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phidias
2024-12-02 15:25:51 +09:00
parent 758997c33e
commit f7915f419c
4 changed files with 253 additions and 148 deletions
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9
PHI-CL/changelog.txt
View File

@@ -1,3 +1,12 @@
---------------------------------------------------------------------------------------------------
Version: 3.0.44
Date: 2024-12-01
Changes:
- [SA] Changed the fluid box from 2 to 3 on each side for thruster.
- [SA] Changed the asteroid generation settings.
- [SA] Changed the logic of map generation.
---------------------------------------------------------------------------------------------------
Version: 3.0.43
Date: 2024-11-30

10
PHI-CL/config.lua
View File

@@ -388,16 +388,6 @@ local items = {
['boompuff'] = true,
['water-cane'] = true
},
['gleba_tile'] = {
['natural-yumako-soil'] = true,
['natural-jellynut-soil'] = true,
['wetland-yumako'] = true,
['wetland-jellynut'] = true
},
['resource'] = {
['tungsten-ore'] = true,
['calcite'] = true
},
['technology_1'] = {
['planet-discovery-vulcanus'] = true,
['planet-discovery-gleba'] = true,

378
PHI-CL/data.lua
View File

@@ -526,66 +526,6 @@ if settings.startup['PHI-SA'].value then
end
end
for _, v in pairs({'vulcanus', 'gleba', 'fulgora', 'aquilo'}) do
data.raw.planet[v].map_gen_settings = nil
data.raw.planet[v].hidden = true
data.raw.planet[v].hidden_in_factoriopedia = true
end
for _, v in pairs(data.raw['space-location']) do
v.hidden = true
v.hidden_in_factoriopedia = true
end
for _, v in pairs(data.raw['space-connection']) do
v.hidden = true
v.hidden_in_factoriopedia = true
end
for _, v in pairs(data.raw['asteroid']) do
v.mass = 1
for _, v2 in pairs(v.resistances) do
if v2.percent > 98 then
v2.percent = 98
end
end
end
local asteroid_util = require('__space-age__.prototypes.planet.asteroid-spawn-definitions')
data.raw.planet['nauvis'].asteroid_spawn_influence = 1
local pb = {
has_promethium_asteroids = true,
probability_on_range_chunk = {
{position=0.001, probability=0.1250, angle_when_stopped=asteroid_util.chunk_angle},
{position=0.999, probability=0.0625, angle_when_stopped=asteroid_util.chunk_angle}
},
probability_on_range_small = {
{position=0.001, probability=0.1094, angle_when_stopped=asteroid_util.small_angle},
{position=0.999, probability=0.0781, angle_when_stopped=asteroid_util.small_angle}
},
probability_on_range_medium = {
{position=0.001, probability=0.0938, angle_when_stopped=asteroid_util.medium_angle},
{position=0.999, probability=0.0938, angle_when_stopped=asteroid_util.medium_angle}
},
probability_on_range_big = {
{position=0.001, probability=0.0781, angle_when_stopped=asteroid_util.big_angle},
{position=0.999, probability=0.1094, angle_when_stopped=asteroid_util.big_angle}
},
probability_on_range_huge = {
{position=0.001, probability=0.0625, angle_when_stopped=asteroid_util.huge_angle},
{position=0.999, probability=0.1250, angle_when_stopped=asteroid_util.huge_angle}
},
type_ratios = {
{position=0.001, ratios={1, 1, 1, 1}},
{position=0.999, ratios={1, 1, 1, 1}}
}
}
data.raw.planet['nauvis'].asteroid_spawn_definitions = asteroid_util.spawn_definitions(pb, 0.001)
data.raw.tile['space-platform-foundation'].max_health = data.raw.tile['space-platform-foundation'].max_health * 2
data.raw.technology['tungsten-carbide'].unit = {count = 400, time = 30, ingredients={{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'chemical-science-pack', 1}, {'space-science-pack', 1}}}
data.raw.technology['tungsten-carbide'].research_trigger = nil
-- data.raw.technology['agriculture'].unit = {count = 400, time = 30, ingredients={{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'chemical-science-pack', 1}, {'space-science-pack', 1}}}
@@ -600,11 +540,9 @@ if settings.startup['PHI-SA'].value then
data.raw.technology['lithium-processing'].research_trigger = nil
data.raw.technology['promethium-science-pack'].effects = {{type='unlock-recipe', recipe='promethium-science-pack'}}
--[[
data.raw.technology['railgun'].prerequisites = {'military-3', 'utility-science-pack'}
data.raw.technology['railgun'].unit = {count = 1000, time = 60, ingredients={{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'military-science-pack', 1}, {'chemical-science-pack', 1}, {'utility-science-pack', 1}}}
