SiiNunit
{
# For modders: Please do not modify this file if you want to add a new entry. Create in
# this directory a new file "<base_name>.<idofyourmod>.sii" where <base_name> is name of
# base file without the extension (e.g. "climate" for "/def/climate.sii") and <idofyourmod> is
# some string which is unlikely to conflict with other mod.
#
# Warning: Even if the units are specified in more than one source file, they share the
# same namespace so suffixes or prefixes should be used to avoid conflicts.

climate_profile : climate.reference {
	bad_weather_factor: 0.0
	wetting_factor: 0.1
	drying_factor: 0.01

	// Globe coordinates (in degrees) are based on map position:
	// latitude = map_origin[0] + (map_z - map_offset[0]) * map_factor[0]
	// longitude = map_origin[1] + (map_x - map_offset[1]) * map_factor[1]
	//
	// If advanced map projection is used (eg lambert) projection is applied on coordinates accordingly.

	map_projection: lambert_conic
	standard_paralel_1: 37
	standard_paralel_2: 65

	map_origin: (50, 15)
	map_offset: (16660.0, 4150.0)
	map_factor: (-1.71570875e-4, 1.729241463e-4)
}

climate_profile : climate.default {
	bad_weather_factor: 0.07
	wetting_factor: 0.1
	drying_factor: 0.01

	// Globe coordinates (in degrees) are based on map position:
	// latitude = map_origin[0] + (map_z - map_offset[0]) * map_factor[0]
	// longitude = map_origin[1] + (map_x - map_offset[1]) * map_factor[1]
	//
	// If advanced map projection is used (eg lambert) projection is applied on coordinates accordingly.

	map_projection: lambert_conic
	standard_paralel_1: 37
	standard_paralel_2: 65

	map_origin: (50, 15)
	map_offset: (16660.0, 4150.0)
	map_factor: (-1.71570875e-4, 1.729241463e-4)
}

climate_profile : climate.arid {
	bad_weather_factor: 0.03
	wetting_factor: 0.1
	drying_factor: 0.01

	// Globe coordinates (in degrees) are based on map position:
	// latitude = map_origin[0] + (map_z - map_offset[0]) * map_factor[0]
	// longitude = map_origin[1] + (map_x - map_offset[1]) * map_factor[1]
	//
	// If advanced map projection is used (eg lambert) projection is applied on coordinates accordingly.

	map_projection: lambert_conic
	standard_paralel_1: 37
	standard_paralel_2: 65

	map_origin: (50, 15)
	map_offset: (16660.0, 4150.0)
	map_factor: (-1.71570875e-4, 1.729241463e-4)

	copy: default
	weights: 11
	weights[]: 2
	weights[]: 2
	weights[]: 1
	weights[]: 1
	weights[]: 1
	weights[]: 1
	weights[]: 1
	weights[]: 2
	weights[]: 1
	weights[]: 1
	weights[]: 1
	temperatures: 1
	temperatures[]: +2
}

climate_profile : climate.desert {
	bad_weather_factor: 0.01
	wetting_factor: 0.1
	drying_factor: 0.01

	// Globe coordinates (in degrees) are based on map position:
	// latitude = map_origin[0] + (map_z - map_offset[0]) * map_factor[0]
	// longitude = map_origin[1] + (map_x - map_offset[1]) * map_factor[1]
	//
	// If advanced map projection is used (eg lambert) projection is applied on coordinates accordingly.

	map_projection: lambert_conic
	standard_paralel_1: 37
	standard_paralel_2: 65

	map_origin: (50, 15)
	map_offset: (16660.0, 4150.0)
	map_factor: (-1.71570875e-4, 1.729241463e-4)

	copy: default
	weights: 11
	weights[]: 3
	weights[]: 3
	weights[]: 1
	weights[]: 1
	weights[]: 1
	weights[]: 1
	weights[]: 1
	weights[]: 3
	weights[]: 1
	weights[]: 1
	weights[]: 1
	temperatures: 1
	temperatures[]: +6
}

climate_profile : climate.albedo {
	bad_weather_factor: 0.0
	wetting_factor: 0.1
	drying_factor: 0.01

	// Globe coordinates (in degrees) are based on map position:
	// latitude = map_origin[0] + (map_z - map_offset[0]) * map_factor[0]
	// longitude = map_origin[1] + (map_x - map_offset[1]) * map_factor[1]
	//
	// If advanced map projection is used (eg lambert) projection is applied on coordinates accordingly.

	map_projection: lambert_conic
	standard_paralel_1: 37
	standard_paralel_2: 65

	map_origin: (50, 15)
	map_offset: (16660.0, 4150.0)
	map_factor: (-1.71570875e-4, 1.729241463e-4)
}

climate_profile : climate.black {
	bad_weather_factor: 0.0
	wetting_factor: 0.1
	drying_factor: 0.01

	// Globe coordinates (in degrees) are based on map position:
	// latitude = map_origin[0] + (map_z - map_offset[0]) * map_factor[0]
	// longitude = map_origin[1] + (map_x - map_offset[1]) * map_factor[1]
	//
	// If advanced map projection is used (eg lambert) projection is applied on coordinates accordingly.

	map_projection: lambert_conic
	standard_paralel_1: 37
	standard_paralel_2: 65

	map_origin: (50, 15)
	map_offset: (16660.0, 4150.0)
	map_factor: (-1.71570875e-4, 1.729241463e-4)
}

climate_profile : climate.integrity {
	bad_weather_factor: 0.0
	wetting_factor: 0.1
	drying_factor: 0.01

	// Globe coordinates (in degrees) are based on map position:
	// latitude = map_origin[0] + (map_z - map_offset[0]) * map_factor[0]
	// longitude = map_origin[1] + (map_x - map_offset[1]) * map_factor[1]
	//
	// If advanced map projection is used (eg lambert) projection is applied on coordinates accordingly.

	map_projection: lambert_conic
	standard_paralel_1: 37
	standard_paralel_2: 65

	map_origin: (50, 15)
	map_offset: (16660.0, 4150.0)
	map_factor: (-1.71570875e-4, 1.729241463e-4)
}

climate_profile : climate.grayscale {
	bad_weather_factor: 0.0
	wetting_factor: 0.1
	drying_factor: 0.01

	// Globe coordinates (in degrees) are based on map position:
	// latitude = map_origin[0] + (map_z - map_offset[0]) * map_factor[0]
	// longitude = map_origin[1] + (map_x - map_offset[1]) * map_factor[1]
	//
	// If advanced map projection is used (eg lambert) projection is applied on coordinates accordingly.

	map_projection: lambert_conic
	standard_paralel_1: 37
	standard_paralel_2: 65

	map_origin: (50, 15)
	map_offset: (16660.0, 4150.0)
	map_factor: (-1.71570875e-4, 1.729241463e-4)
}

}
