# Possible Deposit Variables
# modifier - weight, will replace the weight value
# modifier - factor, will multiply the weight value
# resources, resource and amount
# station = station class in orbit to gather
# if you mix resources that are not supposed to be collected by an orbital station remember to put is_orbital_slot = no
##################################
######### Stellar Energy #########
##################################
# The idea behind this is that ALL Stars and Gas Giants should be good energy sources.
# Seriously, those things are like, humongous energy sources!
## They should (mostly) outstrip even the largest planet-bound conventional reactors by a goodly margin!
# Yes, I know that Saturnine is a narrow word meaning "Of or relating to the gas giant Saturn"
## I was unable to find a more broad term; arguably Jovian, but that's really as narrow and refers to Jupiter.
## So I decided that I liked the planet Saturn more than the planet Jupiter.
################
## Gas Giants ##
################
## I would separate these if I could, separating them by Jovian/Superjovian/Subjovian, but since I can't...
## I took the simple way out: EVERY gas giant now yields terraforming gasses.
sd_saturnine_energy_two = {
resources = {
energy = 2
sr_terraform_gases = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = { is_planet_class = pc_gas_giant }
}
}
}
sd_saturnine_energy_three = {
resources = {
energy = 3
sr_terraform_gases = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = { is_planet_class = pc_gas_giant }
}
}
}
sd_saturnine_energy_four = {
resources = {
energy = 4
sr_terraform_gases = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 10000
planet = { is_planet_class = pc_gas_giant }
}
}
}
sd_saturnine_energy_five = {
resources = {
energy = 5
sr_terraform_gases = 1}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = { is_planet_class = pc_gas_giant }
}
}
}
sd_saturnine_energy_six = {
resources = {
energy = 6
sr_terraform_gases = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = { is_planet_class = pc_gas_giant }
}
}
}
##############
## LYTHURIC ##
##############
# Lythuric is 1/2 as likely as a normal gas giant, if in the Lythuric gas cluster.
sd_saturnine_energy_two_lythuric = {
resources = {
energy = 2
sr_terraform_gases = 1
sr_lythuric = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = { is_planet_class = pc_gas_giant }
}
modifier = {
factor = 2
planet = {
is_inside_nebula = yes
}
}
modifier = {
factor = 0
planet = {
NOT = { is_in_cluster = resource_cluster_1 }
}
}
}
}
sd_saturnine_energy_three_lythuric = {
resources = {
energy = 3
sr_terraform_gases = 1
sr_lythuric = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = { is_planet_class = pc_gas_giant }
}
modifier = {
factor = 2
planet = {
is_inside_nebula = yes
}
}
modifier = {
factor = 0
planet = {
NOT = { is_in_cluster = resource_cluster_1 }
}
}
}
}
sd_saturnine_energy_four_lythuric = {
resources = {
energy = 4
sr_terraform_gases = 1
sr_lythuric = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = { is_planet_class = pc_gas_giant }
}
modifier = {
factor = 2
planet = {
is_inside_nebula = yes
}
}
modifier = {
factor = 0
planet = {
NOT = { is_in_cluster = resource_cluster_1 }
}
}
}
}
sd_saturnine_energy_five_lythuric = {
resources = {
energy = 5
sr_terraform_gases = 1
sr_lythuric = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = { is_planet_class = pc_gas_giant }
}
modifier = {
factor = 2
planet = {
is_inside_nebula = yes
}
}
modifier = {
factor = 0
planet = {
NOT = { is_in_cluster = resource_cluster_1 }
}
}
}
}
sd_saturnine_energy_six_lythuric = {
resources = {
energy = 6
sr_terraform_gases = 1
sr_lythuric = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 625
planet = { is_planet_class = pc_gas_giant }
}
modifier = {
factor = 2
planet = {
is_inside_nebula = yes
}
}
modifier = {
factor = 0
planet = {
NOT = { is_in_cluster = resource_cluster_1 }
}
}
}
}
###############
## SATRAMENE ##
###############
# Satramene deposits are 1/10th as likely as a normal gas giant with a g, k or f-class star, but only
# 1/40th as likely elsewhere.
sd_saturnine_energy_two_satramene = {
resources = {
energy = 2
sr_terraform_gases = 1
sr_satramene = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 250
planet = { is_planet_class = pc_gas_giant }
}
modifier = {
factor = 0.25
solar_system = {
NOT = {
OR = {
is_star_class = sc_g
is_star_class = sc_k
is_star_class = sc_f
}
}
}
}
}
}
sd_saturnine_energy_three_satramene = {
resources = {
energy = 3
sr_terraform_gases = 1
sr_satramene = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 500
planet = { is_planet_class = pc_gas_giant }
}
modifier = {
factor = 0.25
solar_system = {
NOT = {
OR = {
is_star_class = sc_g
is_star_class = sc_k
is_star_class = sc_f
}
}
}
}
}
}
sd_saturnine_energy_four_satramene = {
resources = {
energy = 4
sr_terraform_gases = 1
sr_satramene = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 1000
planet = { is_planet_class = pc_gas_giant }
}
modifier = {
factor = 0.25
solar_system = {
NOT = {
OR = {
is_star_class = sc_g
is_star_class = sc_k
is_star_class = sc_f
}
}
}
}
}
}
sd_saturnine_energy_five_satramene = {
resources = {
energy = 5
sr_terraform_gases = 1
sr_satramene = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 250
planet = { is_planet_class = pc_gas_giant }
}
modifier = {
factor = 0.25
solar_system = {
NOT = {
OR = {
is_star_class = sc_g
is_star_class = sc_k
is_star_class = sc_f
}
}
}
}
}
}
sd_saturnine_energy_six_satramene = {
resources = {
energy = 6
sr_terraform_gases = 1
sr_satramene = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 125
planet = { is_planet_class = pc_gas_giant }
}
modifier = {
factor = 0.25
solar_system = {
NOT = {
OR = {
is_star_class = sc_g
is_star_class = sc_k
is_star_class = sc_f
}
}
}
}
}
}
#########
## ZRO ##
#########
# Zro deposits are 1/2 as likely as a non-Zro deposit, but require a nebula.
sd_saturnine_energy_two_zro = {
resources = {
energy = 2
sr_terraform_gases = 1
sr_zro = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
AND = {
is_planet_class = pc_gas_giant
is_inside_nebula = yes
}
}
}
}
sd_saturnine_energy_three_zro = {
resources = {
energy = 3
sr_terraform_gases = 1
sr_zro = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = {
AND = {
is_planet_class = pc_gas_giant
is_inside_nebula = yes
}
}
}
}
sd_saturnine_energy_four_zro = {
resources = {
energy = 4
sr_terraform_gases = 1
sr_zro = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = {
AND = {
is_planet_class = pc_gas_giant
is_inside_nebula = yes
}
}
}
}
sd_saturnine_energy_five_zro = {
resources = {
energy = 5
sr_terraform_gases = 1
sr_zro = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
AND = {
is_planet_class = pc_gas_giant
is_inside_nebula = yes
}
}
}
}
sd_saturnine_energy_six_zro = {
resources = {
energy = 6
sr_terraform_gases = 1
sr_zro = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 100 }
drop_weight = {
weight = 0
modifier = {
weight = 625
planet = {
AND = {
is_planet_class = pc_gas_giant
is_inside_nebula = yes
}
}
}
}
###################
## Class A Stars ##
###################
# "Young," hot and full of power; Class A stars are really very good power sources.
# Power levels of a Betharian II, III, and IV power plant.
sd_solar_energy_a1 = {
resources = { energy = 8 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = {
is_planet_class = pc_a_star
}
}
}
}
sd_solar_energy_a2 = {
resources = { energy = 10 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = {
is_planet_class = pc_a_star
}
}
}
}
sd_solar_energy_a3 = {
resources = { energy = 12 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_a_star
}
}
}
}
###################
## Class B Stars ##
###################
# Intense balls of fusion (even as stars go,) Class B stars are =exceptional= power sources.
# Power levels of a Betharian III, IV, and surpassing a IV.
sd_solar_energy_b1 = {
resources = { energy = 10 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = {
is_planet_class = pc_b_star
}
}
}
}
sd_solar_energy_b2 = {
resources = { energy = 12 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = {
is_planet_class = pc_b_star
}
}
}
}
sd_solar_energy_b3 = {
resources = { energy = 14 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_b_star
}
}
}
}
###################
## Class F Stars ##
###################
# Compact and dense, F-class stars are really good power sources.
# Equavilent to a Betharian II, III, and IV power station.
sd_solar_energy_f1 = {
resources = { energy = 8 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = {
is_planet_class = pc_f_star
}
}
}
}
sd_solar_energy_f2 = {
resources = { energy = 10 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = {
is_planet_class = pc_f_star
}
}
}
}
sd_solar_energy_f3 = {
resources = { energy = 12 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_f_star
}
}
}
}
###################
## Class G Stars ##
###################
# Just like Sol! Good for supporting life and sucking power out of.
# Smaller and cooler than other stars, but still a freaking star, good for generating a lotta juice!
sd_solar_energy_g1 = {
resources = { energy = 7 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = {
is_planet_class = pc_g_star
}
}
}
}
sd_solar_energy_g2 = {
resources = { energy = 9 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = {
is_planet_class = pc_g_star
}
}
}
}
sd_solar_energy_g3 = {
resources = { energy = 11 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_g_star
}
}
}
}
###################
## Class K Stars ##
###################
# Cooler than the sun, on the galactic scale, a K-type star is the pacer, not the sprinter.
# Unfortunately, on the scale of a few hundred years, a stellar sprinter is what a civilization wants.
## For harvesting energy from, anyway.
sd_solar_energy_k1 = {
resources = { energy = 6 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = {
is_planet_class = pc_k_star
}
}
}
}
sd_solar_energy_k2 = {
resources = { energy = 8 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = {
is_planet_class = pc_k_star
}
}
}
}
sd_solar_energy_k3 = {
resources = { energy = 10 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_k_star
}
}
}
}
###################
## Class M Stars ##
###################
# A stellar 'slouch,' an M-class star is hardly worthless in terms of harvesting energy...
## But it just doesn't have the same kick as a brighter, more intense ball of fusion.
sd_solar_energy_m1 = {
resources = { energy = 5 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = {
is_planet_class = pc_k_star
}
}
}
}
sd_solar_energy_m2 = {
resources = { energy = 7 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = {
is_planet_class = pc_k_star
}
}
}
}
sd_solar_energy_m3 = {
resources = { energy = 9 }
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_k_star
}
}
}
}
#################
# Neutron Stars #
#################
## You can collect a lot of energy from a neutron star's intense radiation...
## But you'd probably rather collect the science.
## Still, I threw in some energy collection chances, representing the chances the star is thoroughly ordinary.
# You will always get neutronium from a Neutron Star.
sd_solar_energy_n1 = {
resources = {
energy = 10
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_neutron_star
}
}
}
}
sd_solar_energy_n2 = {
resources = {
energy = 12
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_neutron_star
}
}
}
}
###########
# Pulsars #
###########
# Pulsars: Far more likely to give you research than an ordinary Neutron Star, with correspondingly less energy chance.
# You will always get Neutronium from a Pulsar.
sd_solar_energy_pulsar_1 = {
resources = {
energy = 10
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 500
planet = {
is_planet_class = pc_pulsar
}
}
}
}
sd_solar_energy_pulsar_2 = {
resources = {
energy = 12
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 500
planet = {
is_planet_class = pc_pulsar
}
}
}
}
##################################################
## Neutron and Pulsar Combined Science Entries. ##
##################################################
# Physics Research #
# You will always get Neutronium from a Neutron or Pulsar.
sd_solar_science_neutron_pulsar_1 = {
resources = {
physics_research = 2
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_neutron_star
is_planet_class = pc_pulsar
}
}
}
}
sd_solar_science_neutron_pulsar_2 = {
resources = {
physics_research = 3
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = {
is_planet_class = pc_neutron_star
is_planet_class = pc_pulsar
}
}
}
}
sd_solar_science_neutron_pulsar_3 = {
resources = {
physics_research = 4
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = {
is_planet_class = pc_neutron_star
is_planet_class = pc_pulsar
}
}
}
}
# Physics + Engineering Research #
sd_solar_science_neutron_pulsar_1a = {
resources = { physics_research = 2
engineering_research = 2
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_neutron_star
is_planet_class = pc_pulsar
}
}
}
}
sd_solar_science_neutron_pulsar_2a = {
resources = { physics_research = 3
engineering_research = 3
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = {
is_planet_class = pc_neutron_star
is_planet_class = pc_pulsar
}
}
}
}
sd_solar_science_neutron_pulsar_3a = {
resources = { physics_research = 4
engineering_research = 4
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = {
is_planet_class = pc_neutron_star
is_planet_class = pc_pulsar
}
}
}
}
sd_solar_science_neutron_pulsar_1b = {
resources = { physics_research = 2
engineering_research = 1
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = {
is_planet_class = pc_neutron_star
is_planet_class = pc_pulsar
}
}
}
}
sd_solar_science_neutron_pulsar_2b = {
resources = { physics_research = 3
engineering_research = 2
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = {
is_planet_class = pc_neutron_star
is_planet_class = pc_pulsar
}
}
}
}
sd_solar_science_neutron_pulsar_3b = {
resources = { physics_research = 4
engineering_research = 3
sr_neutronium = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = {
is_planet_class = pc_neutron_star
is_planet_class = pc_pulsar
}
}
}
}
###############
# Black Holes #
###############
# You're not getting energy out of a black hole.
# You will, however, get Dark Matter.
# Physics Alone #
sd_solar_science_black_hole_1 = {
resources = {
physics_research = 3
sr_dark_matter = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = { is_planet_class = pc_black_hole }
}
}
}
sd_solar_science_black_hole_2 = {
resources = {
physics_research = 4
sr_dark_matter = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = { is_planet_class = pc_black_hole }
}
}
}
sd_solar_science_black_hole_3 = {
resources = {
physics_research = 5
sr_dark_matter = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = { is_planet_class = pc_black_hole }
}
}
}
# Physics + Engineering
sd_solar_science_black_hole_1a = {
resources = { physics_research = 2
engineering_research = 2
sr_dark_matter = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = { is_planet_class = pc_black_hole }
}
}
}
sd_solar_science_black_hole_2a = {
resources = { physics_research = 3
engineering_research = 3
sr_dark_matter = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = { is_planet_class = pc_black_hole }
}
}
}
sd_solar_science_black_hole_3a = {
resources = { physics_research = 4
engineering_research = 4
sr_dark_matter = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = { is_planet_class = pc_black_hole }
}
}
}
sd_solar_science_black_hole_1b = {
resources = { physics_research = 2
engineering_research = 1
sr_dark_matter = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 1250
planet = { is_planet_class = pc_black_hole }
}
}
}
sd_solar_science_black_hole_2b = {
resources = { physics_research = 3
engineering_research = 2
sr_dark_matter = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 5000
planet = { is_planet_class = pc_black_hole }
}
}
}
sd_solar_science_black_hole_3b = {
resources = { physics_research = 4
engineering_research = 3
sr_dark_matter = 1
}
station = shipclass_mining_station
orbital_weight = { weight = 1000 }
drop_weight = {
weight = 0
modifier = {
weight = 2500
planet = { is_planet_class = pc_black_hole }
}
}
}
