#include <stdint.h>
#include <sys/time.h>
#include <cmath>
#include <indicom.h>
Go to the source code of this file.
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| class | Angle |
| | The Angle class This class implements an angle type. This holds an angle that is always in the range -180 to +180 Relational and arithmetic operators work over the -180 - +180 discontinuity. More...
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| class | Axis |
| | The Axis class Implements a generic Axis which can be used for equatorial or AltAz mounts for both axes. More...
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| class | Alignment |
| | The Alignment class This converts between the mount axis angles and the sky hour angle and declination angles. Initially for equatorial fork and GEM mounts. To start with there is a unity mount model. The axis zeros correspond to the declination and hour angle zeroes and the directions match in the Northern henisphere For the GEM the normal pointing state is defined as positive hour angles, ie. with the mount on the East, looking West Both axis directions are mirrored in the South. More...
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| class | Vector |
| | The Vector class This implements the Directional Cosine used by Taki in his Matrix method. using Vector because it's a 3D vector, hope this doesn't clash too badly with std::vector. More...
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| char | device_str [64] |
| | The transformations are based on the paper "Matrix Method for Coordinates Transformation" written by Toshimi Taki.
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◆ device_str
The transformations are based on the paper "Matrix Method for Coordinates Transformation" written by Toshimi Taki.
Definition at line 28 of file scopesim_helper.cpp.
