordered_tag > * out_free
, AlleleSpaceType * out_alleles ) {
unsigned int N = in_free->total; // total number of free elements from parent allele space
unsigned int M = new_muts->total; // total number of new mutations to be added to offspring population
unsigned int P = in_alleles->capacity; // current allocated size of parent population
unsigned int C = P + (( N < M ) ? (M - N) : 0);
// printf( "Resize Population: %d = %d + |min(0, (%d - %d))|\n", C, P, N, M );
_resize_space_impl(out_alleles, C ); // resize offspring allele space relative to parent space
C = out_alleles->capacity; // the size of the offspring allele space
// printf( "Padded Population: %d\n", C );
_resize_space_impl( out_free, C ); // resize offspring free space relative to offsrping allele space
if( P > 0 ) {
//printf( "Updating spaces \n" );
_update_space( in_alleles, out_alleles );
_update_space( in_free, out_free );
}
}
void AnimationNodeBlendSpace1DEditor::edit(const Ref<AnimationNode> &p_node) {
blend_space = p_node;
if (!blend_space.is_null()) {
_update_space();
}
}
__device__ void _update_space( device_weighted_allele_space< RealType > * in_space
, device_weighted_allele_space< RealType > * out_space ) {
_update_space( (device_allele_space< RealType > * ) in_space, (device_allele_space< RealType > * ) out_space );
memcpy( out_space->weights, in_space->weights, in_space->capacity * sizeof( typename device_allele_space< RealType >::real_type ) );
}
