/*static*/
int Main::main(void)
{
init_term();
printf("\nEDBMS Start");
pM = &m;
InitEndian();
m.execute();
printf("\nEDBMS Stop");
return 0;
}
glbsp_ret_e GlbspBuildNodes(const nodebuildinfo_t *info,
const nodebuildfuncs_t *funcs, volatile nodebuildcomms_t *comms)
{
char *file_msg;
glbsp_ret_e ret = GLBSP_E_OK;
cur_info = info;
cur_funcs = funcs;
cur_comms = comms;
cur_comms->total_big_warn = 0;
cur_comms->total_small_warn = 0;
// clear cancelled flag
comms->cancelled = FALSE;
// sanity check
if (!cur_info->input_file || cur_info->input_file[0] == 0 ||
!cur_info->output_file || cur_info->output_file[0] == 0)
{
SetErrorMsg("INTERNAL ERROR: Missing in/out filename !");
return GLBSP_E_BadArgs;
}
InitDebug();
InitEndian();
if (info->missing_output)
PrintMsg("* No output file specified. Using: %s\n\n", info->output_file);
if (info->same_filenames)
PrintMsg("* Output file is same as input file. Using -loadall\n\n");
// opens and reads directory from the input wad
ret = ReadWadFile(cur_info->input_file);
if (ret != GLBSP_E_OK)
{
TermDebug();
return ret;
}
if (CountLevels() <= 0)
{
CloseWads();
TermDebug();
SetErrorMsg("No levels found in wad !");
return GLBSP_E_Unknown;
}
PrintMsg("\n");
PrintVerbose("Creating nodes using tunable factor of %d\n", info->factor);
DisplayOpen(DIS_BUILDPROGRESS);
DisplaySetTitle("glBSP Build Progress");
file_msg = UtilFormat("File: %s", cur_info->input_file);
DisplaySetBarText(2, file_msg);
DisplaySetBarLimit(2, CountLevels() * 10);
DisplaySetBar(2, 0);
UtilFree(file_msg);
cur_comms->file_pos = 0;
// loop over each level in the wad
while (FindNextLevel())
{
ret = HandleLevel();
if (ret != GLBSP_E_OK)
break;
cur_comms->file_pos += 10;
DisplaySetBar(2, cur_comms->file_pos);
}
DisplayClose();
// writes all the lumps to the output wad
if (ret == GLBSP_E_OK)
{
ret = WriteWadFile(cur_info->output_file);
// when modifying the original wad, any GWA companion must be deleted
if (ret == GLBSP_E_OK && cur_info->same_filenames)
DeleteGwaFile(cur_info->output_file);
PrintMsg("\n");
PrintMsg("Total serious warnings: %d\n", cur_comms->total_big_warn);
PrintMsg("Total minor warnings: %d\n", cur_comms->total_small_warn);
ReportFailedLevels();
}
// close wads and free memory
CloseWads();
TermDebug();
cur_info = NULL;
cur_comms = NULL;
cur_funcs = NULL;
return ret;
}
int main(int argc, char** argv)
{
if(argc == 1)
{
tr_help();
return 1;
}
tr_parseoptions(argc, argv);
if(!quiet)
{
tr_version();
}
if(argc - optind < 2)
{
fprintf(stderr, "ERROR: Requires input and response file to be specified. Use -h for help \n");
return 1;
}
const char* infilename = argv[optind];
const char* responsefilename = argv[optind+1];
/* Make a filename from the input and response names */
if(!outfilename)
{
char* innameend = strrchr(infilename, '.');
int innamelen = innameend ? innameend-infilename : strlen(infilename);
char* responsenameend = strrchr(responsefilename, '.');
int responsenamelen = responsenameend ? responsenameend-responsefilename : strlen(responsefilename);
outfilename = malloc(innamelen+responsenamelen + 5); /* + '.wav '*/
strncpy(outfilename, infilename, innamelen);
strncat(outfilename, responsefilename, responsenamelen);
