small change in gto

Author: Robin Skånberg

src/md_gto.c

@@ -363,7 +363,7 @@ void md_gto_grid_evaluate_GPU(uint32_t vol_tex, const md_grid_t* vol_grid, const
     md_gto_grid_evaluate_orb_GPU(vol_tex, vol_grid, &orb, mode);
 }
 
-void md_gto_grid_evaluate_matrix_GPU(uint32_t vol_tex, const md_grid_t* grid, const md_gto_data_t* gto_data, const float* upper_triangular_matrix_data, size_t matrix_dim, bool output_gradients_and_value) {
+void md_gto_grid_evaluate_matrix_GPU(uint32_t vol_tex, const md_grid_t* grid, const md_gto_data_t* gto_data, const float* upper_triangular_matrix_data, size_t matrix_dim, bool include_gradients) {
     ASSERT(grid);
     ASSERT(gto_data);
     ASSERT(upper_triangular_matrix_data);
@@ -382,7 +382,7 @@ void md_gto_grid_evaluate_matrix_GPU(uint32_t vol_tex, const md_grid_t* grid, co
 
 
     GLuint program = 0;
-    if (output_gradients_and_value) {
+    if (include_gradients) {
         switch (format) {
         case GL_RGBA16F:
         case GL_RGBA32F:

src/md_gto.h

@@ -121,7 +121,7 @@ void md_gto_grid_evaluate_matrix(float* out_grid_values, const md_grid_t* grid,
 // - gto_data: The gto data to evaluate
 // - matrix_data: The matrix coefficients (Upper triangular format)
 // - matrix_dim: The dimension of the square matrix (should match the number of CGTOs in gto_data)
-void md_gto_grid_evaluate_matrix_GPU(uint32_t vol_tex, const md_grid_t* grid, const md_gto_data_t* gto_data, const float* matrix_data, size_t matrix_dim, bool output_grad_and_value);
+void md_gto_grid_evaluate_matrix_GPU(uint32_t vol_tex, const md_grid_t* grid, const md_gto_data_t* gto_data, const float* matrix_data, size_t matrix_dim, bool include_gradients);
 
 // Evaluate GTOs over subportion of a grid
 // - out_grid_values: The grid to write the evaluated values to, should have length 'grid->dim[0] * grid->dim[1] * grid->dim[2]'