# Star classes add further definition to solar system initializers, in that they apply certain conditions to the whole star system. A given system initializer may either make an explicit choice of star class (e.g. "class = sc_f") or else choose one from a random list (e.g. "rl_binary_stars"). The random lists of star classes are defined further down in this file.

### EXAMPLE:
# sc_b = {									# The ID for this star class, which is then called in relevant system initializers
# 	class = b_star							# ID as referenced by GFX and code, to determine lighting
# 	planet = { key = pc_b_star }			# ID for the 'planet' class which defines the actual star: its 3D asset, size, colonization setting, etc.
# 	spawn_odds = 10							# Weighting applied to random_lists which include this star class
# 	num_planets	= { min = 4 max = 10 }		# How many planets should be spawned in systems using this star class (using the 'spawn_odds' of each planet class)
#	crisis_star_class = sc_m				# Override for the crisis terraforming - sets custom star class instead of the default
#	can_be_crisis_terraformed = no			# Used to block a star class from being changed by the crisis terraforming

# 	NOTE: You may also set the odds that a given planet class will or will not spawn for system initializers which use this star class. By default the game will assume all planet classes are valid for random draws (while obeying placement rules like 'min_distance_from_sun') unless the spawn_odds for that planet class have been set to '0' (see 'common\planet_classes\00_planet_classes.txt'). For example:
# 	pc_savannah = { spawn_odds = 0.5 }		# Savannah-class planets will appear in random draws half as often (@habitable_spawn_odds * 0.5)
#	pc_continental = { spawn_odds = 0 }		# Continental-class planets may never spawn here randomly (@habitable_spawn_odds * 0)
# }

###############
# STAR CLASSES
###############

# Blue Stars
sc_b = {
	class = b_star
	planet = { key = pc_b_star }
	spawn_odds = 10
	num_planets	= { min = 4 max = 10 }

	pc_continental	= { spawn_odds = 0.4 }
	pc_desert		= { spawn_odds = 0.4 }
	pc_tropical		= { spawn_odds = 0.4 }
	pc_arid			= { spawn_odds = 0.4 }
	pc_ocean		= { spawn_odds = 0.4 }
	pc_tundra		= { spawn_odds = 0.4 }
	pc_arctic		= { spawn_odds = 0.4 }
	pc_alpine		= { spawn_odds = 0.4 }
	pc_savannah		= { spawn_odds = 0.4 }
}

# White or Blueish Stars
sc_a = {
	class = a_star
	planet = { key = pc_a_star }
	spawn_odds = 10
	num_planets	= { min = 4 max = 10 }

	pc_continental	= { spawn_odds = 0.4 }
	pc_desert		= { spawn_odds = 0.4 }
	pc_tropical		= { spawn_odds = 0.4 }
	pc_arid			= { spawn_odds = 0.4 }
	pc_ocean		= { spawn_odds = 0.4 }
	pc_tundra		= { spawn_odds = 0.4 }
	pc_arctic		= { spawn_odds = 0.4 }
	pc_alpine		= { spawn_odds = 0.4 }
	pc_savannah		= { spawn_odds = 0.4 }
}

# Yellow-White Dwarves
sc_f = {
	class = f_star
	planet = { key = pc_f_star }
	spawn_odds = 15
	num_planets	= { min = 4 max = 10 }
}

# Yellow Dwarves
sc_g = {
	class = g_star
	planet = { key = pc_g_star }
	spawn_odds = 30
	num_planets	= { min = 4 max = 10 }
}

# Orange Dwarves
sc_k = {
	class = k_star
	planet = { key = pc_k_star }
	spawn_odds = 20
	num_planets	= { min = 4 max = 10 }
}

# Red Dwarves
sc_m = {
	class = m_star
	planet = { key = pc_m_star }
	spawn_odds = 20
	num_planets	= { min = 4 max = 10 }

	pc_continental	= { spawn_odds = 0.3 }
	pc_desert		= { spawn_odds = 0.3 }
	pc_tropical		= { spawn_odds = 0.3 }
	pc_arid			= { spawn_odds = 0.3 }
	pc_ocean		= { spawn_odds = 0.3 }
	pc_tundra		= { spawn_odds = 0.3 }
	pc_arctic		= { spawn_odds = 0.3 }
	pc_alpine		= { spawn_odds = 0.3 }
	pc_savannah		= { spawn_odds = 0.3 }
}

