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/*
Copyright 2011-2013 Thibaut Paumard
This file is part of Gyoto.
Gyoto is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Gyoto is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Gyoto. If not, see <http://www.gnu.org/licenses/>.
*/
#include <cmath>
#include "ygyoto.h"
#include "ygyoto_private.h"
#include "yapi.h"
#include "pstdlib.h"
#ifdef GYOTO_USE_XERCES
#include "GyotoFactory.h"
#endif
using namespace std;
using namespace Gyoto;
using namespace Gyoto::Spectrometer;
static char const * ygyoto_Spectrometer_names[YGYOTO_MAX_REGISTERED]
={0};
static ygyoto_Spectrometer_eval_worker_t *ygyoto_Spectrometer_evals[YGYOTO_MAX_REGISTERED]
={0};
static int ygyoto_Spectrometer_count=0;
YGYOTO_YUSEROBJ(Spectrometer, Spectrometer::Generic)
YGYOTO_BASE_CONSTRUCTOR1(Spectrometer,spectrometer)
extern "C" {
void gyoto_Spectrometer_eval(void *obj, int argc) {
SmartPointer<Spectrometer::Generic> *OBJ_ =
&(((gyoto_Spectrometer*)obj)->smptr);
// If no parameters, return pointer
if (argc==1 && yarg_nil(0)) {
ypush_long( (long) (*OBJ_)() );
return;
}
// Try calling kind-specific worker
int n=0;
char const * const kind = (*OBJ_)->kindid();
while (n<ygyoto_Spectrometer_count &&
kind != ygyoto_Spectrometer_names[n]) ++n;
if (n<ygyoto_Spectrometer_count && ygyoto_Spectrometer_evals[n]) {
(*ygyoto_Spectrometer_evals[n])(OBJ_, argc);
return;
}
// Fall-back to generic worker
static char const * knames[]={
"unit",
YGYOTO_SPECTROMETER_GENERIC_KW, 0
};
YGYOTO_WORKER_INIT(Spectrometer,
Generic, knames, YGYOTO_METRIC_GENERIC_KW_N+1);
YGYOTO_WORKER_SET_UNIT;
YGYOTO_WORKER_CALL_GENERIC(Spectrometer);
}
}
void ygyoto_Spectrometer_register(char const*const name, ygyoto_Spectrometer_eval_worker_t* on_eval){
int n;
if (ygyoto_Spectrometer_count==YGYOTO_MAX_REGISTERED)
y_error("Too many Spectrometers registered");
for (n=0; n<ygyoto_Spectrometer_count; ++n)
if (ygyoto_Spectrometer_names[n]==name) return;
ygyoto_Spectrometer_names[ygyoto_Spectrometer_count] = name;
ygyoto_Spectrometer_evals[ygyoto_Spectrometer_count++]=on_eval;
//if ((ygyoto_Spectrometer_count) < YGYOTO_METRIC_MAX_REGISTERED)
// strcpy(ygyoto_Spectrometer_names[ygyoto_Spectrometer_count], "");
}
void ygyoto_Spectrometer_generic_eval(SmartPointer<Spectrometer::Generic>*OBJ,
int *kiargs, int *piargs,
int *rvset, int *paUsed, char * unit) {
int k=-1, iarg=-1;
char const * rmsg="Cannot set return value more than once";
/* METHODS */
// kind
if ((iarg=kiargs[++k])>=0) {
if ((*rvset)++) y_error(rmsg);
if (!yarg_nil(iarg)) y_error("KIND is readonly");
char ** kind = ypush_q(0);
*kind = p_strcpy((*OBJ)->kindid());
}
// Process SET keywords
// Save to file
YGYOTO_WORKER_XMLWRITE;
/* CLONE */
YGYOTO_WORKER_CLONE(Spectrometer);
/* HELP */
YGYOTO_WORKER_HELP;
// get members //
/* NSAMPLES */
if ((iarg=kiargs[++k])>=0) {
iarg+=*rvset;
if (yarg_nil(iarg)) ypush_long((*OBJ)->nSamples());
else y_error("NSAMPLES is readonly");
}
/* SETPARAMETER */
YGYOTO_WORKER_SETPARAMETER;
/* GET SPECTRO CHANNELS */
if ((iarg=kiargs[++k])>=0) {
if (!yarg_nil(iarg)) y_error("CHANNELS is readonly");
if ((*rvset)++) y_error(rmsg);
long nsamples = long((*OBJ) -> nSamples());
if (nsamples) {
long dims[] = {2, 2, nsamples};
double converted[(*OBJ)->getNBoundaries()];
(*OBJ) -> getChannelBoundaries(converted, unit?unit:"");
GYOTO_DEBUG_ARRAY(converted, (*OBJ)->getNBoundaries());
size_t const * const chanind = (*OBJ) -> getChannelIndices();
GYOTO_DEBUG_ARRAY(chanind, 2*size_t(nsamples));
double * ychannels = ypush_d(dims);
for (long i=0; i<2*nsamples; ++i) {
ychannels[i] = converted[chanind[i]];
GYOTO_DEBUG << "ychannels["<< i << "]=" << ychannels[i] << endl;
}
} else ypush_nil();
}
/* GET SPECTRO MIDPOINTS */
if ((iarg=kiargs[++k])>=0) {
if (!yarg_nil(iarg)) y_error("MIDPOINTS is readonly");
if ((*rvset)++) y_error(rmsg);
long nsamples = long((*OBJ) -> nSamples());
if (nsamples) {
long dims[] = {1, nsamples};
double * ychannels = ypush_d(dims);
(*OBJ)->getMidpoints(ychannels, unit?unit:"");
} else ypush_nil();
}
/* GET SPECTRO WIDTHS */
if ((iarg=kiargs[++k])>=0) {
if (!yarg_nil(iarg)) y_error("WIDTHS is readonly");
if ((*rvset)++) y_error(rmsg);
long nsamples = long((*OBJ) -> nSamples());
if (nsamples) {
long dims[] = {1, nsamples};
double * ywidths = ypush_d(dims);
(*OBJ)->getWidths(ywidths, unit?unit:"");
} else ypush_nil();
}
}
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