strcat(outfilename, ".wav");
}
InitEndian();
/* Setup the input file */
FILE* infile = fopen(infilename, "rb");
if(infile == 0)
{
fprintf(stderr, "ERROR: Failed opening input file %s\n", infilename);
return 1;
}
tr_wavfile inputwav;
if( !tr_wavopen(infile, &inputwav, 'r') )
{
fprintf(stderr, "ERROR: Invalid file type, %s is not a wav file\n", infilename);
return 1;
}
if(!quiet)
{
fprintf(stdout, "\n");
fprintf(stdout, "Input file : %s\n", infilename);
fprintf(stdout, " Samples : %u\n", inputwav.totalsamples);
fprintf(stdout, " Channels : %i\n", inputwav.channels);
fprintf(stdout, " Sample rate : %u\n", inputwav.samplerate);
fprintf(stdout, " Bytes per sample : %u\n", inputwav.bytespersample);
fprintf(stdout, " Duration seconds : %.2f\n", ((float)inputwav.totalsamples / (float)inputwav.samplerate / (float)inputwav.channels));
}
/* Now setup the response file */
FILE* responsefile = fopen(responsefilename, "rb");
if(responsefile == 0)
{
fprintf(stderr, "ERROR: Failed opening response file %s\n", responsefilename);
return 1;
}
tr_wavfile responsewav;
if(!tr_wavopen(responsefile, &responsewav, 'r'))
{
fprintf(stderr, "ERROR: Invalid file type, %s is not a wav file\n", responsefilename);
return 1;
}
if(!quiet)
{
fprintf(stdout, "\n");
fprintf(stdout, "Response file : %s\n", responsefilename);
fprintf(stdout, " Samples : %u\n", responsewav.totalsamples);
fprintf(stdout, " Channels : %i\n", responsewav.channels);
fprintf(stdout, " Sample rate : %u\n", responsewav.samplerate);
fprintf(stdout, " Bytes per sample : %u\n", responsewav.bytespersample);
fprintf(stdout, " Duration seconds : %.2f\n", ((float)responsewav.totalsamples / (float)responsewav.samplerate / (float)responsewav.channels));
fprintf(stdout, "\n");
}
/* Make sure we can handle processing the two files */
if(inputwav.channels != responsewav.channels)
{
fprintf(stderr, "ERROR: Channels do not match. %s has %i channels, %s has %i\n",
infilename, inputwav.channels, responsefilename, responsewav.channels);
return 1;
}
else if(inputwav.samplerate != responsewav.samplerate)
{
fprintf(stderr, "ERROR: Sample rates do not match. %s is at %uHz, %s is at %uHz\n",
infilename, inputwav.samplerate, responsefilename, responsewav.samplerate);
return 1;
}
else if(!quiet)
{
fprintf(stdout, "Reading %s and %s into memory\n", infilename, responsefilename);
}
/* Both are open, now read them into memory */
float* inputbuffer = malloc(inputwav.totalsamples * sizeof(float));
if( !tr_wavread(&inputwav, inputbuffer, inputwav.totalsamples) )
{
fprintf(stderr, "ERROR: Failed reading input file\n");
return 1;
}
float* responsebuffer = malloc(responsewav.totalsamples * sizeof(float));
if(!tr_wavread(&responsewav, responsebuffer, responsewav.totalsamples))
{
fprintf(stderr, "ERROR: Failed reading input file\n");
return 1;
}
/* Prepare a buffer to accept the data from our processing */
unsigned int samplesinput = inputwav.totalsamples;
unsigned int samplesresponse = responsewav.totalsamples;
unsigned int samplestotal = samplesinput + samplesresponse + 1;
float* outputbuffer = malloc(samplestotal*sizeof(float));
float* conv = outputbuffer;
unsigned int inoffset;
unsigned int reoffset;
unsigned int n_hi;
