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performAssp.c
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performAssp.c
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#include "emscripten.h"
#include "assp/asspdsp.h" // sic remove this!
#include "wasmassp.h"
#include <cjson/cJSON.h>
#include <asspana.h>
#include <dataobj.h>
#include <asspfio.h>
#include <asspmess.h>
#include <spectra.h>
#include <asspdsp.h>
#include <assp.h>
#include <stdlib.h>
#include <ipds_lbl.h>
#include <diff.h> /* shouldn't asspana include diff.h? */
#include <filter.h>
#include <ksv.h>
#include <ctype.h> /* tolower() */
#include <string.h>
#include <stdio.h>
#include <stdbool.h>
/*
* This list is used to map gender option values from R to the appropriate
* value for assp
*/
W_GENDER gender[] = {
{"female", TG_FEMALE, 'f'}
,
/*
* {"FEMALE", TG_FEMALE, 'f'}
*/
/*
* ,
*/
{"male", TG_MALE, 'm'}
,
/*
* {"MALE", TG_MALE, 'm'}
*/
/*
* ,
*/
{"unknown", TG_UNKNOWN, 'u'}
,
/*
* {"UNKNOWN", TG_UNKNOWN, 'u'}
*/
/*
* ,
*/
{NULL, TG_NONE, '0'}
};
/*
* OPTION LISTS: Each analysis function uses only a subset of all possible
* assp option. A list of legal/supported options is provided here for
* each of the analysis functions in wrassp.
*/
/*
* ACFANA option list
*/
W_OPT acfanaOptions[] = {
{"beginTime", WO_BEGINTIME}
,
{"centerTime", WO_CENTRETIME}
,
{"endTime", WO_ENDTIME}
,
{"windowShift", WO_MSSHIFT}
,
{"windowSize", WO_MSSIZE}
,
{"effectiveLength", WO_MSEFFLEN}
,
{"explicitExt", WO_OUTPUTEXT}
, /* DON'T FORGET EXTENSION!!! */
{"window", WO_WINFUNC}
,
{"analysisOrder", WO_ORDER}
,
{"energyNormalization", WO_ENERGYNORM}
,
{"lengthNormalization", WO_LENGTHNORM}
,
{"toFile", WO_TOFILE}
,
{"outputDirectory", WO_OUTPUTDIR}
,
{"progressBar", WO_PBAR}
,
{NULL, WO_NONE}
};
/*
* AFDIFF option list
*/
W_OPT afdiffOptions[] = {
{"computeBackwardDifference", WO_DIFF_OPT_BACKWARD}
,
{"computeCentralDifference", WO_DIFF_OPT_CENTRAL}
,
{"channel", WO_CHANNEL}
,
{"explicitExt", WO_OUTPUTEXT}
, /* DON'T FORGET EXTENSION!!! */
{"toFile", WO_TOFILE}
,
{"outputDirectory", WO_OUTPUTDIR}
,
{"progressBar", WO_PBAR}
,
{NULL, WO_NONE}
};
/*
* AFFILTER option list
*/
W_OPT affilterOptions[] = {
{"highPass", WO_HPCUTOFF}
,
{"lowPass", WO_LPCUTOFF}
,
{"stopBand", WO_STOPDB}
,
{"transition", WO_TBWIDTH}
,
{"useIIR", WO_USEIIR}
,
{"numIIRsections", WO_NUMIIRSECS}
,
{"explicitExt", WO_OUTPUTEXT}
, /* DON'T FORGET EXTENSION!!! */
{"progressBar", WO_PBAR}
,
{"toFile", WO_TOFILE}
,
{"outputDirectory", WO_OUTPUTDIR}
,
/*
* {"-channel"}
*/
/*
* ,
*/
/*
* {"-noDither"}
*/
/*
* ,
*/
/*
* {"-gain"}
*/
/*
* ,
*/
{NULL, WO_NONE}
