/* EXPORT->LOpen: Load transcription in fname and return it */
Transcription *LOpen(MemHeap *x, char * fname, FileFormat fmt)
{
FILE *f;
Source source;
char buf[MAXSTRLEN];
Transcription *t;
Boolean isMLF;
int i;
if (fmt == UNDEFF){
if (GetConfStr(cParm,numParm,"SOURCELABEL",buf))
fmt = Str2Format(buf);
else
fmt = HTK;
}
if ((f=OpenLabFile(fname, &isMLF)) == NULL)
HError(6510,"LOpen: Unable to open label file %s",fname);
AttachSource(f,&source);
strcpy(source.name,fname);
t = CreateTranscription(x);
switch (fmt) {
case TIMIT: LoadTIMITLabels(x,t,&source); break;
case HTK: LoadHTKLabels(x,t,&source); break;
case SCRIBE: LoadSCRIBELabels(x,t,&source); break;
case ESPS: LoadESPSLabels(x,t,&source); break;
default:
HError(6572,"LOpen: Illegal label file format [%d]",fmt);
}
if (!isMLF)
i=fclose(f);
if (transLev > 0) FilterLevel(t,transLev-1);
return t;
}
// Initialise grammar from given file
void AGram::InitFromFile(const char * gramFN)
{
FILE *nf;
char gFN[512];
Source src;
GramSubN *sub;
Boolean ok;
if (trace&T_LOAD) printf("Loading HTK SLF %s\n",gramFN);
// Open the grammar file and attach to a source
strcpy(gFN,gramFN);
ok = ( (nf = fopen(gFN,"r")) != NULL)?TRUE:FALSE;
if (!ok){
if (gFN[0]=='/') {
gFN[0] = gFN[1]; gFN[1]=':';
ok = ((nf = fopen(gFN,"r")) != NULL)?TRUE:FALSE;
}
}
if (!ok){
HRError(10710,"AGram: Cannot open Word Net file %s",gramFN);
throw ATK_Error(10710);
}
AttachSource(nf,&src);
// read the network defs
sub = NewSubN(&src);
if (sub==NULL){
HRError(10710,"AGram: Nothing in file %s",gramFN);
throw ATK_Error(10710);
}
while (sub !=NULL && sub->name != "!!MAIN!!") {
sub = NewSubN(&src);
}
main = sub;
if (sub != NULL) main->name = rname+":main";
// close source file
fclose(nf);
if (trace&T_SHOW) Show();
}
void COpenGLShaderProgram::CreateStandShader(E_STAND_SHADER standShader)
{
switch (standShader)
{
case mx::render::ESS_SHADER_IDENTITY:
AttachSource(szIdentityShaderVP, ST_VERTEX);
AttachSource(szIdentityShaderFP, ST_FRAGMENT);
BindAttributeLocation(1, VAL_POSITION);
break;
case mx::render::ESS_SHADER_FLAT:
AttachSource(szFlatShaderVP, ST_VERTEX);
AttachSource(szFlatShaderFP, ST_FRAGMENT);
BindAttributeLocation(1, VAL_POSITION);
break;
case mx::render::ESS_SHADER_SHADED:
AttachSource(szShadedVP, ST_VERTEX);
AttachSource(szShadedFP, ST_FRAGMENT);
BindAttributeLocation(2, VAL_POSITION, VAL_COLOR);
break;
case mx::render::ESS_SHADER_DEFAULT_LIGHT:
AttachSource(szDefaultLightVP, ST_VERTEX);
AttachSource(szDefaultLightFP, ST_FRAGMENT);
BindAttributeLocation(2, VAL_POSITION, VAL_NORMAL);
break;
case mx::render::ESS_SHADER_POINT_LIGHT_DIFF:
AttachSource(szPointLightDiffVP, ST_VERTEX);
AttachSource(szPointLightDiffFP, ST_FRAGMENT);
BindAttributeLocation(2, VAL_POSITION, VAL_NORMAL);
break;
case mx::render::ESS_SHADER_TEXTURE_REPLACE:
AttachSource(szTextureReplaceVP, ST_VERTEX);
AttachSource(szTextureReplaceFP, ST_FRAGMENT);
BindAttributeLocation(2, VAL_POSITION, VAL_TEXTURE0);
break;
case mx::render::ESS_SHADER_TEXTURE_MODULATE:
AttachSource(szTextureModulateVP, ST_VERTEX);
AttachSource(szTextureModulateFP, ST_FRAGMENT);
BindAttributeLocation(2, VAL_POSITION, VAL_TEXTURE0);
break;
case mx::render::ESS_SHADER_TEXTURE_POINT_LIGHT_DIFF:
AttachSource(szTexturePointLightDiffVP, ST_VERTEX);
AttachSource(szTexturePointLightDiffFP, ST_FRAGMENT);
BindAttributeLocation(3, VAL_POSITION, VAL_NORMAL, VAL_TEXTURE0);
break;
case mx::render::ESS_SHADER_TEXTURE_RECT_REPLACE:
AttachSource(szTextureRectReplaceVP, ST_VERTEX);
AttachSource(szTextureRectReplaceFP, ST_FRAGMENT);
BindAttributeLocation(2, VAL_POSITION, VAL_TEXTURE0);
break;
default:
break;
}
Link();
}
CDisplaySpectrumSource::CDisplaySpectrumSource(CSignal* in_pSignal)
{
AttachSource(in_pSignal);
InitSource();
}
