.

PHI-CL/main.lua

@@ -273,33 +273,18 @@ end
 -- equipment
 function main.EEQ(source, tier)
     local item = table.deepcopy(data.raw[source.type][source.ref_name])
-    -- local item = {}
 
-    item['name'] = source.name .. '-mk' .. tier .. '-equipment'
+    item.name = source.name .. '-mk' .. tier .. '-equipment'
-    item['type'] = source.type
-    item['categories'] = {'armor'}
 
-    -- local w = 1
+    if (source.type == 'solar-equipment') or (source.type == 'fusion-equipment') then
-    -- local h = 1
-
-    if (source.name == 'solar-panel') then
         item.power = tostring(tonumber(string.match(item.power, '[%d%.]+')) * (2 ^ (tier - source.min + 1))) .. string.match(item.power, '%a+')
-        -- item['energy_source'] = {type = 'electric', usage_priority = 'primary-output'}
+
+    elseif (source.type == 'battery-equipment') then
+        item['energy_source']['buffer_capacity'] = tostring(tonumber(string.match(item['energy_source']['buffer_capacity'], '[%d%.]+')) * (2 ^ (tier - source.min + 1))) .. string.match(item['energy_source']['buffer_capacity'], '%a+')
     end
+
     --[[
-    elseif (source.name == 'battery') then
-        h = 2
-        item['energy_source'] = {type = 'electric', usage_priority = 'tertiary', buffer_capacity= (source.base * (2 ^ (tier - source.min + 1))) .. 'MJ'}
-
-    elseif (source.name == 'fusion-reactor') then
-        w = 4
-        h = 4
-        item['power'] = (source.base * (2 ^ (tier - source.min + 1))) .. 'kW'
-        item['energy_source'] = {type = 'electric', usage_priority = 'primary-output'}
-
     elseif (source.name == 'personal-laser-defense') then
-        w = 2
-        h = 2
         item['energy_source'] = {type = 'electric', usage_priority = 'secondary-input', buffer_capacity = (250 * (2 ^ (tier - source.min + 1))) .. 'kJ'}
         -- item['source_direction_count'] = 64
         -- item['source_offset'] = {0, -3.423489 / 4}
@@ -307,15 +292,11 @@ function main.EEQ(source, tier)
         item['automatic'] = true
 
     elseif (source.name == 'energy-shield') then
-        w = 2
-        h = 2
         item['energy_source'] = {type = 'electric', usage_priority = 'primary-input', input_flow_limit = (source.base * 4 * (2 ^ (tier - source.min + 1))) .. 'kW', buffer_capacity = (source.base * 2 * (2 ^ (tier - 1))) .. 'kJ'}
         item['max_shield_value'] = (source.base * (2 ^ (tier - 2)))
         item['energy_per_shield'] = '80kJ'
 
     elseif (source.name == 'personal-roboport') then
-        w = 2
-        h = 2
         item['energy_source'] = {type = 'electric', usage_priority = 'secondary-input', buffer_capacity = (source.base * 32 * (2 ^ (tier - source.min + 1))) .. 'MJ'}
         item['robot_limit'] = 50
         item['construction_radius'] = 32
@@ -333,8 +314,6 @@ function main.EEQ(source, tier)
         item['charging_threshold_distance'] = 5
 
     elseif (source.name == 'night-vision') then
-        w = 2
-        h = 2
         item['energy_source'] = {type = 'electric', usage_priority = 'primary-input', buffer_capacity = '240kJ'}
         item['energy_input'] = '20kW'
         item['activate_sound'] = {filename = '__base__/sound/nightvision-on.ogg', volume = 0.5}
@@ -343,8 +322,6 @@ function main.EEQ(source, tier)
         item['color_lookup'] = {{0, '__core__/graphics/color_luts/lut-sunset.png'}}
 
     elseif (source.name == 'exoskeleton') then
-        w = 2
-        h = 4
         item['energy_source'] = {type = 'electric', usage_priority = 'secondary-input', buffer_capacity = '10MJ'}
         item['energy_consumption'] = '400kW'
         item['movement_bonus'] = source.base