def generate_eve_compatibility_config(scale, compatibility_path):
config_path = os.path.join(compatibility_path, eve_compatibility_config_name)
cloud_layer_pack_module = Module("@CLOUD_LAYER_PACK")
kerbin_cloud_layer = Module("@CLOUD_LAYER:HAS[@DEFAULTS:HAS[#body[Kerbin]]]")
kerbin_defaults = Module("@DEFAULTS")
kerbin_main_texture = Module("@main_texture")
kerbin_main_texture_speed = Module("@speed")
kerbin_main_texture_speed.add_parameter("@x /= %s" % format_float(5 * scale))
kerbin_main_texture.add_child(kerbin_main_texture_speed)
kerbin_defaults.add_child(kerbin_main_texture)
kerbin_detail_texture = Module("@detail_texture")
kerbin_detail_texture_speed = Module("@speed")
kerbin_detail_texture_speed.add_parameter("@x /= %s" % format_float(5 * scale))
kerbin_detail_texture.add_child(kerbin_detail_texture_speed)
kerbin_defaults.add_child(kerbin_detail_texture)
kerbin_cloud_layer.add_child(kerbin_defaults)
cloud_layer_pack_module.add_child(kerbin_cloud_layer)
laythe_cloud_layer = Module("@CLOUD_LAYER:HAS[@DEFAULTS:HAS[#body[Laythe]]]")
laythe_defaults = Module("@DEFAULTS")
laythe_main_texture = Module("@main_texture")
laythe_main_texture_speed = Module("@speed")
laythe_main_texture_speed.add_parameter("@x /= %s" % format_float(scale))
laythe_main_texture.add_child(laythe_main_texture_speed)
laythe_defaults.add_child(laythe_main_texture)
laythe_detail_texture = Module("@detail_texture")
laythe_detail_texture_speed = Module("@speed")
laythe_detail_texture_speed.add_parameter("@x /= %s" % format_float(scale))
laythe_detail_texture.add_child(laythe_detail_texture_speed)
laythe_defaults.add_child(laythe_detail_texture)
laythe_cloud_layer.add_child(laythe_defaults)
cloud_layer_pack_module.add_child(laythe_cloud_layer)
cloud_layer_pack_module.write_to_file(config_path)
def generate_kopernicus_config(scale, mod_path):
config_path = os.path.join(mod_path, kopernicus_config_name)
this_bodies = copy.deepcopy(bodies)
if scale == "generic":
generate_generic_config(config_path)
return
main_module = Module("@Kopernicus:AFTER[Kopernicus]")
for body in this_bodies:
if scale != 1:
body.rescale(scale)
if body.name != "Eeloo":
body_module = Module("@Body[%s]" % body.name)
else:
body_module = Module("@Body[%s]:NEEDS[!OPM]" % body.name)
if scale != 1:
body_module.add_parameter(
"%%cacheFile = %s/Cache/Stock/%s.bin" % (mod_name_format % format_float(scale), body.name)
)
orbit_module = Module("@Orbit")
if isinstance(body, PlanetaryBody):
body.rotate_orbit(x_rot=axial_tilt)
orbit_module = Module("@Orbit")
if scale != 1:
orbit_module.add_parameter("semiMajorAxis = %d" % round(body.a))
if not body.no_rotate:
orbit_module.add_parameter("inclination = %s" % format_float(body.i))
orbit_module.add_parameter("longitudeOfAscendingNode = %s" % format_float(body.o))
orbit_module.add_parameter("argumentOfPeriapsis = %s" % format_float(body.w))
if not orbit_module.is_empty:
body_module.add_child(orbit_module)
properties_module = Module("@Properties")
if scale != 1 and not body.is_potato:
properties_module.add_parameter("radius = %d" % round(body.r))
if not body.is_tidally_locked:
if body.name == "Kerbin":
rot_speed = round(body.rot / 7200.0) * 7200
else:
rot_speed = body.rot
properties_module.add_parameter("rotationPeriod = %s" % format_float(rot_speed))
if body.gee_ASL is not None:
properties_module.add_parameter("geeASL = %s" % format_float(body.gee_ASL))
if scale != 1 and not body.is_potato:
science_module = Module("@ScienceValues")
if body.high_space_alt is not None:
science_module.add_parameter("spaceAltitudeThreshold = %s" % format_float(body.high_space_alt))
if body.is_gas_giant and body.high_flying_alt is not None:
science_module.add_parameter("flyingAltitudeThreshold = %s" % format_float(body.high_flying_alt))
properties_module.add_child(science_module)
if not properties_module.is_empty:
body_module.add_child(properties_module)
if body.name == "Kerbin":
body_module.add_child(generate_space_center_module(scale))
