/**************************************************************************************
** Get the Data
***************************************************************************************/
void RadioSim::grabData()
{
if(InCapture)
{
int len = to_read * 8 / PrimaryDetector.getBPS();
LOG_INFO("Downloading...");
InCapture = false;
dsp_stream_p stream = dsp_stream_new();
dsp_stream_add_dim(stream, len);
dsp_stream_alloc_buffer(stream, len);
dsp_signals_sinewave(stream, PrimaryDetector.getSampleRate(), ((rand() % (int)PrimaryDetector.getSampleRate()) + 1));
dsp_buffer_stretch(stream->buf, stream->len, 0, RESOLUTION0 * 255 / RESOLUTION);
for(int x = 0; x < stream->len; x++)
{
stream->buf[x] *= PrimaryDetector.getGain();
stream->buf[x] += (rand() % 255);
}
dsp_buffer_normalize(stream->buf, stream->len, 0, 4096);
continuum = PrimaryDetector.getContinuumBuffer();
dsp_buffer_copy(stream->buf, continuum, stream->len);
dsp_stream_free_buffer(stream);
dsp_stream_free(stream);
//Create the spectrum
spectrum = PrimaryDetector.getSpectrumBuffer();
Spectrum(continuum, spectrum, to_read, SPECTRUM_SIZE * 8 / PrimaryDetector.getBPS(), PrimaryDetector.getBPS());
LOG_INFO("Download complete.");
CaptureComplete(&PrimaryDetector);
}
}
/**************************************************************************************
** Create a random image and return it to client
***************************************************************************************/
void SimpleDetector::grabFrame()
{
// Set length of continuum
int len = PrimaryDetector.getSampleRate() * PrimaryDetector.getCaptureDuration() * PrimaryDetector.getBPS() / 8;
PrimaryDetector.setContinuumBufferSize(len);
// Let's get a pointer to the frame buffer
uint8_t *continuum = PrimaryDetector.getContinuumBuffer();
// Fill buffer with random pattern
for (int i = 0; i < len; i++)
continuum[i] = rand() % 255;
// Set length of spectrum
len = 1000;
PrimaryDetector.setSpectrumBufferSize(len);
// Let's get a pointer to the frame buffer
double *spectrum = PrimaryDetector.getSpectrumBuffer();
// Fill buffer with random pattern
for (int i = 0; i < len; i++)
spectrum[i] = rand() % 255;
IDMessage(getDeviceName(), "Download complete.");
// Let INDI::Detector know we're done filling the image buffer
CaptureComplete(&PrimaryDetector);
}
/**************************************************************************************
** Get the Data
***************************************************************************************/
void RadioSim::grabData()
{
int to_read;
int len = static_cast<int>RESOLUTION_PX(DishSize);
double val = 0;
int x = static_cast<int>(Ra * IMAGE_WIDTH / FOV_DEG);
int y = static_cast<int>(Dec * IMAGE_HEIGHT / FOV_DEG);
PrimaryDetector.setContinuumBufferSize(1);
continuum = PrimaryDetector.getContinuumBuffer();
for(to_read = 0; to_read < len && x + to_read < IMAGE_WIDTH; to_read++)
val += MagickImage[x + (y * IMAGE_WIDTH) + to_read];
continuum[0] = static_cast<unsigned char>(val / (to_read));
IDMessage (getDeviceName(), "value: %d", continuum[0]);
LOG_INFO("Download complete.");
// Let INDI::Detector know we're done filling the data buffers
CaptureComplete(&PrimaryDetector);
}
