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Create prototypes.lua

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PHIDIAS
2022-12-01 19:57:12 +09:00
parent 78ad0dd7b9
commit 06e2adb0ce
1 changed files with 74 additions and 0 deletions
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PHI-EN/prototypes.lua Normal file
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local alpha_order = {"b", "c", "d", "e", "f", "g", "h", "i"}
local base_battery_energy = 5
local base_battery_flow = 300
local base_solar_energy = 60
local graphics_location = "__PHI-EN__/graphics/"
local function EN(source, tier)
local item = table.deepcopy(data.raw[source][source])
item.name = source .. "-mk" .. tier
item.place_result = source .. "-mk" .. tier
item.minable.result = source .. "-mk" .. tier
item.max_health = 1000
item.subgroup = "energy"
item.stack_size = 50
item.default_request_amount = 50
item.picture.layers[1].filename = graphics_location .. source .. "-e.png"
item.picture.layers[1].hr_version.filename = graphics_location .. source .."-eh.png"
item.icon = graphics_location .. source .. "-i.png"
item.icon_size = 64
item.icon_mipmaps = 4
if (source == "accumulator")
then
item.order = "d[" .. source .. "]-b" .. alpha_order[tier - 1] .. "[" .. source .. "-mk" .. tier .. "]"
item.energy_source.buffer_capacity = (base_battery_energy * 4 ^ (tier - 1)) .. "MJ"
item.energy_source.input_flow_limit = (base_battery_flow * (4 ^ (tier - 1))) .. "kW"
item.energy_source.output_flow_limit = (base_battery_flow * (4 ^ (tier - 1))) .. "kW"
item.charge_animation.layers[1].layers[1].filename = item.picture.layers[1].filename
item.charge_animation.layers[1].layers[1].tint = {r = 1, g = 1, b = 1, a = 1}
item.charge_animation.layers[1].layers[1].hr_version.filename = item.picture.layers[1].hr_version.filename
item.charge_animation.layers[1].layers[1].hr_version.tint = {r = 1, g = 1, b = 1, a = 1}
item.discharge_animation.layers[1].layers[1].filename = item.picture.layers[1].filename
item.discharge_animation.layers[1].layers[1].tint = {r = 1, g = 1, b = 1, a = 1}
item.discharge_animation.layers[1].layers[1].hr_version.filename = item.picture.layers[1].hr_version.filename
item.discharge_animation.layers[1].layers[1].hr_version.tint = {r = 1, g = 1, b = 1, a = 1}
else
item.order = "e[" .. source .. "]-b" .. alpha_order[tier - 1] .. "[" .. source .. "-mk" .. tier .. "]"
item.production = (base_solar_energy * (4 ^ (tier - 1))) .. "kW"
end
if (tier <= 7)
then
item.next_upgrade = source .. "-mk" .. (tier + 1)
end
data:extend({item})
end
local function ER(source, tier)
name = source
if (tier >= 3)
then
name = name .. "-mk" .. (tier - 1)
end
data:extend({{
type = "recipe",
name = source .. "-mk" .. tier,
energy_required = 5,
enabled = "false",
ingredients = {{name, 4}},
result = source .. "-mk" .. tier,
}})
end
items = {"accumulator", "solar-panel"}
for i=1, 2, 1 do
for j=2, 8, 1 do
EN(items[i], j)
ER(items[i], j)
end
end