};
/*
* F0_KSV (aka ksvF0, f0ana) option list
*/
W_OPT f0_ksvOptions[] = {
{"beginTime", WO_BEGINTIME}
,
{"endTime", WO_ENDTIME}
,
{"windowShift", WO_MSSHIFT}
,
{"gender", WO_GENDER}
,
{"maxF", WO_MAXF}
,
{"minF", WO_MINF}
,
{"minAmp", WO_VOIMAG}
,
{"maxZCR", WO_VOIZCR}
,
{"progressBar", WO_PBAR}
,
{"explicitExt", WO_OUTPUTEXT}
, /* DON'T FORGET EXTENSION!!! */
{"toFile", WO_TOFILE}
,
{"outputDirectory", WO_OUTPUTDIR}
,
{NULL, WO_NONE}
};
/*
* MHSF0 (aka f0_mhs, mhspitch) option list
*/
W_OPT f0_mhsOptions[] = {
{"beginTime", WO_BEGINTIME}
,
{"centerTime", WO_CENTRETIME}
,
{"endTime", WO_ENDTIME}
,
{"windowShift", WO_MSSHIFT}
,
{"gender", WO_GENDER}
,
{"maxF", WO_MAXF}
,
{"minF", WO_MINF}
,
{"minAmp", WO_VOIMAG}
,
{"minAC1", WO_VOIAC1PP}
,
{"minRMS", WO_VOIRMS}
,
{"maxZCR", WO_VOIZCR}
,
{"minProb", WO_VOIPROB}
,
{"progressBar", WO_PBAR}
,
{"plainSpectrum", WO_MHS_OPT_POWER}
,
{"explicitExt", WO_OUTPUTEXT}
, /* DON'T FORGET EXTENSION!!! */
{"toFile", WO_TOFILE}
,
{"outputDirectory", WO_OUTPUTDIR}
,
{NULL, WO_NONE}
};
/*
* FOREST option list
*/
W_OPT forestOptions[] = {
{"beginTime", WO_BEGINTIME}
,
{"endTime", WO_ENDTIME}
,
{"windowShift", WO_MSSHIFT}
,
{"windowSize", WO_MSSIZE}
,
{"effectiveLength", WO_MSEFFLEN}
,
{"nominalF1", WO_NOMF1}
,
{"gender", WO_GENDER}
,
{"estimate", WO_INS_EST}
,
{"order", WO_ORDER}
,
{"incrOrder", WO_INCREMENT}
,
{"numFormants", WO_NUMFORMANTS}
,
{"window", WO_WINFUNC}
,
{"preemphasis", WO_PREEMPH}
,
{"explicitExt", WO_OUTPUTEXT}
, /* DON'T FORGET EXTENSION!!! */
{"progressBar", WO_PBAR}
,
{"toFile", WO_TOFILE}
,
{"outputDirectory", WO_OUTPUTDIR}
,
{NULL, WO_NONE}
};
/*
* RFCANA option list
*/
W_OPT rfcanaOptions[] = {
{"beginTime", WO_BEGINTIME}
,
{"centerTime", WO_CENTRETIME}
,
{"endTime", WO_ENDTIME}
,
{"windowShift", WO_MSSHIFT}
,
{"windowSize", WO_MSSIZE}
,
{"effectiveLength", WO_MSEFFLEN}
,
{"explicitExt", WO_OUTPUTEXT}
, /* DON'T FORGET EXTENSION!!! */
{"window", WO_WINFUNC}
,
{"order", WO_ORDER}
,
{"preemphasis", WO_PREEMPH}
,
{"lpType", WO_TYPE}
,
{"progressBar", WO_PBAR}
,
{"toFile", WO_TOFILE}
,
{"outputDirectory", WO_OUTPUTDIR}
,
{NULL, WO_NONE}
};
/*
* RMSANA OPTION LIST
*/
W_OPT rmsanaOptions[] = {
{"beginTime", WO_BEGINTIME}
,
{"centerTime", WO_CENTRETIME}
,
{"endTime", WO_ENDTIME}
,
{"windowShift", WO_MSSHIFT}
,
{"windowSize", WO_MSSIZE}
,
{"effectiveLength", WO_MSEFFLEN}
,
{"linear", WO_RMS_OPT_LINEAR}
,
{"explicitExt", WO_OUTPUTEXT}
, /* DON'T FORGET EXTENSION!!! */
{"window", WO_WINFUNC}
,
{"progressBar", WO_PBAR}
,
{"toFile", WO_TOFILE}
,
{"outputDirectory", WO_OUTPUTDIR}
,
{NULL, WO_NONE}
};
/*
* SPECTRUM (implemented as dftSpectrum, cssSpectrum, lpsSpectrum in R)
* option list
*/
W_OPT spectrumOptions[] = {
{"beginTime", WO_BEGINTIME}
,
{"centerTime", WO_CENTRETIME}
,
{"endTime", WO_ENDTIME}
,
{"spectrumType", WO_TYPE}
,
{"resolution", WO_RESOLUTION}
,
{"fftLength", WO_FFTLEN}
,
{"windowSize", WO_MSSIZE}
,
{"windowShift", WO_MSSHIFT}
,
{"window", WO_WINFUNC}
,
/*
* DFT spectrum
*/
{"bandwidth", WO_BANDWIDTH}
,
/*
* LP smoothed spectrum
*/
{"effectiveLength", WO_MSEFFLEN}
,
{"order", WO_ORDER}
,
{"preemphasis", WO_PREEMPH}
,
{"deemphasize", WO_LPS_OPT_DEEMPH}
,
/*
* Cepstrally smoothed spectrum
*/
{"numCeps", WO_ORDER}
,
/*
* general stuff
*/
{"explicitExt", WO_OUTPUTEXT}
, /* DON'T FORGET EXTENSION!!! */
{"progressBar", WO_PBAR}
,
{"toFile", WO_TOFILE}
,
{"outputDirectory", WO_OUTPUTDIR}
,
{NULL, WO_NONE}
};
/*
* ZCRANA option list
*/
W_OPT zcranaOptions[] = {
{"beginTime", WO_BEGINTIME}
,
{"centerTime", WO_CENTRETIME}
,
{"endTime", WO_ENDTIME}
,
{"windowShift", WO_MSSHIFT}
,
{"windowSize", WO_MSSIZE}
,
{"explicitExt", WO_OUTPUTEXT}
, /* DON'T FORGET EXTENSION!!! */
/*
* {"Window", WO_WINFUNC}
*/
/*
* ,
*/
{"progressBar", WO_PBAR}
,
{"toFile", WO_TOFILE}
,
{"outputDirectory", WO_OUTPUTDIR}
,
{NULL, WO_NONE}
};
/*
* The following is a list of function descriptors: The descriptor
* includes for each analysis function the name, a pointer to a function
* that generates default setting, a pointer to a function that performs
* the analysis a list of the legal/supported options, major and minor
* assp version of the analysis routine, a default suffix and an
* enumerator
*/
A_F_LIST funclist[] = {
{"acfana", setACFdefaults, computeACF, acfanaOptions, ACF_MAJOR,
ACF_MINOR, ACF_DEF_SUFFIX, AF_ACFANA}
,
{"afdiff", setDiffDefaults, diffSignal, afdiffOptions, DIFF_MAJOR,
DIFF_MINOR, "AUTO", AF_AFDIFF}
,
{"affilter", setFILTdefaults, computeFilter, affilterOptions,
FILT_MAJOR, FILT_MINOR,
"", AF_AFFILTER}
,
{"f0ana", setKSVdefaults, computeF0, f0_ksvOptions, KSV_MAJOR,
KSV_MINOR,
KSV_DEF_SUFFIX, AF_KSV_PITCH}
,
{"forest", setFMTdefaults, computeFMT, forestOptions, FMT_MAJOR,
FMT_MINOR,
FMT_DEF_SUFFIX, AF_FOREST}
,
{"mhspitch", setMHSdefaults, computeMHS, f0_mhsOptions, MHS_MAJOR,
MHS_MINOR,
MHS_DEF_SUFFIX, AF_MHS_PITCH}
,
{"rfcana", setLPdefaults, computeLP, rfcanaOptions, RFC_MAJOR,
RFC_MINOR,
"", AF_RFCANA}
,
{"rmsana", setRMSdefaults, computeRMS, rmsanaOptions, RMS_MAJOR,
RMS_MINOR,
RMS_DEF_SUFFIX, AF_RMSANA}
,
{"spectrum", setSPECTdefaults, computeSPECT, spectrumOptions,
SPECT_MAJOR, SPECT_MINOR,
"", AF_SPECTRUM}
,
{"zcrana", setZCRdefaults, computeZCR, zcranaOptions, ZCR_MAJOR,
ZCR_MINOR,
