🔬This is a nightly-only experimental API. (
stdarch_nvptx #111199)Available on 
target_arch="nvptx64" only.Expand description
Platform-specific intrinsics for the NVPTX platform.
See the module documentation for more details.
Structs§
- f16x2Experimental PTX-specific 32-bit wide floating point (f16 x 2) vector type
Functions§
- __assert_ ⚠fail Experimental Syscall to be used whenever the assert expression produces afalsevalue.
- _block_dim_ ⚠x Experimental x-th thread-block dimension.
- _block_dim_ ⚠y Experimental y-th thread-block dimension.
- _block_dim_ ⚠z Experimental z-th thread-block dimension.
- _block_idx_ ⚠x Experimental x-th thread-block index.
- _block_idx_ ⚠y Experimental y-th thread-block index.
- _block_idx_ ⚠z Experimental z-th thread-block index.
- _grid_dim_ ⚠x Experimental x-th block-grid dimension.
- _grid_dim_ ⚠y Experimental y-th block-grid dimension.
- _grid_dim_ ⚠z Experimental z-th block-grid dimension.
- _syncthreads⚠Experimental Synchronizes all threads in the block.
- _thread_idx_ ⚠x Experimental x-th thread index.
- _thread_idx_ ⚠y Experimental y-th thread index.
- _thread_idx_ ⚠z Experimental z-th thread index.
- f16x2_add ⚠Experimental Add two values, round to nearest even
- f16x2_fma ⚠Experimental Fused multiply-add, round to nearest even
- f16x2_max ⚠Experimental Find the maximum of two values
- f16x2_max_ ⚠nan Experimental Find the maximum of two values, NaNs pass through.
- f16x2_min ⚠Experimental Find the minimum of two values
- f16x2_min_ ⚠nan Experimental Find the minimum of two values, NaNs pass through.
- f16x2_mul ⚠Experimental Multiply two values, round to nearest even
- f16x2_neg ⚠Experimental Arithmetic negate
- f16x2_sub ⚠Experimental Subtract two values, round to nearest even
- free⚠Experimental Free previously dynamically allocated memory.
- malloc⚠Experimental Allocate memory dynamically from a fixed-size heap in global memory.
- trap⚠Experimental Generates the trap instructionTRAP
- vprintf⚠Experimental Print formatted output from a kernel to a host-side output stream.