int convert (char *InputFilename, char *OutputFilename) {
FILE *Fin, *Fout;
int i, N;
Fin= fopen(InputFilename, "r");
if (!Fin) return 0;
Fout= fopen(OutputFilename, "w");
if (!Fout) return 0;
for (i=0; i<40; i++) {
fscanf ( Fin, "%s = %s ( %s", OutVar[i], Operation[i], In1Var[i]);
if (!strcmp(OutVar[i], "*")) break; // end of file
if (!strcmp(In1Var[i], ")")) {
In1Var[i][0]='\0';
In2Var[i][0]='\0';
In3Var[i][0]='\0';
} else {
fscanf ( Fin, "%s", In2Var[i]);
if (!strcmp(In2Var[i], ")")) {
In2Var[i][0]='\0';
In3Var[i][0]='\0';
} else {
fscanf ( Fin, "%s", In3Var[i]);
if (!strcmp(In3Var[i], ")")) {
In3Var[i][0]='\0';
} else
fscanf ( Fin, ")");
}
}
fgets ( DUMP, 120, Fin);
}
N=i;
fprintf( Fout, "%d // Total number of instructions\n", N);
for (i=0; i<N; i++) {
int s1=0, s2=0, s3=0;
if (In1Var[i]) s1 = findInput( In1Var[i], i, N);
if (In2Var[i]) s2 = findInput( In2Var[i], i, N);
if (In3Var[i]) s3 = findInput( In3Var[i], i, N);
fprintf( Fout, "%d, %d, %d, %4s //", s1, s2, s3, Operation[i]);
if (In1Var[i]) fprintf( Fout, "%s ", In1Var[i]);
if (In2Var[i]) fprintf( Fout, "%s ", In2Var[i]);
if (In3Var[i]) fprintf( Fout, "%s ", In3Var[i]);
fprintf( Fout, "\n");
}
return N;
}
void RPDeferredLightingNode::onObjectLoaded()
{
__super::onObjectLoaded();
// find input socket
delete m_normalsInput;
delete m_specularInput;
delete m_depthInput;
delete m_sceneColorInput;
delete m_materialIndicesInput;
delete m_materialsDescInput;
delete m_finalLightColorTargetOutput;
delete m_shadowDepthTextureOutput;
delete m_screenSpaceShadowMapOutput;
m_normalsInput = static_cast< RPTextureInput* >( findInput( "Normals" ) );
m_specularInput = static_cast< RPTextureInput* >( findInput( "Specular" ) );
m_depthInput = static_cast< RPTextureInput* >( findInput( "Depth" ) );
m_sceneColorInput = static_cast< RPTextureInput* >( findInput( "SceneColor" ) );
m_materialIndicesInput = static_cast< RPTextureInput* >( findInput( "MaterialsIndices" ) );
m_materialsDescInput = static_cast< RPTextureInput* >( findInput( "MaterialsDescr" ) );
m_finalLightColorTargetOutput = static_cast< RPTextureOutput* >( findOutput( "LitScene" ) );
m_shadowDepthTextureOutput = static_cast< RPTextureOutput* >( findOutput( "ShadowDepthBuffer" ) );
m_screenSpaceShadowMapOutput = static_cast< RPTextureOutput* >( findOutput( "SS_ShadowMap" ) );
}
void MNTexture::onObjectLoaded()
{
MaterialNode::onObjectLoaded();
// find the existing inputs
m_uvInput = static_cast< MSVec2Input* >( findInput( "UV" ) );
m_output = static_cast< MSColorOutput* >( findOutput( "Color" ) );
if ( m_texture )
{
m_renderableTexture->setTexture( m_texture );
}
}
MNTexture::MNTexture( const MNTexture& rhs )
: MaterialNode( rhs )
, m_texture( rhs.m_texture )
, m_samplerSettings( rhs.m_samplerSettings )
, m_output( NULL )
, m_renderableTexture( new RenderableTexture() )
{
m_uvInput = static_cast< MSVec2Input* >( findInput( "UV" ) );
m_output = static_cast< MSColorOutput* >( findOutput( "Color" ) );
if ( m_texture )
{
m_renderableTexture->setTexture( m_texture );
}
}
/*--------------------*/ void DOrcfg(void *tag, void *bmsg, int *size) {
// bmsg: binary message TDAQInfo
TDAQInfo *dain; int rc; unsigned int rundec; char pname[40];
//printf("INFO DOrcfg len:%d %lu\n", *size,sizeof(TDAQInfo));
if(*size != sizeof(TDAQInfo)){
char emsg[ERRMSGL];
sprintf(emsg, "DOrcfg: Structure dim size different from command size.");
infolog_trg(LOG_FATAL, emsg);
printf("ERROR %s\n", emsg);
return ;
}
dain= (TDAQInfo *)bmsg;
//printTDAQInfo(dain);
printf("INFO DOrcfg msg:%s", dain->run1msg);
rc= getname_rn(dain->run1msg, pname, &rundec);
if(check_xcounters()) return;
if(rc==0) {
//printf("INFO effiout:0x%x\n", effiout);
/*new from aug2015:
effiout: bit pattern of inp. detectors effectively filtered out
not used: prepared if DAQ wants in future 'per cluster' -in that
case 'per cluster' info
-should by passed in TDAQInfo structure from ctp proxy (now it is not) or
-somehow, pydimserver.py should deliver 'per cluster' (now delivering 'per partition')
red_update_detsinrun() invoked also in following call
*/
rc= daqlogbook_update_clusters(rundec, pname, dain, ignoreDAQLOGBOOK); //, effiout);
printf("INFO Dorcfg rc=%i \n",rc);
//printf("%s",dain->run1msg); fflush(stdout); moved down
if(rc==0) { // inputs -> DAQ
int level,maxinp,ix,ind,rcu;
for(level=0; level<3; level++) {
if(level==2) {maxinp=12; }
else {maxinp=24; }
for(ix=0; ix<maxinp; ix++) {
ind= findInput(level, ix+1);
if(ind==-1) continue;
if(ignoreDAQLOGBOOK) { rcu=0;
//printf("INFO L%d.%d %s\n", level, ix+1, validCTPINPUTs[ind].name);
} else {
rcu= daqlogbook_insert_triggerInput(rundec,
ix+1, validCTPINPUTs[ind].name, level);
printf("INFO L%d.%d %s\n", level, ix+1, validCTPINPUTs[ind].name);
};
if(rcu != 0) {
char emsg[ERRMSGL];
sprintf(emsg, "daqlogbook_insert_triggerInput(%d,%d,%s,%d) rc:%d",
rundec,ix+1, validCTPINPUTs[ind].name, level, rcu);
infolog_trg(LOG_FATAL, emsg);
printf("ERROR %s\n", emsg);
break;
};
};
};
printf("%s",dain->run1msg); fflush(stdout);
} else {
char emsg[ERRMSGL];
sprintf(emsg,"DAQlogbook_update_cluster failed. rc:%d", rc);
infolog_trgboth(LOG_FATAL, emsg);
};
};
}