# Red Giants
sc_m_giant = {
	class = m_star
	planet = { key = pc_m_giant_star }
	spawn_odds = 20
	num_planets	= { min = 4 max = 10 }

	pc_continental	= { spawn_odds = 0.075 }
	pc_desert		= { spawn_odds = 0.075 }
	pc_tropical		= { spawn_odds = 0.075 }
	pc_arid			= { spawn_odds = 0.075 }
	pc_ocean		= { spawn_odds = 0.075 }
	pc_tundra		= { spawn_odds = 0.075 }
	pc_arctic		= { spawn_odds = 0.075 }
	pc_alpine		= { spawn_odds = 0.075 }
	pc_savannah		= { spawn_odds = 0.075 }
}

# Brown Dwarves
sc_t = {
	class = t_star
	planet = { key = pc_t_star }
	spawn_odds = 10
	num_planets	= { min = 4 max = 10 }

	pc_continental	= { spawn_odds = 0.3 }
	pc_desert		= { spawn_odds = 0.3 }
	pc_tropical		= { spawn_odds = 0.3 }
	pc_arid			= { spawn_odds = 0.3 }
	pc_ocean		= { spawn_odds = 0.3 }
	pc_tundra		= { spawn_odds = 0.3 }
	pc_arctic		= { spawn_odds = 0.3 }
	pc_alpine		= { spawn_odds = 0.3 }
	pc_savannah		= { spawn_odds = 0.3 }
}

sc_black_hole = {
	class = black_hole
	icon_scale = 2.0
	planet = { key = pc_black_hole }
	spawn_odds = 0.8
	num_planets	= { min = 1 max = 4 }

	pc_gas_giant	= { spawn_odds = 0 }
	pc_desert		= { spawn_odds = 0 }
	pc_tropical		= { spawn_odds = 0 }
	pc_arid			= {	spawn_odds = 0 }
	pc_continental	= { spawn_odds = 0 }
	pc_ocean		= { spawn_odds = 0 }
	pc_tundra		= { spawn_odds = 0 }
	pc_arctic		= { spawn_odds = 0 }
	pc_gaia			= { spawn_odds = 0 }
	pc_alpine		= { spawn_odds = 0 }
	pc_savannah		= { spawn_odds = 0 }

	is_environmental_hazard = yes
	can_be_crisis_terraformed = no
	modifier = {
		ship_disengage_chance_reduction = 0.5
		ship_emergency_ftl_min_days_mult = 0.5
	}
}

sc_neutron_star = {
	class = neutron_star
	icon_scale = 1.5
	planet = { key = pc_neutron_star }
	spawn_odds = 0.4
	num_planets	= { min = 1 max = 4 }

	pc_desert		= { spawn_odds = 0 }
	pc_tropical		= { spawn_odds = 0 }
	pc_arid			= {	spawn_odds = 0 }
	pc_continental	= { spawn_odds = 0 }
	pc_ocean		= { spawn_odds = 0 }
	pc_tundra		= { spawn_odds = 0 }
	pc_arctic		= { spawn_odds = 0 }
	pc_gaia			= { spawn_odds = 0 }
	pc_alpine		= { spawn_odds = 0 }
	pc_savannah		= { spawn_odds = 0 }

	is_environmental_hazard = yes
	modifier = {
		ship_speed_reduction = 0.5 # Be careful about using this modifier outside of star classes, it can throw off the ETA for ships
	}
}

sc_pulsar = {
	class = pulsar
	icon_scale = 2.25
	planet = { key = pc_pulsar }
	spawn_odds = 0.4
	num_planets	= { min = 1 max = 4 }

	pc_desert		= { spawn_odds = 0 }
	pc_tropical		= { spawn_odds = 0 }
	pc_arid			= {	spawn_odds = 0 }
	pc_continental	= { spawn_odds = 0 }
	pc_ocean		= { spawn_odds = 0 }
	pc_tundra		= { spawn_odds = 0 }
	pc_arctic		= { spawn_odds = 0 }
	pc_gaia			= { spawn_odds = 0 }
	pc_alpine		= { spawn_odds = 0 }
	pc_savannah		= { spawn_odds = 0 }

	is_environmental_hazard = yes
	modifier = {
		ship_shield_reduction = 1.0
	}
}

sc_binary_1 = { # X-ray Binary Star System: Blue star around a Pulsar
	class = a_star
	icon = e_binary_star
	planet = {
		key = pc_a_star
		class = a_star
	}
	planet = {
		key = pc_pulsar
		class = pulsar
	}
	spawn_odds = 5
	num_planets = { min = 4 max = 10 }

