• lambda expressions, dynamic_cast operator, type identification, recursive function calls, new and delete operators, noexcept operator, goto statement, register, thread_local storage qualifiers, virtual function qualifier, derived classes and exception handling
TUSVDU.Z7FSUFY0VU\ GMPBUQPTJUJPO GMPBUDPMPS ^ LFSOFMWPJENZ@DPNQVUF@LFSOFM DPOTUBOU.Z7FSUFY*O WFSUJDFT<<CVGGFS >> EFWJDF.Z7FSUFY0VU PVU7FSUFYFT<<CVGGFS >> VJOUJE<<UISFBE@QPTJUJPO@JO@HSJE>> \ ǘ ^ * Just for getting an idea, not working code ←Defining a structure ↓ Defining a kernel code ↓ Specifying Buffer Index
allocated from the device memory pool that are both readable and writeable • threadgroup Address Space • Variables allocated in the threadgroup address space in a kernel function are allocated for each threadgroup executing the kernel, are shared by all threads in a threadgroup and exist only for the lifetime of the threadgroup that is executing the kernel • constant Address Space • The constant address space name refers to buffer memory objects allocated from the device memory pool but are read-only • thread Address Space • The thread address space refers to the per-thread memory address space
pieces MFUUISFBEHSPVQT1FS(SJE.5-4J[F.BLF FMFNFOUTDPVOU MFUUISFBET1FS5ISFBEHSPVQ.5-4J[F.BLF FODPEFSEJTQBUDI5ISFBEHSPVQT UISFBEHSPVQT1FS(SJE UISFBET1FS5ISFBEHSPVQUISFBET1FS5ISFBEHSPVQ * I am still not fully understood
DPNNBOE#VGGFSDPNNJU • Wait or Add Completion Handler… DPNNBOE#VGGFSXBJU6OUJM$PNQMFUFE DPNNBOE#VGGFSBEE$PNQMFUFE)BOEMFS\ CVGGFS JO EPTPNFXPSLIFSF ^ • Check the buﬀer • there must be something good in there!
estimates the length of path elements • A Kernel produces vertices for a path element • There may be a better way… #0 p0 … p3 0 #1 p0 … p3 m1 #n p0 … p3 m2 #0 pt … pt #m1 pt … #m2 … pt Element Buffer Vertex Buffer