ZCR_DEF_SUFFIX, AF_ZCRANA}
,
{NULL, NULL, NULL, 0, 0, AF_NONE}
};
/* write DOBJ to a tab sep. values file
* code taken from dobj2AsspDataObj(DOBJ * data)
* & getDObjTrackData()
*/
int dobj2tsv(DOBJ * data, FILE *f){
DDESC *desc = NULL;
TSSFF_Generic *genVar = NULL;
int i,
m,
n;
/*
* print column names
*/
fprintf(f, "ftime\t");
for (i = 0, desc = &(data->ddl); desc != NULL; desc = desc->next, i++) {
for (n = 0; n < desc->numFields; n++) {
fprintf(f, "%s_%i(%s)", desc->ident, n + 1, desc->unit);
if(!(desc->next == NULL && n == desc->numFields - 1)) fprintf(f, "\t");
}
}
fprintf(f, "\n"); // done with row
/*
* print every record
*/
// buffer to hold current record
void *tempBuffer,
*bufPtr;
tempBuffer = malloc((size_t) data->recordSize);
/*
* various pointers for variuos data sizes
*/
uint8_t *u8Ptr;
int8_t *i8Ptr;
uint16_t *u16Ptr;
int16_t *i16Ptr;
uint32_t *u32Ptr;
int32_t *i32Ptr;
float *f32Ptr;
double *f64Ptr;
double *Rans;
int *Ians;
uint8_t *bPtr;
bPtr = (uint8_t *) tempBuffer;
i = 0; /* initial index in buffer */
for (m = 0; m < data->bufNumRecs; m++) {
// print frame time column
fprintf(f, "%f\t", data->Start_Time + m * 1/data->dataRate);
bufPtr = (void *)((char *)data->dataBuffer + m * data->recordSize);
memcpy(tempBuffer, bufPtr, (size_t) data->recordSize);
for (i = 0, desc = &(data->ddl); desc != NULL; desc = desc->next, i++) {
switch (desc->format) {
case DF_UINT8:
{
u8Ptr = &bPtr[desc->offset];
for (n = 0; n < desc->numFields; n++) {
fprintf(f, "%i", (unsigned int) u8Ptr[n]);
if(!(desc->next == NULL && n == desc->numFields - 1)) fprintf(f, "\t");
}
}
break;
case DF_INT8:
{
i8Ptr = (int8_t *) & bPtr[desc->offset];
for (n = 0; n < desc->numFields; n++) {
fprintf(f, "%i", (int) u8Ptr[n]);
if(!(desc->next == NULL && n == desc->numFields - 1)) fprintf(f, "\t");
}
}
break;
case DF_UINT16:
{
u16Ptr = (uint16_t *) & bPtr[desc->offset];
for (n = 0; n < desc->numFields; n++) {
fprintf(f, "%i", (unsigned int) u16Ptr[n]);
if(!(desc->next == NULL && n == desc->numFields - 1)) fprintf(f, "\t");
}
}
break;
case DF_INT16:
{
i16Ptr = (int16_t *) & bPtr[desc->offset];
for (n = 0; n < desc->numFields; n++) {
fprintf(f, "%i", (int) i16Ptr[n]);
if(!(desc->next == NULL && n == desc->numFields - 1)) fprintf(f, "\t");
}
}
break;
case DF_UINT32:
{
u32Ptr = (uint32_t *) & bPtr[desc->offset];
for (n = 0; n < desc->numFields; n++) {
fprintf(f, "%lu", (unsigned long) u32Ptr[n]);
if(!(desc->next == NULL && n == desc->numFields - 1)) fprintf(f, "\t");
}
}
break;
case DF_INT32:
{
i32Ptr = (int32_t *) & bPtr[desc->offset];
for (n = 0; n < desc->numFields; n++) {
fprintf(f, "%li", (long) i32Ptr[n]);