	pc_desert		= { spawn_odds = 0 }
	pc_tropical	 	= { spawn_odds = 0 }
	pc_arid			= { spawn_odds = 0 }
	pc_continental	= { spawn_odds = 0 }
	pc_ocean		= { spawn_odds = 0 }
	pc_tundra		= { spawn_odds = 0 }
	pc_arctic		= { spawn_odds = 0 }
	pc_gaia		 	= { spawn_odds = 0 }
	pc_alpine		= { spawn_odds = 0 }
	pc_savannah	 	= { spawn_odds = 0 }

	is_environmental_hazard = yes
	crisis_star_class = sc_crisis_binary_1
	modifier = {
		ship_shield_reduction = 1.0
	}
}

sc_crisis_binary_1 = { # X-ray Binary Star System: Blue star around a Pulsar
	class = m_star
	icon = e_binary_star
	planet = {
		key = pc_m_giant_star
		class = m_star
	}
	planet = {
		key = pc_pulsar
		class = pulsar
	}

	is_environmental_hazard = yes
	modifier = {
		ship_shield_reduction = 1.0
	}
}

sc_binary_2 = { # X-ray Binary Star System 2: Blue star around a Neutron
	class = b_star
	icon = e_binary_star
	planet = {
		key = pc_b_star
		class = b_star
	}
	planet = {
		key = pc_neutron_star
		class = neutron_star
	}
	spawn_odds = 5
	num_planets = { min = 4 max = 10 }

	pc_desert		= { spawn_odds = 0 }
	pc_tropical		= { spawn_odds = 0 }
	pc_arid			= { spawn_odds = 0 }
	pc_continental 	= { spawn_odds = 0 }
	pc_ocean		= { spawn_odds = 0 }
	pc_tundra		= { spawn_odds = 0 }
	pc_arctic		= { spawn_odds = 0 }
	pc_gaia		 	= { spawn_odds = 0 }
	pc_alpine		= { spawn_odds = 0 }
	pc_savannah	 	= { spawn_odds = 0 }

	is_environmental_hazard = yes
	crisis_star_class = sc_crisis_binary_2
	modifier = {
		ship_speed_reduction = 0.5 # Be careful about using this modifier outside of star classes, it can throw off the ETA for ships
	}
}

sc_crisis_binary_2 = { # X-ray Binary Star System 2: Blue star around a Neutron
	class = m_star
	icon = c_binary_star
	planet = {
		key = pc_m_giant_star
		class = m_star
	}
	planet = {
		key = pc_neutron_star
		class = neutron_star
	}
	is_environmental_hazard = yes
	modifier = {
		ship_speed_reduction = 0.5 # Be careful about using this modifier outside of star classes, it can throw off the ETA for ships
	}
}

sc_binary_3 = { # Binary System: Red star paired with White star
	class = m_star
	icon = c_binary_star
	planet = {
		key = pc_m_giant_star
		class = m_star
	}
	planet = {
		key = pc_b_star
		class = b_star
	}
	spawn_odds = 5
	num_planets = { min = 4 max = 10 }

	pc_desert		= { spawn_odds = 0 }
	pc_tropical		= { spawn_odds = 0 }
	pc_arid			= { spawn_odds = 0 }
	pc_continental	= { spawn_odds = 0 }
	pc_ocean		= { spawn_odds = 0 }
	pc_tundra		= { spawn_odds = 0 }
	pc_arctic		= { spawn_odds = 0 }
	pc_gaia			= { spawn_odds = 0 }
	pc_alpine		= { spawn_odds = 0 }
	pc_savannah		= { spawn_odds = 0 }
}

sc_binary_4 = { # Binary System: Red star paired with White dwarf
	class = m_star
	icon = c_binary_star
	planet = {
		key = pc_m_giant_star
		class = m_star
	}
	planet = {
		key = pc_f_star
		class = f_star
	}
	spawn_odds = 5
	num_planets = { min = 4 max = 10 }

	pc_desert		= { spawn_odds = 0 }
	pc_tropical		= { spawn_odds = 0 }
	pc_arid			= { spawn_odds = 0 }
	pc_continental	= { spawn_odds = 0 }
	pc_ocean		= { spawn_odds = 0 }
	pc_tundra		= { spawn_odds = 0 }
	pc_arctic		= { spawn_odds = 0 }
	pc_gaia			= { spawn_odds = 0 }
	pc_alpine		= { spawn_odds = 0 }
	pc_savannah		= { spawn_odds = 0 }
}

