// Set the voxel dimension (single value)
void Vol2mesh :: set_voxel(int i, double vox){
// Update the storage vector
voxels_.at(i) = vox;
// Update the image
set_voxel(voxels_);
}
// Set the voxel dimension using overall image dimension (single value)
void Vol2mesh :: set_dimension(int i, double dim){
// Extract the number of pixels in the image
vector<int> pix = pixels();
// Update the image with computed voxel size
set_voxel(i, dim / pix[i]);
}
void BrainsComponent::plan_step_create_ramp(const Vec3i& dst) {
auto ent = get_parent()->as_entity();
auto my_pos = ent->get_pos();
// Mining rules: Can reach on same depth, or can reach 1 block down
if (close_enough(my_pos, dst, MovePrecision::AdjacentDepth)) {
auto w = AnimateObject::get_world();
auto vox = w->get_voxel(dst);
vox.set_ramp(true);
w->set_voxel(dst, vox);
w->force_update_terrain_mesh_ = true;
}
// Finish step even if mining failed
finish_plan_step();
}
// Set the voxel dimensions using a vector of the overall image dimensions
void Vol2mesh :: set_dimension(vector<double> dim){
// Define storage location for calculated voxel size
vector<double> vox;
// Extract the number of pixels in the image
vector<int> pix = pixels();
// Computed voxel size
for (int i = 0; i < 3; i++){
vox.push_back(dim[i] / pix[i]);
}
// Update the image
set_voxel(vox);
}