table.insert(data.raw['space-platform-starter-pack']['space-platform-starter-pack'].initial_items, {type='item',name='railgun-turret', amount=6})
]]
for k, v in pairs(items['space-age']['technology_1']) do
if data.raw.technology[k] then
@@ -622,6 +560,34 @@ if settings.startup['PHI-SA'].value then
data.raw.recipe['promethium-science-pack'].ingredients = {{type='item', name='quantum-processor', amount=1}, {type='item', name='biter-egg', amount=10}}
table.insert(data.raw['character']['character']['mining_categories'], 'hard-solid')
data.raw['simple-entity']['huge-rock'].autoplace = nil
data.raw['simple-entity']['big-rock'].autoplace = nil
data.raw['simple-entity']['big-sand-rock'].autoplace = nil
data.raw['optimized-decorative']['medium-rock'].autoplace = nil
data.raw['optimized-decorative']['small-rock'] .autoplace= nil
data.raw['optimized-decorative']['tiny-rock'].autoplace = nil
data.raw['optimized-decorative']['medium-sand-rock'].autoplace = nil
data.raw['optimized-decorative']['small-sand-rock'].autoplace = nil
data.raw['optimized-decorative']['sand-decal'].autoplace = nil
data.raw['optimized-decorative']['sand-dune-decal'].autoplace = nil
data.raw['optimized-decorative']['light-mud-decal'].autoplace = nil
data.raw['optimized-decorative']['red-desert-decal'].autoplace = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.entity.settings['huge-rock'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.entity.settings['big-rock'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.entity.settings['big-sand-rock'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.decorative.settings['medium-rock'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.decorative.settings['small-rock'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.decorative.settings['tiny-rock'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.decorative.settings['medium-sand-rock'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.decorative.settings['small-sand-rock'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.decorative.settings['sand-decal'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.decorative.settings['sand-dune-decal'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.decorative.settings['light-mud-decal'] = nil
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.decorative.settings['red-desert-decal'] = nil
for _, v in pairs({'calcite', 'fluorine_vent', 'lithium_brine', 'scrap', 'sulfuric_acid_geyser', 'tungsten_ore'}) do
data.raw.planet['nauvis'].map_gen_settings.autoplace_controls[v] = {}
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.entity.settings[v:gsub('_', '-')] = {}
@@ -663,76 +629,56 @@ if settings.startup['PHI-SA'].value then
local resource_autoplace = require('resource-autoplace')
data.raw.tile['oil-ocean-shallow'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'oil-ocean-shallow',
order = 'a',
random_probability = 1,
base_density = 7,
base_spots_per_km2 = 0.02,
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-shallow'].autoplace = {
['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'oil_ocean'
}
data.raw.tile['oil-ocean-deep'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'oil-ocean-deep',
order = 'a',
random_probability = 1,
base_density = 7,
base_spots_per_km2 = 0.02,
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 = {
['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'oil_ocean'
}
data.raw.tile['lava'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'lava',
order = 'a',
base_density = 7,
base_spots_per_km2 = 0.04,
random_spot_size_minimum = 0.02,
random_spot_size_maximum = 0.03,
has_starting_area_placement = false,
autoplace_control_name = 'vulcanus_volcanism'
data.raw.tile['lava'].autoplace = {
['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'vulcanus_volcanism'
}
data.raw.tile['lava-hot'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'lava-hot',
order = 'a',
base_density = 7,
base_spots_per_km2 = 0.01,
random_spot_size_minimum = 0.2,
random_spot_size_maximum = 0.6,
has_starting_area_placement = false,
autoplace_control_name = 'vulcanus_volcanism'
data.raw.tile['lava-hot'].autoplace = {
['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'vulcanus_volcanism'