sc_binary_5 = { # Binary System: Two Blue stars
	class = b_star
	icon = a_binary_star
	planet = {
		key = pc_b_star
		class = b_star
	}
	planet = {
		key = pc_b_star
		class = b_star
	}
	crisis_star_class = sc_crisis_binary_5
	spawn_odds = 5
	num_planets = { min = 4 max = 10 }
}

sc_crisis_binary_5 = { # Binary System: Two Blue stars
	class = m_star
	icon = d_binary_star
	planet = {
		key = pc_m_star
		class = m_star
	}
	planet = {
		key = pc_b_star
		class = b_star
	}
}

sc_binary_6 = { # Binary System: Red with Yellow
	class = m_star
	icon = d_binary_star
	planet = {
		key = pc_m_star
		class = m_star
	}
	planet = {
		key = pc_g_star
		class = g_star
	}
	spawn_odds = 5
	num_planets = { min = 4 max = 10 }
}

sc_binary_7 = { # Binary System: Orange with Yellow-White
	class = k_star
	icon = d_binary_star
	planet = {
		key = pc_k_star
		class = k_star
	}
	planet = {
		key = pc_f_star
		class = f_star
	}
	crisis_star_class = sc_crisis_binary_7_8_9
	spawn_odds = 5
	num_planets = { min = 4 max = 10 }
}

sc_binary_8 = { # Binary System: Yellow with Yellow-White
	class = g_star
	icon = d_binary_star
	planet = {
		key = pc_g_star
		class = g_star
	}
	planet = {
		key = pc_f_star
		class = f_star
	}
	crisis_star_class = sc_crisis_binary_7_8_9
	spawn_odds = 5
	num_planets = { min = 4 max = 10 }
}

sc_binary_9 = { # Binary System: Sirius
	class = a_star
	icon = a_binary_star
	planet = {
		key = pc_a_star
		class = a_star
	}
	planet = {
		key = pc_f_star
		class = f_star
	}
	crisis_star_class = sc_crisis_binary_7_8_9
	spawn_odds = 5
	num_planets = { min = 4 max = 10 }
}

sc_crisis_binary_7_8_9 = { # Binary System: Two Blue stars
	class = m_star
	icon = d_binary_star
	planet = {
		key = pc_m_star
		class = m_star
	}
	planet = {
		key = pc_f_star
		class = f_star
	}
}

sc_binary_10 = { # Binary System: Brown Dwarf
	class = a_star
	icon = a_binary_star
	planet = {
		key = pc_a_star
		class = a_star
	}
	planet = {
		key = pc_t_star
		class = t_star
	}
	crisis_star_class = sc_crisis_binary_7_8_9
	spawn_odds = 5
	num_planets = { min = 4 max = 10 }
}

sc_crisis_binary_10 = { # Binary System: Two Blue stars
	class = m_star
	icon = d_binary_star
	planet = {
		key = pc_m_star
		class = m_star
	}
	planet = {
		key = pc_t_star
		class = t_star
	}
}

sc_trinary_1 = { # Trinary System
	class = g_star
	icon = a_trinary_star
	planet = {
		key = pc_g_star
		class = g_star
	}
	planet = {
		key = pc_m_star
		class = m_star
	}
	planet = {
		key = pc_k_star
		class = k_star
	}
	crisis_star_class = sc_crisis_trinary_1
	spawn_odds = 30
	num_planets = { min = 4 max = 10 }
}

sc_crisis_trinary_1 = { # Trinary System
	class = m_star
	icon = a_trinary_star
	planet = {
		key = pc_m_star
		class = m_star
	}
	planet = {
		key = pc_m_star
		class = m_star
	}
	planet = {
		key = pc_k_star
		class = k_star
	}
}

sc_trinary_2 = { # Trinary System
	class = b_star
	icon = a_trinary_star
	planet = {
		key = pc_b_star
		class = b_star
	}
	planet = {
		key = pc_a_star
		class = a_star
	}
	planet = {
		key = pc_f_star
		class = f_star
	}
	crisis_star_class = sc_crisis_trinary_2
	spawn_odds = 30
	num_planets = { min = 4 max = 10 }
}

sc_crisis_trinary_2 = { # Trinary System
	class = m_star
	icon = a_trinary_star
	planet = {
		key = pc_m_giant_star
		class = m_star
	}
	planet = {
		key = pc_a_star
		class = a_star
	}
	planet = {
		key = pc_f_star
		class = f_star
	}
}