if(!(desc->next == NULL && n == desc->numFields - 1)) fprintf(f, "\t");
}
}
break;
case DF_REAL32:
{
f32Ptr = (float *) &bPtr[desc->offset];
for (n = 0; n < desc->numFields; n++) {
fprintf(f, "%f", (double) f32Ptr[n]);
if(!(desc->next == NULL && n == desc->numFields - 1)) fprintf(f, "\t");
}
}
break;
case DF_REAL64:
{
f64Ptr = (double *) &bPtr[desc->offset];
for (n = 0; n < desc->numFields; n++) {
fprintf(f, "%f", (double) f64Ptr[n]);
if(!(desc->next == NULL && n == desc->numFields - 1)) fprintf(f, "\t");
}
}
break;
default:
fprintf(stderr, "Hi, I just landed in the default of a switch in dataobj.c."
"I am sorry, I should not be here and I don't know what to do.");
break;
} // switch
}
fprintf(f, "\n"); // end of row
} // for
// clean up
free(tempBuffer);
return 0;
}
/*
* This function performs an ASSP analysis routine
* @param audio_in pointer to an uint8_t buffer containing the audio samples
* @param function_id int specifying which function to apply (currently only the
* default options are available)
*/
EMSCRIPTEN_KEEPALIVE
int performAssp(const char* audio_path,
const char* out_path,
const char* function_name,
const char* params_json,
const char* file_type) {
AOPTS OPTS;
AOPTS *opt = &OPTS;
W_OPT *wrasspOptions;
A_F_LIST *anaFunc = funclist;
int tmp,
expExt = 0;
char ext[SUFF_MAX + 1] = "";
W_GENDER *gend = NULL;
WFLIST *wPtr = NULL;
LP_TYPE *lPtr = NULL;
SPECT_TYPE *sPtr = NULL;
DOBJ *inPtr,
*outPtr;
int status = 0;
/*
* Third parameter must be ASSP function name
* check for validity and pick the right function descriptor
*/
while (anaFunc->funcNum != AF_NONE) {
if (strcmp(function_name, anaFunc->fName) == 0){
break;
}
anaFunc++;
}
if (anaFunc->funcNum == AF_NONE){
fprintf(stderr, "Invalid analysis function in performAssp.c: %s\n", function_name);
return 1;
}
/*
* generate the default settings for the analysis function
*/
if ((anaFunc->setFunc) (opt) == -1){
fprintf(stderr, "%d\t$%s\n", asspMsgNum, getAsspMsg(asspMsgNum));
return 1;
}
/*
* set options by parsing JSON option string
*/
cJSON *json = cJSON_Parse(params_json);
if (json == NULL) {
const char *error_ptr = cJSON_GetErrorPtr();
if (error_ptr != NULL)
{
fprintf(stderr, "Error before: %s\n", error_ptr);
}
status = 0;
goto end;
}
// get first element
cJSON *cjsonp = json->child;
char *name;
while(cjsonp){
name = cjsonp->string;
wrasspOptions = anaFunc->options;
while (wrasspOptions->name != NULL) {
if (strcmp(wrasspOptions->name, name) == 0)
break;
wrasspOptions++;
}
if (wrasspOptions->name == NULL){
fprintf(stderr, "Invalid option %s for ASSP analysis %s.\n", name,
anaFunc->fName);
status = 0;
goto end;
}
