Using 64bit android library with OpenCL give error clSetKernelArg -51 at run time

hi,

i replaced the int by int32_t  for the w,h and ligth variables. But still the same problem.

i tried to replace the int to int32_t in the kernel but the kernel compilation failed with (error: unknown type name 'int32_t')

hi,

i replaced the int by int32_t  for the w,h and ligth variables. But still the same problem.

i tried to replace the int to int32_t in the kernel but the kernel compilation failed with (error: unknown type name 'int32_t')

hi,

I cannot add the stdint.h file in the .cl kernel file, i got file not found. So i copied the stdint.h, stddef.h and compiler.h to the kernel and use the int32_t to replace the int. But i still got the same error CL_INVALID_ARG_SIZE.

So the problem should come from the cl::Buffer which has the wrong size ?

hi,

I have found the problem after few weeks of interrogation.

The problem is because i use kernel.setArg(x,0)

it look like using 64bit it does not like the set to 0 in setArg.

But i got no idea why this append. So, it would be nice if some one could explain m why such a Bug. It is comming from the compiler, the driver or something else.

I tried to replace 0 by NULL but same error. What could i do if i want to keep my kernel without cange ?

And let me no if there is no solution except modifiyng the kernel without setARG with 0.

Regards.

PS: i got no improvment in speed and some kernel that used range(16,16) need to be set to (2,2). Strange, i got the same problem with the xiaomi 13T pro. Hauwei seems to be the best even with 7 years old. How can thing be worse with time ?

i can get between 39 and 45ms with the hauwei by setting the batterie to performance, so 30% improvement and 22 frame seconde for big GPU and CPU traitement.

The conclusion is that 32bit give must better result than 64bit. Not surprising. That is for android phonne, i do not know for other platform. So i will keep working in 32bit. it is more efficient.

new code :

//gNV21Kernel.setArg(0,0); // debug
//gNV21Kernel.setArg(1,0); // debugIdx
//gNV21Kernel.setArg(0,0); // GRAY
gNV21Kernel.setArg(0,bufferRGBA); // output RGBA
//gNV21Kernel.setArg(2,0);  // HSV
//gNV21Kernel.setArg(4,0);  // HSL
//gNV21Kernel.setArg(5,0);  // HSI
//gNV21Kernel.setArg(6,0);  // MMM
gNV21Kernel.setArg(1,bufferNV21); // input NV21
gNV21Kernel.setArg(2,w);
gNV21Kernel.setArg(3,h);
gNV21Kernel.setArg(4,ligth);
gQueue.enqueueNDRangeKernel(gNV21Kernel, cl::NDRange(448,28), cl::NDRange(1024,1024), cl::NDRange(2,2),0,&arraySecondEvent);

new kernel :

__kernel void nv21torgba( //__global    int*   debug,
                          //__global    int*   debugIdx,
                          //__global uchar4* Gray,
                          __global uchar4* RGBA,
                          //__global uchar4* HSV,
                          //__global uchar4* HSL,
                          //__global uchar4* HSI,
                          //__global uchar4* MMM,
                          __global uchar*  in,
                          int    im_width,
                          int    im_height,
                          int    im_ligth)

Thank you for coming back to share the solution you found :)