sc_trinary_3 = { # Trinary System
	class = k_star
	icon = a_trinary_star
	planet = {
		key = pc_k_star
		class = k_star
	}
	planet = {
		key = pc_f_star
		class = f_star
	}
	planet = {
		key = pc_g_star
		class = g_star
	}
	crisis_star_class = sc_crisis_trinary_3
	spawn_odds = 30
	num_planets = { min = 4 max = 10 }
}

sc_crisis_trinary_3 = { # Trinary System
	class = m_star
	icon = a_trinary_star
	planet = {
		key = pc_m_star
		class = m_star
	}
	planet = {
		key = pc_f_star
		class = f_star
	}
	planet = {
		key = pc_g_star
		class = g_star
	}
}

sc_trinary_4 = { # Trinary System
	class = b_star
	icon = a_trinary_star
	planet = {
		key = pc_b_star
		class = b_star
	}
	planet = {
		key = pc_k_star
		class = k_star
	}
	planet = {
		key = pc_t_star
		class = t_star
	}
	crisis_star_class = sc_crisis_trinary_4
	spawn_odds = 30
	num_planets = { min = 4 max = 10 }
}

sc_crisis_trinary_4 = { # Trinary System
	class = m_star
	icon = a_trinary_star
	planet = {
		key = pc_m_giant_star
		class = m_star
	}
	planet = {
		key = pc_k_star
		class = k_star
	}
	planet = {
		key = pc_t_star
		class = t_star
	}
}

sc_toxoid_star = {
	class = toxoid_star
	icon = x_star
	planet = { key = pc_toxoid_star }
	spawn_odds = 0

	is_environmental_hazard = yes
	modifier = {
		ship_armor_reduction = 1.0
	}
}

sc_rift_star = {
	class			= rift_star
	planet			= { key = pc_rift_star }
	spawn_odds		= 0
	num_planets	= { min = 1 max = 12 }

	pc_gas_giant	= { spawn_odds = 0 }
	pc_desert		= { spawn_odds = 0 }
	pc_tropical	= { spawn_odds = 0 }
	pc_arid		= {	spawn_odds = 0 }
	pc_continental	= { spawn_odds = 0 }
	pc_ocean		= { spawn_odds = 0 }
	pc_tundra		= { spawn_odds = 0 }
	pc_arctic		= { spawn_odds = 0 }
	pc_gaia			= { spawn_odds = 0 }
	pc_alpine		= { spawn_odds = 0 }
	pc_savannah		= { spawn_odds = 0 }

	is_environmental_hazard = yes
	can_be_crisis_terraformed = no
	modifier = {}
}

###############
# RANDOM LISTS
###############

random_list = {
	name = "rl_binary_stars"
	stars = {
		"sc_binary_1"
		"sc_binary_2"
		"sc_binary_3"
		"sc_binary_4"
		"sc_binary_5"
		"sc_binary_6"
		"sc_binary_7"
		"sc_binary_8"
		"sc_binary_9"
		"sc_binary_10"
	}
}

random_list = {
	name = "rl_trinary_stars"
	stars = {
		"sc_trinary_1"
		"sc_trinary_2"
		"sc_trinary_3"
		"sc_trinary_4"
	}
}

random_list = {
	name = "rl_standard_stars"
	stars = {
		"sc_a"
		"sc_b"
		"sc_f"
		"sc_g"
		"sc_k"
		"sc_m"
		"sc_m_giant"
	}
}

random_list = {
	name = "rl_red_stars"
	stars = {
		"sc_k"
		"sc_m"
		"sc_m_giant"
	}
}

random_list = {
	name = "rl_starting_stars"
	stars = {
		"sc_a"
		"sc_b"
		"sc_f"
		"sc_g"
		"sc_k"
		"sc_m"
	}
}

random_list = {
	name = "rl_binary_starting_stars"
	stars = {
		"sc_binary_5"
		"sc_binary_6"
		"sc_binary_7"
		"sc_binary_8"
		"sc_binary_9"
		"sc_binary_10"
	}
}

random_list = {
	name = "rl_special_stars"
	stars = {
		"sc_black_hole"
		"sc_neutron_star"
		"sc_pulsar"
	}
}
random_list = {
	name = "rl_dwarf_stars"
	stars = {
		"sc_f"
		"sc_g"
		"sc_k"
		"sc_m"
		"sc_t"
	}
}

random_list = {
	name = "rl_all_stars"
	stars = {
		"sc_a"
		"sc_b"
		"sc_f"
		"sc_g"
		"sc_k"
		"sc_m"
		"sc_m_giant"
		"sc_t"
		"sc_black_hole"
		"sc_neutron_star"
		"sc_pulsar"
	}
}