aperx/factorio-mod-PHI-CL
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phidias
2026-06-19 23:50:25 +09:00
parent bdaf4580a9
commit 3a9f4afec5
1 changed files with 14 additions and 56 deletions
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PHI-CL/data/b/mbm.lua
+14 -56
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@@ -31,28 +31,6 @@ local mod_tint = {
[8] = {r=233, g=63, b=233} [8] = {r=233, g=63, b=233}
} }
local function tint_handle(item, tier, tl)
for _, ve in pairs(tl) do
if item[ve] then
for _, tc in pairs({'layers', 'sheets', 'structure', 'frames'}) do
if item[ve][tc] and type(item[ve][tc]) == 'table' then
for _, v2 in pairs(item[ve][tc]) do
v2.tint = mod_tint[tier]
if v2.frames then
for _, v3 in pairs(v2.frames) do
v3.tint = mod_tint[tier]
end
end
end
end
end
item[ve].tint = mod_tint[tier]
end
end
end
function main_entity(source, tier) function main_entity(source, tier)
local item = table.deepcopy(data.raw[source.type][source.ref_name]) local item = table.deepcopy(data.raw[source.type][source.ref_name])
item.name = source.name .. '-' .. tier item.name = source.name .. '-' .. tier
@@ -65,14 +43,14 @@ function main_entity(source, tier)
end end
for _, v in pairs({'energy_usage', 'heating_energy', 'crane_energy_usage', 'energy_per_shot'}) do for _, v in pairs({'energy_usage', 'heating_energy', 'crane_energy_usage', 'energy_per_shot'}) do
if not (source.tech == 'compound-energy' and (source.type == 'solar-panel' or source.type == 'accumulator')) and item[v] then if item[v] then
item[v] = (tonumber(string.match(item[v], '[%d%.]+')) * (2 ^ (tier - source.min + 1))) .. (string.match(item[v], '%a+') or '') item[v] = (tonumber(string.match(item[v], '[%d%.]+')) * (2 ^ (tier - source.min + 1))) .. (string.match(item[v], '%a+') or '')
end end
end end
if item.energy_source then if item.energy_source then
for _, v in pairs({'buffer_capacity', 'input_flow_limit', 'output_flow_limit'}) do for _, v in pairs({'buffer_capacity', 'input_flow_limit', 'output_flow_limit'}) do
if not (source.tech == 'compound-energy' and (source.type == 'solar-panel' or source.type == 'accumulator')) and item.energy_source[v] then if item.energy_source[v] then
item.energy_source[v] = tonumber(string.match(item.energy_source[v], '[%d%.]+')) * (2 ^ (tier - source.min + 1)) .. string.match(item.energy_source[v], '%a+') item.energy_source[v] = tonumber(string.match(item.energy_source[v], '[%d%.]+')) * (2 ^ (tier - source.min + 1)) .. string.match(item.energy_source[v], '%a+')
end end
end end
@@ -148,6 +126,18 @@ function main_entity(source, tier)
item.max_distance_of_sector_revealed = item.max_distance_of_sector_revealed + (2 * (tier - source.min + 1)) item.max_distance_of_sector_revealed = item.max_distance_of_sector_revealed + (2 * (tier - source.min + 1))
item.max_distance_of_nearby_sector_revealed = item.max_distance_of_nearby_sector_revealed + (2 * (tier - source.min + 1)) item.max_distance_of_nearby_sector_revealed = item.max_distance_of_nearby_sector_revealed + (2 * (tier - source.min + 1))
if item['pictures'] and item['pictures'].layers then
for _, l in pairs(item['pictures'].layers) do
if not l.draw_as_shadow then
l.tint = mod_tint[tier]
end
end
end
if item['integration_patch'] then
item['integration_patch'].tint = mod_tint[tier]
end
elseif source.type == 'thruster' then elseif source.type == 'thruster' then
for _, v in pairs({'min_performance', 'max_performance'}) do for _, v in pairs({'min_performance', 'max_performance'}) do
item[v].fluid_usage = (item[v].fluid_usage and item[v].fluid_usage * (2 ^ (tier - source.min + 1))) or nil item[v].fluid_usage = (item[v].fluid_usage and item[v].fluid_usage * (2 ^ (tier - source.min + 1))) or nil
@@ -160,38 +150,6 @@ function main_entity(source, tier)
item.radius = item.radius + (1 * (tier - source.min + 1)) item.radius = item.radius + (1 * (tier - source.min + 1))
end end
tint_handle(item, tier, {'picture', 'pictures', 'animation', 'structure', 'integration_patch', 'horizontal_animation', 'vertical_animation'})
for _, v in pairs({'graphics_set', 'graphics_set_flipped'}) do
if item[v] then
tint_handle(item[v], tier, {'animation', 'idle_animation', 'frozen_patch'})
if item[v].working_visualisations then
tint_handle(item[v].working_visualisations, tier, {'north_animation', 'east_animation', 'south_animation', 'west_animation', 'animation'})
end
end
end
if item.idle_animation and item.idle_animation.layers then
local i = 1
while i < #item.idle_animation.layers do
if item.idle_animation.layers[i] then
item.idle_animation.layers[i].tint = mod_tint[tier]
end
i = i + 2
if not item.idle_animation.layers[i] then
break
end
end
end
if item.base_picture and item.base_picture.sheets then
item.base_picture.sheets[1].tint = mod_tint[tier]
end
item.localised_name = (tier > 1 and {'phi-cl.combine', {'?', {'entity-name.' .. source.ref_name}, {'name.' .. source.ref_name}}, tostring(tier)}) or {'?', {'entity-name.' .. source.ref_name}, {'name.' .. source.ref_name}} item.localised_name = (tier > 1 and {'phi-cl.combine', {'?', {'entity-name.' .. source.ref_name}, {'name.' .. source.ref_name}}, tostring(tier)}) or {'?', {'entity-name.' .. source.ref_name}, {'name.' .. source.ref_name}}
item.localised_description = {'?', {'entity-description.' .. source.ref_name}, {'description.' .. source.ref_name}} item.localised_description = {'?', {'entity-description.' .. source.ref_name}, {'description.' .. source.ref_name}}