/
generate_examples_star_chart.py
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generate_examples_star_chart.py
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# Generate chart examples plots
# python test_generate_star_chart.py
import star_chart_spherical_projection
if __name__ == '__main__':
startYear = -15000
endYear = 15000
incrementYear = 5
year_since_example = 24 # 2024
star_chart_spherical_projection.starPositionOverTime(builtInStarName="Vega",
newStar=None,
startYearSince2000=startYear,
endYearSince2000=endYear,
isPrecessionIncluded=True,
incrementYear=incrementYear,
save_to_csv=None)
star_chart_spherical_projection.plotStarPositionOverTime(builtInStarName="Vega",
newStar=None,
startYearSince2000=startYear,
endYearSince2000=endYear,
isPrecessionIncluded=True,
incrementYear=incrementYear,
DecOrRA="D",
save_plot_name="examples/plot_star_vega_declination_with_precession.png")
star_chart_spherical_projection.plotStarPositionOverTime(builtInStarName="Vega",
newStar=None,
startYearSince2000=startYear,
endYearSince2000=endYear,
isPrecessionIncluded=True,
incrementYear=incrementYear,
DecOrRA="R",
save_plot_name="examples/plot_star_vega_right_ascension_with_precession.png")
star_chart_spherical_projection.plotStarPositionOverTime(builtInStarName="Vega",
newStar=None,
startYearSince2000=startYear,
endYearSince2000=endYear,
isPrecessionIncluded=False,
incrementYear=incrementYear,
DecOrRA="D",
save_plot_name="examples/plot_star_vega_declination_without_precession.png")
star_chart_spherical_projection.plotStarPositionOverTime(builtInStarName="Vega",
newStar=None,
startYearSince2000=startYear,
endYearSince2000=endYear,
isPrecessionIncluded=False,
incrementYear=incrementYear,
DecOrRA="R",
save_plot_name="examples/plot_star_vega_right_ascension_without_precession.png")
# note, includes endYear (0 to 9, every three = [0, 3, 6, 9], inclusive of start, inclusive of end
# Quickstart Graphs
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="South",
displayStarNamesLabels=False,
yearSince2000=year_since_example,
save_plot_name="examples/quickstart_south_years.png")
exalibur_star = star_chart_spherical_projection.newStar(starName="Exalibur",
ra="14.04.23",
dec=64.22,
properMotionSpeed=12.3,
properMotionAngle=83,
magnitudeVisual=1.2)
karaboudjan_star = star_chart_spherical_projection.newStar(starName="Karaboudjan",
ra="3.14.15",
dec=10.13,
properMotionSpeedRA=57.6,
properMotionSpeedDec=60.1,
magnitudeVisual=0.3)
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
builtInStars=["Vega", "Arcturus", "Altair"],
userDefinedStars=[exalibur_star, karaboudjan_star],
displayStarNamesLabels=True,
fig_plot_color="red",
yearSince2000=-39,
save_plot_name="examples/quickstart_newstar_example.png")
## Graphs for each plot Arguments
# northOrSouth
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=False,
save_plot_name="examples/northOrSouth_north.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="South",
displayStarNamesLabels=False,
save_plot_name="examples/northOrSouth_south.png")
# builtInStars
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
builtInStars=[],
save_plot_name="examples/builtInStars_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
builtInStars=["Vega", "Arcturus", "Enif", "Caph", "Mimosa"],
save_plot_name="examples/builtInStars_subset.png")
# declination_min
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
declination_min=-30,
save_plot_name="examples/declination_min_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
declination_min=10,
save_plot_name="examples/declination_min_10.png")
# yearSince2000
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
yearSince2000=0,
save_plot_name="examples/yearSince2000_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
yearSince2000=-3100,
save_plot_name="examples/yearSince2000_negative_3100.png")
# displayStarNamesLabels
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=True,
save_plot_name="examples/displayStarNamesLabels_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=False,
save_plot_name="examples/displayStarNamesLabels_false.png")
# displayDeclinationNumbers
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=False,
displayDeclinationNumbers=True,
save_plot_name="examples/displayDeclinationNumbers_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=False,
displayDeclinationNumbers=False,
save_plot_name="examples/displayDeclinationNumbers_false.png")
# incrementBy
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=False,
incrementBy=10,
