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- Made the Axis Calibration dialog modeless and had it close the settings dialog, so that the screen is less cluttered and you can use any controls.
- Fixed a bug in ALT calibration that would incorrectly calculate the distance moved when it crossed the 0/360 degree boundary.
- Stopped the calibration wizard from slewing the mount home when calibration is complete.
- Cleared the inpout coordinates for Step 2.
<TextBlock Grid.Row="1"Text="Take an image and plate solve it. Type the coordinates below, three numbers with spaces in each box."Style="{StaticResource TextBlockListItem}"/>
<TextBlock Grid.Row="1"Text="Take an image and plate solve it. Type the coordinates below, three numbers with spaces in each box. If you have N.I.N.A. Monitoring enabled and are using N.I.N.A. to plate solve, they will auto-populate once the solution is found."Style="{StaticResource TextBlockListItem}"Margin="25,15"/>
<TextBlock Grid.Row="0"Text="Step 2: Move Axis and plate solve"Margin="10"Style="{StaticResource TextBlockHeading}"TextWrapping="Wrap" />
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<TextBlock Grid.Row="1"Text="Use the controls to move the mount. Once done, take an image and plate solve it. Type the coordinates below, three numbers with spaces."Style="{StaticResource TextBlockListItem}"/>
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<TextBlock Grid.Row="1"Text="Use the controls below (or in the main view or MiniControl) to move the mount. Once done, take an image and plate solve it. Type the coordinates below, three numbers with spaces. If you have N.I.N.A. Monitoring enabled and are using N.I.N.A. to plate solve, they will auto-populate once the solution is found."Style="{StaticResource TextBlockListItem}"Margin="25,0,25,5"/>
<TextBlock Grid.Row="3"Text="Axis will move a set amount (determined by selected distance) per click."Style="{StaticResource TextBlockListItem}"HorizontalAlignment="Center"Margin="0,25,0,10"Visibility="{Binding IsPrimaryAxis, Converter={StaticResource VisibleIfSecondaryAxis}}"/>
Log.WriteLine($"AXISCALIB: Second solution is RA:{InputCoordinateRA} ({_raSolvedEnd.ToString("F5")}) and DEC:{InputCoordinateDEC} ({_decSolvedEnd.ToString("F5")}). StepsMoved:{stepsMoved}");
Log.WriteLine($"AXISCALIB: RA calibration. MovedDegrees:{movedDegrees.ToString("F2")}. Calculated steps/deg:({CalculatedStepsPerDegree.ToString("F1")}). Mount steps/deg:{MountStepsPerDegree.ToString("F1")}");
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Log.WriteLine($"AXISCALIB: RA calibration error:{ErrorRatio.ToString("F1")}%");
Log.WriteLine($"AXISCALIB: DEC calibration. DecSolvedStart:{_decSolvedStart.ToString("F2")}. DecSolvedEnd:{_decSolvedEnd.ToString("F2")}. Currentsteps:{currentSteps}");
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Log.WriteLine($"AXISCALIB: DEC calibration. MovedRADegrees:{movedRADegrees.ToString("F2")}");
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Log.WriteLine($"AXISCALIB: DEC calibration. MovedDegrees:{movedDegrees.ToString("F2")}. Calculated steps/deg:({CalculatedStepsPerDegree.ToString("F1")}). Mount steps/deg:{MountStepsPerDegree.ToString("F1")}");
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Log.WriteLine($"AXISCALIB: DEC calibration error:{ErrorRatio.ToString("F1")}%");
Log.WriteLine($"AXISCALIB: ALT/AZ calibration. Corrected AZ Start:{azimuthStart.ToString("F2")}. End:{azimuth.ToString("F2")}. MovedDegrees now {movedDegrees.ToString("F3")}");
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}
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else
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{
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Log.WriteLine($"AXISCALIB: ALT/AZ calibration. ALT MovedDegrees {movedDegrees.ToString("F3")}");
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