Value x264Encode_AST(argList *a) {
struct x264EncodeParams *params = malloc(sizeof(struct x264EncodeParams));
checkArgs(a, 2, typeClip, typeStr);
MkvsynthOutput *output = MANDCLIP(0);
params->filename = strdup(MANDSTR(1));
params->x264params = strdup(OPTSTR("params", ""));
params->input = createInputBuffer(output);
if(isMetaDataValid(params->input->metaData) != 1)
MkvsynthError("invalid colorspace!");
mkvsynthQueue((void *)params, x264Encode);
RETURNNULL();
}
Value writeRawFile_AST(argList *a) {
struct writeRawFileParams *params = malloc(sizeof(struct writeRawFileParams));
checkArgs(a, 2, typeClip, typeStr);
MkvsynthOutput *output = MANDCLIP(0);
char *filename = MANDSTR(1);
////////////////////
// Error Checking //
////////////////////
params->file = fopen(filename, "w");
if(params->file == NULL)
MkvsynthError("Could not open the output file!");
params->input = createInputBuffer(output);
mkvsynthQueue((void *)params, writeRawFile);
RETURNNULL();
}
void writeRawFile_AST(ASTnode *p, ASTnode *args) {
struct writeRawFileParams *params = malloc(sizeof(struct writeRawFileParams));
checkArgs("writeRawFile", args, 2, typeClip, typeStr);
MkvsynthOutput *output = MANDCLIP();
char *filename = MANDSTR();
////////////////////
// Error Checking //
////////////////////
params->file = fopen(filename, "w");
if(params->file == NULL) {
printf("Could not open the output file!\n");
exit(0);
}
params->input = createInputBuffer(output);
mkvsynthQueue((void *)params, writeRawFile);
}
bool CSGravity::initialize(ID3D11Device* device, Particle* particles, int maxParticles){
ID3DBlob* csBuffer;
if(!D3D11Init::CompileD3DShader(_csFilePath, "CS_Main", "cs_5_0", &csBuffer)){
MessageBox(NULL, "Could not compile compute shader!", "Error", 0);
if(csBuffer){
csBuffer->Release();
}
return false;
}
HRESULT result = device->CreateComputeShader(csBuffer->GetBufferPointer(), csBuffer->GetBufferSize(), 0, &_computeShader);
if(FAILED(result)){
MessageBox(NULL, "Could not create compute shader!", "Error", 0);
return false;
}
calculateThreadGroups(maxParticles);
return createInputBuffer(device, particles, maxParticles) && createConstantBuffers(device, maxParticles);
}