save_plot_name="examples/incrementBy_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=False,
incrementBy=5,
save_plot_name="examples/incrementBy_5.png")
# isPrecessionIncluded
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
isPrecessionIncluded=True,
yearSince2000=11500,
save_plot_name="examples/isPrecessionIncluded_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
isPrecessionIncluded=False,
yearSince2000=11500,
save_plot_name="examples/isPrecessionIncluded_false.png")
# maxMagnitudeFilter
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
maxMagnitudeFilter=None,
save_plot_name="examples/maxMagnitudeFilter_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
maxMagnitudeFilter=1,
save_plot_name="examples/maxMagnitudeFilter_1.png")
# userDefinedStars
exalibur_star = star_chart_spherical_projection.newStar(starName="Exalibur",
ra="14.04.23",
dec=64.22,
properMotionSpeed=12.3,
properMotionAngle=83,
magnitudeVisual=1.2)
karaboudjan_star = star_chart_spherical_projection.newStar(starName="Karaboudjan",
ra="3.14.15",
dec=10.13,
properMotionSpeedRA=57.6,
properMotionSpeedDec=60.1,
magnitudeVisual=0.3)
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
builtInStars=["Vega"],
userDefinedStars=[],
save_plot_name="examples/userDefinedStars_none.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
builtInStars=["Vega"],
userDefinedStars=[exalibur_star, karaboudjan_star],
save_plot_name="examples/userDefinedStars_included.png")
# onlyDisplayUserStars
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
onlyDisplayUserStars=False,
userDefinedStars=[exalibur_star, karaboudjan_star],
save_plot_name="examples/onlyDisplayUserStars_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
onlyDisplayUserStars=True,
userDefinedStars=[exalibur_star, karaboudjan_star],
save_plot_name="examples/onlyDisplayUserStars_true.png")
# fig_plot_title
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
fig_plot_title=None,
save_plot_name="examples/fig_plot_title_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
fig_plot_title="This is a Example Title for a Star Chart",
save_plot_name="examples/fig_plot_title_example.png")
# fig_plot_color
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
fig_plot_color="C0",
displayStarNamesLabels=False,
save_plot_name="examples/fig_plot_color_default.png")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
fig_plot_color="darkorchid",
displayStarNamesLabels=False,
save_plot_name="examples/fig_plot_color_darkorchid.png")
# Example Outputs:
year_to_calculate = 11500
## Northern Hemisphere: Graph Without and With Precession
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=True,
yearSince2000=year_to_calculate,
isPrecessionIncluded=False,
fig_plot_color="red",
save_plot_name="examples/north_with_labels_without_precession")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=True,
yearSince2000=year_to_calculate,
isPrecessionIncluded=True,
fig_plot_color="red",
save_plot_name="examples/north_with_labels_with_precession")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=False,
yearSince2000=year_to_calculate,
isPrecessionIncluded=False,
fig_plot_color="red",
save_plot_name="examples/north_without_labels_without_precession")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="North",
displayStarNamesLabels=False,
yearSince2000=year_to_calculate,
isPrecessionIncluded=True,
fig_plot_color="red",
save_plot_name="examples/north_without_labels_with_precession")
## Southern Hemisphere: Graph Without and With Precession
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="South",
displayStarNamesLabels=True,
yearSince2000=year_to_calculate,
isPrecessionIncluded=False,
fig_plot_color="cornflowerblue",
save_plot_name="examples/south_with_labels_without_precession")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="South",
displayStarNamesLabels=True,
yearSince2000=year_to_calculate,
isPrecessionIncluded=True,
fig_plot_color="cornflowerblue",
save_plot_name="examples/south_with_labels_with_precession")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="South",
displayStarNamesLabels=False,
yearSince2000=year_to_calculate,
isPrecessionIncluded=False,
fig_plot_color="cornflowerblue",
save_plot_name="examples/south_without_labels_without_precession")
star_chart_spherical_projection.plotStereographicProjection(northOrSouth="South",
displayStarNamesLabels=False,
yearSince2000=year_to_calculate,
isPrecessionIncluded=True,
fig_plot_color="cornflowerblue",
save_plot_name="examples/south_without_labels_with_precession")