}
data.raw.tile['ammoniacal-ocean'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'ammoniacal-ocean',
order = 'a',
random_probability = 1,
base_density = 8.2,
base_spots_per_km2 = 0.15,
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'].autoplace = {
['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'ammoniacal_ocean'
}
data.raw.tile['ammoniacal-ocean-2'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'ammoniacal-ocean-2',
order = 'a',
random_probability = 1,
base_density = 8.3,
base_spots_per_km2 = 0.15,
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 = {
['probability_expression'] = 'water_base(-2, 200)',
['control'] = 'ammoniacal_ocean'
}
data.raw.resource['sulfuric-acid-geyser'].autoplace = {
order = 'a[resources]-c[sulfuric]',
probability_expression = 'vulcanus_sulfuric_acid_geyser_probability',
richness_expression = 'vulcanus_sulfuric_acid_geyser_richness'
}
data.raw.resource['fluorine-vent'].autoplace = {
order = 'a[resources]-a[fluorine]',
probability_expression = 'aquilo_flourine_vent_probability',
richness_expression = 'aquilo_flourine_vent_richness'
}
data.raw.resource['lithium-brine'].autoplace = {
order = 'a[resources]-b[lithium]',
probability_expression = 'aquilo_lithium_brine_probability',
richness_expression = 'aquilo_lithium_brine_richness'
}
]]
data.raw.resource['calcite'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'calcite',
order = 'c',
@@ -744,25 +690,117 @@ if settings.startup['PHI-SA'].value then
regular_rq_factor_multiplier = 1
}
--[[
data.raw.planet['nauvis'].map_gen_settings.territory_settings = {
units = {'small-demolisher', 'medium-demolisher', 'big-demolisher'},
territory_index_expression = 'demolisher_territory_expression',
territory_variation_expression = 'demolisher_variation_expression',
minimum_territory_size = 10
data.raw.resource['tungsten-ore'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'tungsten-ore',
order = 'c',
base_density = 0.9,
base_spots_per_km2 = 1.25,
has_starting_area_placement = false,
random_spot_size_minimum = 2,
random_spot_size_maximum = 4,
regular_rq_factor_multiplier = 1
}
]]
data.raw.resource['scrap'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'scrap',
order = 'c',
base_density = 0.9,
base_spots_per_km2 = 1.25,
has_starting_area_placement = false,
random_spot_size_minimum = 2,
random_spot_size_maximum = 4,
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{
name = 'lava',
order = 'a',
base_density = 7,
base_spots_per_km2 = 0.04,
random_probability = 1,
random_spot_size_minimum = 0.2,
random_spot_size_maximum = 0.7,
has_starting_area_placement = false,
autoplace_control_name = 'vulcanus_volcanism'
}
data.raw.tile['lava-hot'].autoplace = resource_autoplace.resource_autoplace_settings{
name = 'lava-hot',
order = 'a',
base_density = 7,
base_spots_per_km2 = 0.01,
random_probability = 1,
random_spot_size_minimum = 0.2,
random_spot_size_maximum = 0.6,
has_starting_area_placement = false,
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.planet['nauvis'].map_gen_settings.territory_settings = data.raw.planet['vulcanus'].map_gen_settings.territory_settings
for _, v in pairs({'platform_science', 'platform_moving', 'platform_messy_nuclear', 'vulcanus_lava_forge', 'vulcanus_crossing', 'vulcanus_punishmnent', 'vulcanus_sulfur_drop', 'gleba_agri_towers', 'gleba_pentapod_ponds', 'gleba_egg_escape', 'gleba_farm_attack', 'gleba_grotto', 'fulgora_city_crossing', 'fulgora_recycling_hell', 'fulgora_nightfall', 'fulgora_race', 'aquilo_send_help', 'aquilo_starter'}) do
data.raw['utility-constants']['default'].main_menu_simulations[v] = nil
end
local gleba_tile = {}
local gleba_tile = {
'natural-yumako-soil',
'natural-jellynut-soil',
'wetland-yumako',
'wetland-jellynut'
}
for k, _ in pairs(items['space-age']['gleba_tile']) do
if data.raw.tile[k] then
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.tile.settings[k] = {}
table.insert(gleba_tile, k)
for _, v in pairs(gleba_tile) do
if data.raw.tile[v] then
data.raw.planet['nauvis'].map_gen_settings.autoplace_settings.tile.settings[v] = {}
end
end
@@ -778,6 +816,66 @@ if settings.startup['PHI-SA'].value then
data.raw.item[v].place_as_tile.tile_condition = nil
end
for _, v in pairs({'vulcanus', 'gleba', 'fulgora', 'aquilo'}) do
