W = graydiffweight(I,C,R) calculates the pixel weights using a reference value that is averaged from selected pixels in the 2-D grayscale image, I. The selected pixels have column and row indices C and R. W = g
I have try to calling __libm_sse2_sincos through asm inline, but he didn't find this function, and made error at compilation :/ float rotation_object[4] = { 0 }; // 0: x , 1: y , 2: z void put_pixel(float *coord, int color, float* a) { int offset_pixel; int...
and an 80 × 80 pixel matrix (readout bandwidth at 2040 Hz/pixel) providing isotropic voxel sizes of 3 × 3 × 3 mm with no gap. A total of 40 interleaved sections, parallel to the anterior-posterior commissure line, were acquired for each whole-brain volume for 8 minutes and 18 ...
ExynAI then converts all these points into voxel grids that the robot uses to path plan through the map it's generating. You can think of a voxel like a 3D pixel, or a cube in Minecraft. We have multiple grids for the robot to understand solid objects, a safe flight corridor, and e...
I have try to calling __libm_sse2_sincos through asm inline, but he didn't find this function, and made error at compilation :/ float rotation_object[4] = { 0 }; // 0: x , 1: y , 2: z void put_pixel(float *coord, int color, float* a) { int offset_pixel; int a_time...
float rotation_object[4] = { 0 }; // 0: x , 1: y , 2: z void put_pixel(float *coord, int color, float* a) { int offset_pixel; int a_time_sincosps, b_time_sincosps; int a_time_fsincos, b_time_fsincos; unsigned int loop_test; int temp; __asm rdtsc ...
I have try to calling __libm_sse2_sincos through asm inline, but he didn't find this function, and made error at compilation :/ float rotation_object[4] = { 0 }; // 0: x , 1: y , 2: z void put_pixel(float *coord, int color, float* a) { int offset_pixel; int a_time...