unsigned int n_lo;
if(!quiet)
{
fprintf(stdout, "Processing audio, please be patient\n");
}
/* Do the processing (time domain convolution) */
unsigned int i;
for(i = 0; i < samplestotal; i++)
{
n_lo = i < samplesresponse ? 0 : i - samplesresponse;
n_hi = samplesinput < i ? samplesinput : i;
inoffset = n_lo;
reoffset = i - n_lo;
*conv = 0.0f;
unsigned int n;
for(n = n_lo; n < n_hi; n++)
{
*conv += *(inputbuffer+inoffset) * *(responsebuffer+reoffset);
++inoffset;
--reoffset;
}
conv++;
}
if(!quiet)
{
fprintf(stdout, "Normalising audio\n");
}
/* Normalise the data */
conv = outputbuffer;
float maxsample = 0.0f;
for(i = 0; i < samplestotal; i++)
{
if(*conv > maxsample)
{
maxsample = *conv;
}
++conv;
}
conv = outputbuffer;
float normalise = 1.0f / maxsample;
for(i = 0; i < samplestotal; i++)
{
*conv++ *= normalise;
}
/* Setup the output file */
FILE* outfile = fopen(outfilename, "wb");
if(outfile == 0)
{
fprintf(stderr, "ERROR: Failed opening output file %s\n", outfilename);
return 1;
}
tr_wavfile outwav;
tr_wavopen(outfile, &outwav, 'w');
outwav.channels = inputwav.channels;
outwav.samplerate = inputwav.samplerate;
outwav.bytespersample = inputwav.bytespersample;
if(!quiet)
{
fprintf(stdout, "\n");
fprintf(stdout, "Output file : %s\n", outfilename);
fprintf(stdout, " Samples : %u\n", samplestotal);
fprintf(stdout, " Channels : %i\n", outwav.channels);
fprintf(stdout, " Sample rate : %u\n", outwav.samplerate);
fprintf(stdout, " Bytes per sample : %u\n", outwav.bytespersample);
fprintf(stdout, " Duration seconds : %.2f\n", ((float)samplestotal / (float)outwav.samplerate / (float)outwav.channels));
fprintf(stdout, "\n");
fprintf(stdout, "Writing data out to %s\n", outfilename);
}
/* Write out data from the processing to file */
if(!tr_wavwrite(&outwav, outputbuffer, samplestotal))
{
fprintf(stderr, "ERROR: Failed during write of %s. File may be malformed\n", outfilename);
}
/* Clean up */
free(inputbuffer);
free(responsebuffer);
free(outputbuffer);
tr_wavclose(&inputwav);
tr_wavclose(&responsewav);
tr_wavclose(&outwav);
fclose(infile);
fclose(responsefile);
fclose(outfile);
return 0;
}
int main(int argc, char **argv)
{
try
{
// skip program name
argv++, argc--;
ArgvInit(argc, (const char **)argv);
InitDebug(ArgvFind(0, "debug") >= 0);
InitEndian();
if (ArgvFind('?', NULL) >= 0 || ArgvFind('h', "help") >= 0)
{
ShowTitle();
ShowInfo();
exit(1);
}
InitFLTK();
SetDefaults();
SetupRandom();
int W = 40;
int H = 40;
GetMapSize(&W, &H);
PrintDebug("Map size %dx%d\n\n", W, H);
the_world = new world_c(W, H);
environ_build::CreateEnv();
area_build::CreateAreas();
island_build::CreateIslands();
island_build::Cleanup();
stage_build::CreateStages();
path_build::CreatePaths();
room_build::CreateRooms();
if (ArgvFind('g', "gui") >= 0)
{
guix_win = new Guix_MainWin(PROG_NAME);
// run the GUI until the user quits
while (! guix_win->want_quit)
Fl::wait();
}
CreateWAD();
}
catch (const char * err)
{
DisplayError("%s", err);
}
#if 1
catch (assert_fail_c err)
{
DisplayError("Sorry, an internal error occurred:\n%s", err.GetMessage());
}
catch (...)
{
DisplayError("An unknown problem occurred (UI code)");
}
#endif
delete guix_win;
TermDebug();
return main_result;
}