void qhy10_init()
{
qhy_core_init();
qhy_core_getendp()->info = 0xC2;
qhy_core_getendp()->read = 0xC0;
qhy_core_getendp()->write = 0x40;
qhy_core_getendp()->iread = 0x81;
qhy_core_getendp()->iwrite = 0x01;
qhy_core_getendp()->bulk = 0x82;
qhy_core_getendp()->aux = 0;
qhy_core_getreq()->sendregs = 0xB5;
qhy_core_getreq()->startexp = 0xB3;
qhy_core_getreq()->setdc201 = 0XC6;
qhy_core_getreq()->getdc201 = 0XC5;
qhy_core_getreq()->shutter = 0;
qhy_core_getreq()->wheel = 0xC1;
qhy_core_getcampars()->vid = VENDOR_ID;
qhy_core_getcampars()->pid = PRODUCT_ID;
qhy_core_getcampars()->shortexp = SHORTEXP;
qhy_core_getcampars()->buftimes = 0;
qhy_core_getcampars()->buftimef = 0;
// Positively yess tec
imgcam_get_tecp()->istec = 1; // 0 = Not driveable tec or no tec 1 = Driveable tec
imgcam_get_tecp()->tecerr = 0; // Error reading / setting tec;
imgcam_get_tecp()->tecpwr = 5; // Basically 0 - tecmax, value here is used for initial set on camera open
imgcam_get_tecp()->tecmax = 255; // 0-255
imgcam_get_tecp()->tecauto = 0; // 0 = Manual, 1 = Seek target temp
imgcam_get_tecp()->tectemp = 0.; // Only meaningful when tecauto = 1;
imgcam_get_tecp()->settemp = 0.; // Only meaningful when tecauto = 1;
imgcam_get_camui()->hasgain = 1;
imgcam_get_camui()->hasoffset = 1;
strcpy(imgcam_get_camui()->binstr, "1x1|2x2|4x4:0");
/// Capture size values list, just translate "Full" (frame)
strcpy(imgcam_get_camui()->roistr, C_("camio","Full|512x512|256x256|128x128:0"));
/// Combo box values list, keep N-<desc> format. Just translate <desc>
strcpy(imgcam_get_camui()->spdstr, C_("camio","0-Slow|1-Fast:0"));
strcpy(imgcam_get_camui()->ampstr, C_("camio","0-AmpOff|1-AmpOn|2-Auto:2"));
strcpy(imgcam_get_camui()->modstr, "");
strcpy(imgcam_get_camui()->moddsc, "");
strcpy(imgcam_get_camui()->snrstr, "");
strcpy(imgcam_get_camui()->bppstr, "2-16Bit|:0");
strcpy(imgcam_get_camui()->byrstr, "1");
strcpy(imgcam_get_camui()->tecstr, "0:255:1:2");
strcpy(imgcam_get_camui()->whlstr, "");
// Header values
imgcam_get_camui()->pszx = 6.05;
imgcam_get_camui()->pszy = 6.05;
imgcam_get_expar()->bitpix = 16;
imgcam_get_expar()->bytepix = 2;
imgcam_get_expar()->tsize = 0;
imgcam_get_expar()->edit = 0;
}
void qhy5ii_init()
{
qhy_core_init();
qhy_core_getendp()->info = 0xC2;
qhy_core_getendp()->read = 0xC0;
qhy_core_getendp()->write = 0x40;
qhy_core_getendp()->iread = 0x81;
qhy_core_getendp()->iwrite = 0x01;
qhy_core_getendp()->bulk = 0x82;
qhy_core_getendp()->aux = 0;
qhy_core_getreq()->sendregs = 0xB5;
qhy_core_getreq()->startexp = 0xB3;
qhy_core_getreq()->setdc201 = 0;
qhy_core_getreq()->getdc201 = 0;
qhy_core_getreq()->shutter = 0;
qhy_core_getreq()->wheel = 0;
qhy_core_getcampars()->vid = VENDOR_ID;
qhy_core_getcampars()->pid = PRODUCT_ID;
qhy_core_getcampars()->shortexp = SHORTEXP;
qhy_core_getcampars()->buftimes = 0;
qhy_core_getcampars()->buftimef = 0;
// Positively no tec
imgcam_get_tecp()->istec = 0; // 0 = Not driveable tec or no tec 1 = Driveable tec
imgcam_get_tecp()->tecerr = 0; // Error reading / setting tec;
imgcam_get_tecp()->tecpwr = 0; // Basically 0 - tecmax
imgcam_get_tecp()->tecmax = 0; // 0-255
imgcam_get_tecp()->tecauto = 0; // 0 = Manual, 1 = Seek target temp
imgcam_get_tecp()->tectemp = 0.; // Only meaningful when tecauto = 1;
imgcam_get_tecp()->settemp = 0.; // Only meaningful when tecauto = 1;
strcpy(imgcam_get_camui()->binstr, "");
strcpy(imgcam_get_camui()->roistr, "");
/// Combo box values list, keep N-<desc> format. Just translate <desc>
strcpy(imgcam_get_camui()->spdstr, C_("camio","0-Slow|1-Fast:0"));
strcpy(imgcam_get_camui()->ampstr, "");
strcpy(imgcam_get_camui()->modstr, "0:255:5:50");
/// Descriptiopn for "mode" combo box
strcpy(imgcam_get_camui()->moddsc, C_("camio","Usb bus speed"));
strcpy(imgcam_get_camui()->snrstr, "");
strcpy(imgcam_get_camui()->bppstr, "");
strcpy(imgcam_get_camui()->byrstr, "-1");
strcpy(imgcam_get_camui()->tecstr, "");
strcpy(imgcam_get_camui()->whlstr, "");
imgcam_get_expar()->bitpix = 8;
imgcam_get_expar()->bytepix = 1;
imgcam_get_expar()->tsize = 0;
imgcam_get_expar()->edit = 0;
}
int imgcam_readout_ext(unsigned char *p)
{
int retval = 1;
int error = 0, length_transferred = 0;
if (camid < 1000)
{
// QHY
if ((qhy_core_getcampars()->buftimes > 0) || (qhy_core_getcampars()->buftimef > 0))
{
//printf("Buffering\n");
// Allow for buffering time on buffered camera
usleep(((shpar.speed == 0) ? qhy_core_getcampars()->buftimes : qhy_core_getcampars()->buftimef) / shpar.bin * 1000);
// Check if camera is good and ready thereafter
while (qhy_getCameraStatus() == 0)
{
usleep(1000);
/*if (camid == 9)
{
// Qhy9 only allow one getCamerStatus call
break;
}*/
}
}
//char *buf = NULL;
//printf("Begin readout: %s\n", gettimestamp(buf));
retval = qhy_getImgData(shpar.tsize, p, &error, &length_transferred);
//printf("End readout : %s\n", gettimestamp(buf));
}
else if (camid == 1000) // plouis
{
//Meade dsi2pro
if ((retval = dsi2pro_getImgData()) == 1)
{
length_transferred = shpar.tsize;
}
}
#ifdef HAVE_SBIG
else if (camid == 2000)
{
//SBIG
if ((retval = (sbig_Readout(&shpar, p) == 0)) == 1)
{
length_transferred = shpar.tsize;
}
}
#endif
#ifdef HAVE_URVC
else if (camid == 2100)
{
//PSBIG = URVC
if ((retval = urvc_Readout(&shpar, p)) == 1)
{
length_transferred = shpar.tsize;
}
}
#endif
else
{
// Unknown
retval = 0;
}
if (retval == 1)
{
if (shpar.tsize == length_transferred)
{
switch (camid)
{
case 20:
qhy2old_decode(p);
break;
case 5:
qhy5_decode(p);
break;
case 52:
qhy5ii_decode(p);
break;
case 6:
qhy6_decode(p);
break;
case 60:
//printf("Decode\n");
qhy6old_decode(p);
break;
case 7:
qhy7_decode(p);
break;
case 80:
qhy8old_decode(p);
break;
case 81:
qhy8l_decode(p);
break;
case 9:
if (shpar.mode > 0)
{
// In dark mode
// Release shutter to avoid excess strain
imgcam_shutter(2);
}
qhy9_decode(p);
break;
case 91:
if (shpar.mode > 0)
{
// In dark mode
// Release shutter to avoid excess strain
imgcam_shutter(2);
}
qhy9l_decode(p);
break;
case 10:
qhy10_decode(p);
break;
case 11:
qhy11_decode(p);
break;
case 12:
qhy12_decode(p);
break;
case 1000: // plouis
dsi2pro_decode(p);
break;
}
loaded = 1;
}
else
{
// printf("Data: %d, %d\n", shpar.tsize, length_transferred);
sprintf(cammsg, C_("camio","Bad data received, discarded"));
retval = 0;
}
}
if ((retval == 0) && (strlen(cammsg) == 0))
{
strcpy(cammsg, qhy_core_msg());
// printf("%s\n", cammsg);
// printf("TotalSize: %d, TSize: %d, Transferred: %d\n", shpar.totsize, shpar.tsize, length_transferred);
}
return (retval);
}
int imgcam_abort(int mode)
{
int retval = 0;
cammsg[0] = '\0';
switch (camid)
{
case 5:
// retval = qhy_cmosAbortCapture(shpar.tsize);
// break;
case 20:
case 60:
case 80:
if (qhy_CloseCamera())
{
usleep(100000);
if (imgcam_reset())
{
retval = qhy_OpenCamera(qhy_core_getcampars()->vid, qhy_core_getcampars()->pid);
usleep(100000);
}
}
break;
case 52:
retval = qhy5ii_AbortCapture();
break;
case 6:
case 7:
case 81:
case 9:
case 91:
case 10:
case 11:
case 12:
if (mode == REQKILL)
{
retval = qhy_ccdAbortCapture();
}
else
{
retval = qhy_ccdStopCapture() * -1;
}
usleep(100000);
break;
case 1000:
retval = dsi2pro_AbortCapture();
usleep(100000);
break;
#ifdef HAVE_SBIG
case 2000:
retval = (sbig_KillExposure() == 0);
break;
#endif
#ifdef HAVE_URVC
case 2100:
retval = urvc_KillExposure();
break;
#endif
}
loaded = (retval == 1) ? 0 : loaded;
expar.edit = (retval == 1) ? 1 : expar.edit;
if ((retval == 0) && (strlen(cammsg) == 0))
{
strcpy(cammsg, get_core_msg());
}
return (retval);
}