switch (wrasspOptions->optNum) {
case WO_BEGINTIME:
if (!cJSON_IsNumber(cjsonp)){
fprintf(stderr, "No number value for %s\n", cjsonp->string);
status = 0;
goto end;
}
opt->beginTime = cjsonp->valuedouble;
break;
case WO_ENDTIME:
if (!cJSON_IsNumber(cjsonp)){
fprintf(stderr, "No number value for %s\n", cjsonp->string);
status = 0;
goto end;
}
opt->endTime = cjsonp->valuedouble;
break;
case WO_CENTRETIME:
if (cJSON_IsTrue(cjsonp)) {
opt->options |= AOPT_USE_CTIME;
} else {
opt->options &= ~AOPT_USE_CTIME;
}
break;
case WO_MSEFFLEN:
if (cJSON_IsTrue(cjsonp)) {
opt->options |= AOPT_EFFECTIVE;
switch (anaFunc->funcNum) {
case AF_SPECTRUM:
opt->options &= ~AOPT_USE_ENBW;
break;
default:
/*
* do nothing
*/
break;
}
} else {
opt->options &= ~AOPT_EFFECTIVE;
switch (anaFunc->funcNum) {
case AF_FOREST:
opt->gender = 'u';
break;
default:
break;
}
}
break;
case WO_MSSIZE:
if (!cJSON_IsNumber(cjsonp)){
fprintf(stderr, "No number value for %s\n", cjsonp->string);
status = 0;
goto end;
}
opt->msSize = cjsonp->valueint;
switch (anaFunc->funcNum) {
case AF_FOREST:
switch (opt->gender) {
case 'f':
if (opt->msSize != FMT_DEF_EFFLENf)
opt->gender = 'u';
break;
case 'm':
if (opt->msSize != FMT_DEF_EFFLENm)
opt->gender = 'u';
break;
default:
break;
}
break;
case AF_SPECTRUM:
opt->options &= ~AOPT_USE_ENBW;
break;
default:
/*
* do nothing
*/
break;
}
break;
case WO_MSSHIFT:
// TODO: cJSON_IsNumber check?
opt->msShift = cjsonp->valuedouble;
break;
case WO_MSSMOOTH:
opt->msSmooth = cjsonp->valuedouble;
break;
case WO_BANDWIDTH:
opt->bandwidth = cjsonp->valuedouble;
break;
case WO_RESOLUTION:
opt->resolution = cjsonp->valuedouble;
break;
case WO_GAIN:
opt->gain = cjsonp->valuedouble;
break;
case WO_RANGE:
opt->range = cjsonp->valuedouble;
break;
case WO_PREEMPH:
opt->preEmph = cjsonp->valuedouble;
break;
case WO_FFTLEN:
opt->FFTLen = cjsonp->valueint;
break;
case WO_CHANNEL:
opt->channel = cjsonp->valueint;
break;
case WO_GENDER:
/*
* some things need to be set here:
* for f0_ksv: maxf, minf
* for f0_mhs: maxf, minf
* for forest: eff. window length, nominal F1
*/
gend = gender;
while (gend->ident != NULL) {
if (strncmp(gend->ident, cjsonp->valuestring, 1) == 0)
break;
gend++;
}
if (gend->ident == NULL){
fprintf(stderr, "Invalid gender specification %s.\n", cjsonp->valuestring);
status = 0;
goto end;
}
switch (anaFunc->funcNum) {
case AF_KSV_PITCH:
tmp = setKSVgenderDefaults(opt, gend->code);
break;
case AF_MHS_PITCH:
tmp = setMHSgenderDefaults(opt, gend->code);
break;
case AF_FOREST:
if (gend->num == TG_UNKNOWN) {
opt->gender = tolower((int) gend->code);
tmp = 1;
} else
tmp = setFMTgenderDefaults(opt, gend->code);