data.raw.planet[v].map_gen_settings = nil
data.raw.planet[v].hidden = true
data.raw.planet[v].hidden_in_factoriopedia = true
end
for _, v in pairs(data.raw['space-location']) do
v.hidden = true
v.hidden_in_factoriopedia = true
end
for _, v in pairs(data.raw['space-connection']) do
v.hidden = true
v.hidden_in_factoriopedia = true
end
for _, v in pairs(data.raw['asteroid']) do
v.mass = 1
for _, v2 in pairs(v.resistances) do
if v2.percent > 98 then
v2.percent = 98
end
end
end
local asteroid_util = require('__space-age__.prototypes.planet.asteroid-spawn-definitions')
data.raw.planet['nauvis'].asteroid_spawn_influence = 1
local pb = {
has_promethium_asteroids = true,
probability_on_range_chunk = {
{position=0.001, probability=0.0625, angle_when_stopped=asteroid_util.chunk_angle},
{position=0.999, probability=0.0312, angle_when_stopped=asteroid_util.chunk_angle}
},
probability_on_range_small = {
{position=0.001, probability=0.0547, angle_when_stopped=asteroid_util.small_angle},
{position=0.999, probability=0.0390, angle_when_stopped=asteroid_util.small_angle}
},
probability_on_range_medium = {
{position=0.001, probability=0.0469, angle_when_stopped=asteroid_util.medium_angle},
{position=0.999, probability=0.0469, angle_when_stopped=asteroid_util.medium_angle}
},
probability_on_range_big = {
{position=0.001, probability=0.0390, angle_when_stopped=asteroid_util.big_angle},
{position=0.999, probability=0.0547, angle_when_stopped=asteroid_util.big_angle}
},
probability_on_range_huge = {
{position=0.001, probability=0.0312, angle_when_stopped=asteroid_util.huge_angle},
{position=0.999, probability=0.0625, angle_when_stopped=asteroid_util.huge_angle}
},
type_ratios = {
{position=0.001, ratios={1, 1, 1, 1}},
{position=0.999, ratios={1, 1, 1, 1}}
}
}
data.raw.planet['nauvis'].asteroid_spawn_definitions = asteroid_util.spawn_definitions(pb, 0.001)
data.raw.tile['space-platform-foundation'].max_health = data.raw.tile['space-platform-foundation'].max_health * 2
data.raw['tips-and-tricks-item']['fulgora-briefing'] = nil
data.raw['tips-and-tricks-item']['lightning-mechanics'] = nil
data.raw['tips-and-tricks-item']['gleba-briefing'] = nil
@@ -805,6 +903,11 @@ if settings.startup['PHI-SA'].value then
if settings.startup['PHI-SA-GENERIC'].value or settings.startup['PHI-SA-VANILLA'].value then
if mods['space-age'] then
data.raw.resource['lithium-brine'].infinite = true
data.raw.resource['lithium-brine'].minimum = 60000
data.raw.resource['lithium-brine'].normal = 300000
data.raw.resource['lithium-brine'].infinite_depletion_amount = 10
data.raw.technology['cliff-explosives'].prerequisites = {'explosives', 'military-2'}
data.raw.technology['cliff-explosives'].unit.count = 200
data.raw.technology['cliff-explosives'].unit.ingredients = {
@@ -928,6 +1031,9 @@ if settings.startup['PHI-SA'].value then
data.raw.recipe['atomic-bomb'].ingredients[3] = {type='item', name='uranium-235', amount=30}
table.insert(data.raw['thruster']['thruster'].fuel_fluid_box.pipe_connections, {flow_direction='input-output', direction=defines.direction.west, position={-1.5, 2}})
table.insert(data.raw['thruster']['thruster'].oxidizer_fluid_box.pipe_connections, {flow_direction='input-output', direction=defines.direction.west, position={1.5, 2}})
data.raw.roboport.roboport.charging_station_count_affected_by_quality = true
data.raw['roboport-equipment']['personal-roboport-equipment'].charging_station_count_affected_by_quality = true
@@ -1317,10 +1423,10 @@ if settings.startup['PHI-SA'].value then
data.raw['kill-achievement']['we-need-bigger-guns'] = nil
data.raw['kill-achievement']['size-doesnt-matter'] = nil
for k, v in pairs(items['space-age']['resource']) do
if data.raw.resource[k] then
data.raw.resource[k].hidden = v
data.raw.resource[k].hidden_in_factoriopedia = v
for _, v in pairs({'tungsten-ore', 'calcite'}) do
if data.raw.resource[v] then
data.raw.resource[v].hidden = true
data.raw.resource[v].hidden_in_factoriopedia = true
end
end

4
PHI-CL/info.json
View File

@@ -1,8 +1,8 @@
{
"name": "PHI-CL",
"version": "3.0.43",
"version": "3.0.44",
"factorio_version": "2.0",
"date": "2024-11-30",
"date": "2024-12-03",
"title": "Phidias Collection",
"author": "PHIDIAS0303",
"contributers": "",