if not body_module.is_empty:
main_module.add_child(body_module)
main_module.write_to_file(config_path)
def generate_space_center_module(scale):
ksc_module = Module("SpaceCenter")
ksc_module.add_parameter("latitude = 28.608389")
ksc_module.add_parameter("longitude = -19.7")
ksc_module.add_parameter("lodvisibleRangeMult = 6")
ksc_module.add_parameter("repositionRadiusOffset = 53")
ksc_module.add_parameter("reorientFinalAngle = 289.75")
ksc_module.add_parameter("decalLatitude = 28.608389")
ksc_module.add_parameter("decalLongitude = -19.7")
ksc_module.add_parameter("heightMapDeformity = 80")
ksc_module.add_parameter("absoluteOffset = 0")
ksc_module.add_parameter("absolute = true")
ksc_module.add_parameter("radius = 10000")
return ksc_module
def generate_opm_compatibility_config(scale, compatibility_path):
config_path = os.path.join(compatibility_path, opm_compatibility_config_name)
this_bodies = copy.deepcopy(opm_bodies)
main_module = Module("@Kopernicus:AFTER[OPM]")
for body in this_bodies:
if scale != 1:
body.rescale(scale)
body_module = Module("@Body[%s]" % body.name)
if scale != 1:
body_module.add_parameter(
"%%cacheFile = %s/Cache/OPM/%s.bin" % (mod_name_format % format_float(scale), body.name)
)
orbit_module = Module("@Orbit")
if isinstance(body, PlanetaryBody):
body.rotate_orbit(x_rot=axial_tilt)
if scale != 1:
orbit_module.add_parameter("%%semiMajorAxis = %d" % round(body.a))
if not body.no_rotate:
orbit_module.add_parameter("%%inclination = %s" % format_float(body.i))
orbit_module.add_parameter("%%longitudeOfAscendingNode = %s" % format_float(body.o))
orbit_module.add_parameter("%%argumentOfPeriapsis = %s" % format_float(body.w))
if not orbit_module.is_empty:
body_module.add_child(orbit_module)
properties_module = Module("@Properties")
if scale != 1 and not body.is_potato:
properties_module.add_parameter("-mass = dummy")
properties_module.add_parameter("%%radius = %d" % round(body.r))
if not body.is_tidally_locked:
properties_module.add_parameter("%%rotationPeriod = %s" % format_float(body.rot))
if body.gee_ASL is not None:
properties_module.add_parameter("%%geeASL = %s" % format_float(body.gee_ASL))
if scale != 1 and not body.is_potato:
science_module = Module("@ScienceValues")
if body.high_space_alt is None:
science_module.add_parameter("@spaceAltitudeThreshold *= %s" % format_float(scale))
else:
science_module.add_parameter("%%spaceAltitudeThreshold = %s" % format_float(body.high_space_alt))
if body.is_gas_giant:
if body.high_flying_alt is None:
science_module.add_parameter("@flyingAltitudeThreshold *= %s" % format_float(scale))
else:
science_module.add_parameter("%%flyingAltitudeThreshold = %s" % format_float(body.high_flying_alt))
properties_module.add_child(science_module)
if not properties_module.is_empty:
body_module.add_child(properties_module)
if not body_module.is_empty:
main_module.add_child(body_module)
main_module.write_to_file(config_path)
def generate_generic_config(config_path):
this_bodies = copy.deepcopy(bodies)
main_module = Module("@Kopernicus:FINAL")
for body in this_bodies:
body_module = Module("@Body[%s]" % body.name)
orbit_module = Module("@Orbit")
if isinstance(body, PlanetaryBody):
body.rotate_orbit(x_rot=axial_tilt)
orbit_module = Module("@Orbit")
if not body.no_rotate:
orbit_module.add_parameter("%%inclination = %s" % format_float(body.i))
orbit_module.add_parameter("%%longitudeOfAscendingNode = %s" % format_float(body.o))
orbit_module.add_parameter("%%argumentOfPeriapsis = %s" % format_float(body.w))
if not orbit_module.is_empty:
body_module.add_child(orbit_module)
properties_module = Module("@Properties")
if body.gee_ASL is not None:
properties_module.add_parameter("-mass = dummy")
properties_module.add_parameter("geeASL = %s" % format_float(body.gee_ASL))
if not properties_module.is_empty:
body_module.add_child(properties_module)
if not body_module.is_empty:
main_module.add_child(body_module)
main_module.write_to_file(config_path)