break;
default:
tmp = 1;
break;
}
if (tmp < 0){
fprintf(stderr, "%s", applMessage);
}
break;
case WO_MHS_OPT_POWER:
if (cJSON_IsTrue(cjsonp))
opt->options |= MHS_OPT_POWER;
else
opt->options &= ~MHS_OPT_POWER;
break;
case WO_ORDER:
tmp = opt->order;
opt->order = cjsonp->valueint;
if (anaFunc->funcNum == AF_FOREST) {
if ((opt->order % 2) != 0) {
opt->order = tmp;
fprintf(stderr, "Prediction order must be an even number.");
status = 0;
goto end;
} else {
opt->options |= FMT_OPT_LPO_FIXED;
opt->increment = 0;
}
}
break;
case WO_INCREMENT:
opt->increment = cjsonp->valueint;
if (anaFunc->funcNum == AF_FOREST) {
opt->options &= ~FMT_OPT_LPO_FIXED;
opt->order = 0;
}
break;
case WO_NUMLEVELS:
opt->numLevels = cjsonp->valueint;
break;
case WO_NUMFORMANTS:
opt->numFormants = cjsonp->valueint;
break;
case WO_PRECISION:
opt->precision = cjsonp->valueint;
break;
case WO_ACCURACY:
opt->accuracy = cjsonp->valueint;
break;
case WO_ALPHA:
opt->alpha = cjsonp->valuedouble;
break;
case WO_THRESHOLD:
opt->threshold = cjsonp->valuedouble;
break;
case WO_MAXF:
opt->maxF = cjsonp->valuedouble;
switch (anaFunc->funcNum) {
case AF_KSV_PITCH:
case AF_MHS_PITCH:
opt->gender = 'u';
break;
default:
/*
* do nothing
*/
break;
}
break;
case WO_MINF:
opt->minF = cjsonp->valuedouble;
switch (anaFunc->funcNum) {
case AF_KSV_PITCH:
case AF_MHS_PITCH:
opt->gender = 'u';
break;
default:
/*
* do nothing
*/
break;
}
break;
case WO_NOMF1: /* e.g. for formant analysis */
opt->nomF1 = cjsonp->valuedouble;
switch (anaFunc->funcNum) {
case AF_FOREST:
switch (opt->gender) {
case 'f':
if (opt->nomF1 != FMT_DEF_NOMF1f)
opt->gender = 'u';
break;
case 'm':
if (opt->nomF1 != FMT_DEF_NOMF1m)
opt->gender = 'u';
break;
default:
break;
}
break;
default:
/*
* do nothing
*/
break;
}
break;
case WO_INS_EST:
if (cjsonp->valueint)
opt->options |= FMT_OPT_INS_ESTS;
else
opt->options &= ~FMT_OPT_INS_ESTS;
break;
case WO_VOIAC1PP: /* VOICING thresholds */
opt->voiAC1 = cjsonp->valuedouble;
break;
case WO_VOIMAG:
opt->voiMag = cjsonp->valuedouble;
break;
case WO_VOIPROB:
opt->voiProb = cjsonp->valuedouble;
break;
case WO_VOIRMS:
opt->voiRMS = cjsonp->valuedouble;
break;
case WO_VOIZCR:
opt->voiZCR = cjsonp->valuedouble;
break;
case WO_HPCUTOFF: /* filter parameters */
opt->hpCutOff = cjsonp->valuedouble;
if (expExt == 0)
tmp = getFILTtype(opt, anaFunc->defExt);
break;
case WO_LPCUTOFF:
opt->lpCutOff = cjsonp->valuedouble;
if (expExt == 0)
tmp = getFILTtype(opt, anaFunc->defExt);
break;
case WO_STOPDB:
opt->stopDB = cjsonp->valuedouble;
if (expExt == 0)
tmp = getFILTtype(opt, anaFunc->defExt);
break;
case WO_TBWIDTH: