◆ __init__() [1/3]
| def LbcsAutoGuiderHardware.Tcs.__init__ |
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◆ __init__() [2/3]
| def LbcsAutoGuiderHardware.Tcs.__init__ |
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◆ __init__() [3/3]
| def LbcsAutoGuiderHardware.Tcs.__init__ |
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◆ getAlt() [1/3]
| def LbcsAutoGuiderHardware.Tcs.getAlt |
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read altitude/elevation in units of radians from the lbcs
◆ getAlt() [2/3]
| def LbcsAutoGuiderHardware.Tcs.getAlt |
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read altitude/elevation in units of radians from the lbcs
◆ getAlt() [3/3]
| def LbcsAutoGuiderHardware.Tcs.getAlt |
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read altitude/elevation in units of radians from the lbcs
◆ getAz() [1/3]
| def LbcsAutoGuiderHardware.Tcs.getAz |
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read azimuth in units of radians from the lbcs
◆ getAz() [2/3]
| def LbcsAutoGuiderHardware.Tcs.getAz |
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read azimuth in units of radians from the lbcs
◆ getAz() [3/3]
| def LbcsAutoGuiderHardware.Tcs.getAz |
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read azimuth in units of radians from the lbcs
◆ getDec() [1/3]
| def LbcsAutoGuiderHardware.Tcs.getDec |
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read DEC in units of radians from the lbcs
◆ getDec() [2/3]
| def LbcsAutoGuiderHardware.Tcs.getDec |
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read DEC in units of radians from the lbcs
◆ getDec() [3/3]
| def LbcsAutoGuiderHardware.Tcs.getDec |
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read DEC in units of radians from the lbcs
◆ getEpoch() [1/3]
| def LbcsAutoGuiderHardware.Tcs.getEpoch |
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read Epoch in units of years from the lbcs
◆ getEpoch() [2/3]
| def LbcsAutoGuiderHardware.Tcs.getEpoch |
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read Epoch in units of years from the lbcs
◆ getEpoch() [3/3]
| def LbcsAutoGuiderHardware.Tcs.getEpoch |
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read Epoch in units of years from the lbcs
◆ getHourAngle() [1/3]
| def LbcsAutoGuiderHardware.Tcs.getHourAngle |
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read hour angle as a string the lbcs
◆ getHourAngle() [2/3]
| def LbcsAutoGuiderHardware.Tcs.getHourAngle |
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read hour angle as a string the lbcs
◆ getHourAngle() [3/3]
| def LbcsAutoGuiderHardware.Tcs.getHourAngle |
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read hour angle as a string the lbcs
◆ getLST() [1/3]
| def LbcsAutoGuiderHardware.Tcs.getLST |
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read local sidereal time as a HH:mm:sss.ss string from the lbcs
◆ getLST() [2/3]
| def LbcsAutoGuiderHardware.Tcs.getLST |
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read local sidereal time as a HH:mm:sss.ss string from the lbcs
◆ getLST() [3/3]
| def LbcsAutoGuiderHardware.Tcs.getLST |
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read local sidereal time as a HH:mm:sss.ss string from the lbcs
◆ getParallacticAngle() [1/3]
| def LbcsAutoGuiderHardware.Tcs.getParallacticAngle |
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read parallactic angle in units of degrees from the lbcs
◆ getParallacticAngle() [2/3]
| def LbcsAutoGuiderHardware.Tcs.getParallacticAngle |
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read parallactic angle in units of degrees from the lbcs
◆ getParallacticAngle() [3/3]
| def LbcsAutoGuiderHardware.Tcs.getParallacticAngle |
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read parallactic angle in units of degrees from the lbcs
◆ getRa() [1/3]
| def LbcsAutoGuiderHardware.Tcs.getRa |
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read RA in units of radians from the lbcs
◆ getRa() [2/3]
| def LbcsAutoGuiderHardware.Tcs.getRa |
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read RA in units of radians from the lbcs
◆ getRa() [3/3]
| def LbcsAutoGuiderHardware.Tcs.getRa |
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read RA in units of radians from the lbcs
◆ getUTC() [1/3]
| def LbcsAutoGuiderHardware.Tcs.getUTC |
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read UTC as a HH:mm:sss.ss string from the lbcs
◆ getUTC() [2/3]
| def LbcsAutoGuiderHardware.Tcs.getUTC |
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read UTC as a HH:mm:sss.ss string from the lbcs
◆ getUTC() [3/3]
| def LbcsAutoGuiderHardware.Tcs.getUTC |
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read UTC as a HH:mm:sss.ss string from the lbcs
◆ initTcs() [1/3]
| def LbcsAutoGuiderHardware.Tcs.initTcs |
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◆ initTcs() [2/3]
| def LbcsAutoGuiderHardware.Tcs.initTcs |
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◆ initTcs() [3/3]
| def LbcsAutoGuiderHardware.Tcs.initTcs |
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◆ setOffsetGuiding() [1/3]
◆ setOffsetGuiding() [2/3]
◆ setOffsetGuiding() [3/3]
◆ setOffsetPointing() [1/3]
| def LbcsAutoGuiderHardware.Tcs.setOffsetPointing |
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_ra, |
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_dec |
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forward OffstePointing2() to the telescope.
_ra is the right ascension correction in arcseconds.
This includes the cos(dec), which means the numerical value is the
change in _ra*cos(dec).
_dec is the declination correction in arcseconds
◆ setOffsetPointing() [2/3]
| def LbcsAutoGuiderHardware.Tcs.setOffsetPointing |
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_ra, |
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_dec |
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forward OffstePointing2() to the telescope.
_ra is the right ascension correction in arcseconds.
This includes the cos(dec), which means the numerical value is the
change in _ra*cos(dec).
_dec is the declination correction in arcseconds
◆ setOffsetPointing() [3/3]
| def LbcsAutoGuiderHardware.Tcs.setOffsetPointing |
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_ra, |
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_dec |
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forward OffstePointing2() to the telescope.
_ra is the right ascension correction in arcseconds.
This includes the cos(dec), which means the numerical value is the
change in _ra*cos(dec).
_dec is the declination correction in arcseconds
◆ instance
| LbcsAutoGuiderHardware.Tcs.instance = None |
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◆ tcs
| LbcsAutoGuiderHardware.Tcs.tcs |
◆ tcsSim
| bool LbcsAutoGuiderHardware.Tcs.tcsSim = False |
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The documentation for this class was generated from the following file:
