aperx/factorio-mod-PHI-CL
1
0
Fork 0
mirror of https://github.com/PHIDIAS0303/factorio-mod-PHI.git synced 2025-12-27 11:05:22 +09:00
Code Issues Packages Projects Releases Activity

.

Browse Source
This commit is contained in:
phidias
2024-12-03 01:17:24 +09:00
parent a77ebbcd6d
commit 3e4089015a
1 changed files with 1 additions and 89 deletions
Download Patch File Download Diff File Expand all files Collapse all files

90
PHI-CL/data.lua
View File

@@ -594,17 +594,11 @@ if settings.startup['PHI-SA'].value then
end end
data.raw.planet['nauvis'].map_gen_settings.autoplace_controls['gleba_enemy_base'] = {} data.raw.planet['nauvis'].map_gen_settings.autoplace_controls['gleba_enemy_base'] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_controls['gleba_plants'] = {} -- data.raw.planet['nauvis'].map_gen_settings.autoplace_controls['gleba_plants'] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_controls['vulcanus_volcanism'] = {} data.raw.planet['nauvis'].map_gen_settings.autoplace_controls['vulcanus_volcanism'] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_controls['oil_ocean'] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_controls['ammoniacal_ocean'] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.tile.settings['lava'] = {} data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.tile.settings['lava'] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.tile.settings['lava-hot'] = {} data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.tile.settings['lava-hot'] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.tile.settings['oil-ocean-shallow'] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.tile.settings['oil-ocean-deep'] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.tile.settings['ammoniacal-ocean'] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.tile.settings['ammoniacal-ocean-2'] = {}
data.raw.planet['nauvis'].map_gen_settings.property_expression_names['entity:tungsten-ore:probability'] = 'vulcanus_tungsten_ore_probability' data.raw.planet['nauvis'].map_gen_settings.property_expression_names['entity:tungsten-ore:probability'] = 'vulcanus_tungsten_ore_probability'
data.raw.planet['nauvis'].map_gen_settings.property_expression_names['entity:tungsten-ore:richness'] = 'vulcanus_tungsten_ore_richness' data.raw.planet['nauvis'].map_gen_settings.property_expression_names['entity:tungsten-ore:richness'] = 'vulcanus_tungsten_ore_richness'
@@ -613,33 +607,9 @@ if settings.startup['PHI-SA'].value then
data.raw.planet['nauvis'].map_gen_settings.property_expression_names['entity:sulfuric-acid-geyser:probability'] = 'vulcanus_sulfuric_acid_geyser_probability' data.raw.planet['nauvis'].map_gen_settings.property_expression_names['entity:sulfuric-acid-geyser:probability'] = 'vulcanus_sulfuric_acid_geyser_probability'
data.raw.planet['nauvis'].map_gen_settings.property_expression_names['entity:sulfuric-acid-geyser:richness'] = 'vulcanus_sulfuric_acid_geyser_richness' data.raw.planet['nauvis'].map_gen_settings.property_expression_names['entity:sulfuric-acid-geyser:richness'] = 'vulcanus_sulfuric_acid_geyser_richness'
data:extend({{
type = 'autoplace-control',
category = 'resource',
name = 'oil_ocean',
richness = false
}})
data:extend({{
type = 'autoplace-control',
category = 'resource',
name = 'ammoniacal_ocean',
richness = false
}})
local resource_autoplace = require('resource-autoplace') local resource_autoplace = require('resource-autoplace')
--[[ --[[
data.raw.tile['oil-ocean-shallow'].autoplace = {
['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'oil_ocean'
}
data.raw.tile['oil-ocean-deep'].autoplace = {
['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'oil_ocean'
}
data.raw.tile['lava'].autoplace = { data.raw.tile['lava'].autoplace = {
['probability_expression'] = 'water_base(-2, 200)', ['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'vulcanus_volcanism' ['control'] = 'vulcanus_volcanism'
@@ -650,16 +620,6 @@ if settings.startup['PHI-SA'].value then
['control'] = 'vulcanus_volcanism' ['control'] = 'vulcanus_volcanism'
} }
data.raw.tile['ammoniacal-ocean'].autoplace = {
['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'ammoniacal_ocean'
}
data.raw.tile['ammoniacal-ocean-2'].autoplace = {
['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'ammoniacal_ocean'
}
data.raw.resource['sulfuric-acid-geyser'].autoplace = { data.raw.resource['sulfuric-acid-geyser'].autoplace = {
order = 'a[resources]-c[sulfuric]', order = 'a[resources]-c[sulfuric]',
probability_expression = 'vulcanus_sulfuric_acid_geyser_probability', probability_expression = 'vulcanus_sulfuric_acid_geyser_probability',
@@ -712,30 +672,6 @@ if settings.startup['PHI-SA'].value then
regular_rq_factor_multiplier = 1 regular_rq_factor_multiplier = 1
} }
data.raw.tile['oil-ocean-shallow'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'oil-ocean-shallow',
order = 'a',
base_density = 7,
base_spots_per_km2 = 0.02,
random_probability = 1,
random_spot_size_minimum = 0.02,
random_spot_size_maximum = 0.03,
has_starting_area_placement = false,
autoplace_control_name = 'oil_ocean'
}
data.raw.tile['oil-ocean-deep'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'oil-ocean-deep',
order = 'a',
base_density = 7,
base_spots_per_km2 = 0.02,
random_probability = 1,
random_spot_size_minimum = 0.02,
random_spot_size_maximum = 0.03,
has_starting_area_placement = false,
autoplace_control_name = 'oil_ocean'
}
data.raw.tile['lava'].autoplace = resource_autoplace.resource_autoplace_settings{ data.raw.tile['lava'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'lava', name = 'lava',
order = 'a', order = 'a',
@@ -760,30 +696,6 @@ if settings.startup['PHI-SA'].value then
autoplace_control_name = 'vulcanus_volcanism' autoplace_control_name = 'vulcanus_volcanism'
} }
data.raw.tile['ammoniacal-ocean'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'ammoniacal-ocean',
order = 'a',
base_density = 8.2,
base_spots_per_km2 = 0.15,
random_probability = 1,
random_spot_size_minimum = 0.3,
random_spot_size_maximum = 1,
has_starting_area_placement = false,
autoplace_control_name = 'ammoniacal_ocean'
}
data.raw.tile['ammoniacal-ocean-2'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'ammoniacal-ocean-2',
order = 'a',
base_density = 8.3,
base_spots_per_km2 = 0.15,
random_probability = 1,
random_spot_size_minimum = 0.3,
random_spot_size_maximum = 1,
has_starting_area_placement = false,
autoplace_control_name = 'ammoniacal_ocean'
}
data.raw['noise-expression']['demolisher_starting_area']['demolisher_starting_area'] = '0 < starting_spot_at_angle{angle = vulcanus_mountains_angle - 5 * vulcanus_starting_direction, distance = 128 * vulcanus_starting_area_radius + 32, radius = 24 * 32, x_distortion = 0, y_distortion = 0}' data.raw['noise-expression']['demolisher_starting_area']['demolisher_starting_area'] = '0 < starting_spot_at_angle{angle = vulcanus_mountains_angle - 5 * vulcanus_starting_direction, distance = 128 * vulcanus_starting_area_radius + 32, radius = 24 * 32, x_distortion = 0, y_distortion = 0}'
data.raw.planet['nauvis'].map_gen_settings.territory_settings = data.raw.planet['vulcanus'].map_gen_settings.territory_settings data.raw.planet['nauvis'].map_gen_settings.territory_settings = data.raw.planet['vulcanus'].map_gen_settings.territory_settings