def generate_eve_compatibility_config(scale, compatibility_path):
config_path = os.path.join(compatibility_path, eve_compatibility_config_name)
cloud_layer_pack_module = Module("@CLOUD_LAYER_PACK")
kerbin_cloud_layer = Module("@CLOUD_LAYER:HAS[@DEFAULTS:HAS[#body[Kerbin]]]")
kerbin_defaults = Module("@DEFAULTS")
kerbin_main_texture = Module("@main_texture")
kerbin_main_texture_speed = Module("@speed")
kerbin_main_texture_speed.add_parameter("@x /= %s" % format_float(5 * scale))
kerbin_main_texture.add_child(kerbin_main_texture_speed)
kerbin_defaults.add_child(kerbin_main_texture)
kerbin_detail_texture = Module("@detail_texture")
kerbin_detail_texture_speed = Module("@speed")
kerbin_detail_texture_speed.add_parameter("@x /= %s" % format_float(5 * scale))
kerbin_detail_texture.add_child(kerbin_detail_texture_speed)
kerbin_defaults.add_child(kerbin_detail_texture)
kerbin_cloud_layer.add_child(kerbin_defaults)
cloud_layer_pack_module.add_child(kerbin_cloud_layer)
laythe_cloud_layer = Module("@CLOUD_LAYER:HAS[@DEFAULTS:HAS[#body[Laythe]]]")
laythe_defaults = Module("@DEFAULTS")
laythe_main_texture = Module("@main_texture")
laythe_main_texture_speed = Module("@speed")
laythe_main_texture_speed.add_parameter("@x /= %s" % format_float(scale))
laythe_main_texture.add_child(laythe_main_texture_speed)
laythe_defaults.add_child(laythe_main_texture)
laythe_detail_texture = Module("@detail_texture")
laythe_detail_texture_speed = Module("@speed")
laythe_detail_texture_speed.add_parameter("@x /= %s" % format_float(scale))
laythe_detail_texture.add_child(laythe_detail_texture_speed)
laythe_defaults.add_child(laythe_detail_texture)
laythe_cloud_layer.add_child(laythe_defaults)
cloud_layer_pack_module.add_child(laythe_cloud_layer)
cloud_layer_pack_module.write_to_file(config_path)
def generate_space_center_module(scale):
ksc_module = Module("SpaceCenter")
ksc_module.add_parameter("latitude = 28.608389")
ksc_module.add_parameter("longitude = -19.7")
ksc_module.add_parameter("lodvisibleRangeMult = 6")
ksc_module.add_parameter("repositionRadiusOffset = 53")
ksc_module.add_parameter("reorientFinalAngle = 289.75")
ksc_module.add_parameter("decalLatitude = 28.608389")
ksc_module.add_parameter("decalLongitude = -19.7")
ksc_module.add_parameter("heightMapDeformity = 80")
ksc_module.add_parameter("absoluteOffset = 0")
ksc_module.add_parameter("absolute = true")
ksc_module.add_parameter("radius = 10000")
return ksc_module
def generate_kopernicus_config(scale, mod_path):
config_path = os.path.join(mod_path, kopernicus_config_name)
this_bodies = copy.deepcopy(bodies)
if scale == 'generic':
generate_generic_config(config_path)
return
main_module = Module("@Kopernicus:AFTER[Kopernicus]")
for body in this_bodies:
if scale != 1:
body.rescale(scale)
if body.name != "Eeloo":
body_module = Module("@Body[%s]" % body.name)
else:
body_module = Module("@Body[%s]:NEEDS[!OPM]" % body.name)
if scale != 1:
body_module.add_parameter("%%cacheFile = %s/Cache/Stock/%s.bin" % (mod_name_format % format_float(scale), body.name))
orbit_module = Module("@Orbit")
if isinstance(body, PlanetaryBody):
body.rotate_orbit(x_rot=axial_tilt)
orbit_module = Module("@Orbit")
if scale != 1:
orbit_module.add_parameter("semiMajorAxis = %d" % round(body.a))
if not body.no_rotate:
orbit_module.add_parameter("inclination = %s" % format_float(body.i))
orbit_module.add_parameter("longitudeOfAscendingNode = %s" % format_float(body.o))
orbit_module.add_parameter("argumentOfPeriapsis = %s" % format_float(body.w))
if not orbit_module.is_empty:
body_module.add_child(orbit_module)
properties_module = Module("@Properties")
if scale != 1 and not body.is_potato:
properties_module.add_parameter("radius = %d" % round(body.r))
if not body.is_tidally_locked:
if body.name == "Kerbin":
rot_speed = round(body.rot / 7200.0) * 7200
else:
rot_speed = body.rot
properties_module.add_parameter("rotationPeriod = %s" % format_float(rot_speed))
if body.gee_ASL is not None:
properties_module.add_parameter("geeASL = %s" % format_float(body.gee_ASL))
if scale != 1 and not body.is_potato:
science_module = Module("@ScienceValues")
if body.high_space_alt is not None:
science_module.add_parameter("spaceAltitudeThreshold = %s" % format_float(body.high_space_alt))
if body.is_gas_giant and body.high_flying_alt is not None:
science_module.add_parameter("flyingAltitudeThreshold = %s" % format_float(body.high_flying_alt))
properties_module.add_child(science_module)
if not properties_module.is_empty:
body_module.add_child(properties_module)
if body.name == "Kerbin":
body_module.add_child(generate_space_center_module(scale))
if not body_module.is_empty:
main_module.add_child(body_module)
main_module.write_to_file(config_path)
def generate_generic_config(config_path):
this_bodies = copy.deepcopy(bodies)
main_module = Module("@Kopernicus:FINAL")
for body in this_bodies:
body_module = Module("@Body[%s]" % body.name)
orbit_module = Module("@Orbit")
if isinstance(body, PlanetaryBody):
body.rotate_orbit(x_rot=axial_tilt)
orbit_module = Module("@Orbit")
if not body.no_rotate:
orbit_module.add_parameter("%%inclination = %s" % format_float(body.i))
orbit_module.add_parameter("%%longitudeOfAscendingNode = %s" % format_float(body.o))
orbit_module.add_parameter("%%argumentOfPeriapsis = %s" % format_float(body.w))
if not orbit_module.is_empty:
body_module.add_child(orbit_module)
properties_module = Module("@Properties")
if body.gee_ASL is not None:
properties_module.add_parameter("-mass = dummy")
properties_module.add_parameter("geeASL = %s" % format_float(body.gee_ASL))
if not properties_module.is_empty:
body_module.add_child(properties_module)
if not body_module.is_empty:
main_module.add_child(body_module)
main_module.write_to_file(config_path)
def generate_opm_compatibility_config(scale, compatibility_path):
config_path = os.path.join(compatibility_path, opm_compatibility_config_name)
this_bodies = copy.deepcopy(opm_bodies)
main_module = Module("@Kopernicus:AFTER[OPM]")
for body in this_bodies:
if scale != 1:
body.rescale(scale)
body_module = Module("@Body[%s]" % body.name)
if scale != 1:
body_module.add_parameter("%%cacheFile = %s/Cache/OPM/%s.bin" % (mod_name_format % format_float(scale), body.name))
orbit_module = Module("@Orbit")
if isinstance(body, PlanetaryBody):
body.rotate_orbit(x_rot=axial_tilt)
if scale != 1:
orbit_module.add_parameter("%%semiMajorAxis = %d" % round(body.a))
if not body.no_rotate:
orbit_module.add_parameter("%%inclination = %s" % format_float(body.i))
orbit_module.add_parameter("%%longitudeOfAscendingNode = %s" % format_float(body.o))
orbit_module.add_parameter("%%argumentOfPeriapsis = %s" % format_float(body.w))
if not orbit_module.is_empty:
body_module.add_child(orbit_module)
properties_module = Module("@Properties")
if scale != 1 and not body.is_potato:
properties_module.add_parameter("-mass = dummy")
properties_module.add_parameter("%%radius = %d" % round(body.r))
if not body.is_tidally_locked:
properties_module.add_parameter("%%rotationPeriod = %s" % format_float(body.rot))
if body.gee_ASL is not None:
properties_module.add_parameter("%%geeASL = %s" % format_float(body.gee_ASL))
if scale != 1 and not body.is_potato:
science_module = Module("@ScienceValues")
if body.high_space_alt is None:
science_module.add_parameter("@spaceAltitudeThreshold *= %s" % format_float(scale))
else:
science_module.add_parameter("%%spaceAltitudeThreshold = %s" % format_float(body.high_space_alt))
if body.is_gas_giant:
if body.high_flying_alt is None:
science_module.add_parameter("@flyingAltitudeThreshold *= %s" % format_float(scale))
else:
science_module.add_parameter("%%flyingAltitudeThreshold = %s" % format_float(body.high_flying_alt))
properties_module.add_child(science_module)
if not properties_module.is_empty:
body_module.add_child(properties_module)
if not body_module.is_empty:
main_module.add_child(body_module)
main_module.write_to_file(config_path)
