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PHI-CL/data.lua

@@ -981,38 +981,24 @@ if settings.startup['PHI-VP'].value then
         data.raw.technology['mining-productivity-3'].unit.ingredients = {{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'chemical-science-pack', 1}, {'production-science-pack', 1}, {'utility-science-pack', 1}, {'space-science-pack', 1}}
         data.raw.technology['processing-unit-productivity'].prerequisites = {'processing-unit', 'electromagnetic-plant'}
         data.raw.technology['processing-unit-productivity'].effects = {{type = 'change-recipe-productivity', recipe = 'processing-unit', change = 0.05}}
-        data.raw.technology['processing-unit-productivity'].unit.count_formula = '1000 * (1.5 ^ (L - 1))'
         data.raw.technology['processing-unit-productivity'].unit.ingredients = {{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'chemical-science-pack', 1}, {'production-science-pack', 1}, {'utility-science-pack', 1}}
-        data.raw.technology['processing-unit-productivity'].max_level = 10
         data.raw.technology['steel-plate-productivity'].prerequisites = {'foundry'}
         data.raw.technology['steel-plate-productivity'].effects = {{type = 'change-recipe-productivity', recipe = 'steel-plate', change = 0.05}}
-        data.raw.technology['steel-plate-productivity'].unit.count_formula = '1000 * (1.5 ^ (L - 1))'
         data.raw.technology['steel-plate-productivity'].unit.ingredients = {{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'chemical-science-pack', 1}, {'production-science-pack', 1}, {'utility-science-pack', 1}}
-        data.raw.technology['steel-plate-productivity'].max_level = 10
         data.raw.technology['low-density-structure-productivity'].prerequisites = {'low-density-structure', 'electromagnetic-plant'}
         data.raw.technology['low-density-structure-productivity'].effects = {{type = 'change-recipe-productivity', recipe = 'low-density-structure', change = 0.05}}
-        data.raw.technology['low-density-structure-productivity'].unit.count_formula = '1000 * (1.5 ^ (L - 1))'
         data.raw.technology['low-density-structure-productivity'].unit.ingredients = {{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'chemical-science-pack', 1}, {'production-science-pack', 1}, {'utility-science-pack', 1}}
-        data.raw.technology['low-density-structure-productivity'].max_level = 10
         data.raw.technology['plastic-bar-productivity'].prerequisites = {'plastics', 'cryogenic-plant'}
         data.raw.technology['plastic-bar-productivity'].effects = {{type = 'change-recipe-productivity', recipe = 'plastic-bar', change = 0.05}}
-        data.raw.technology['plastic-bar-productivity'].unit.count_formula = '1000 * (1.5 ^ (L - 1))'
         data.raw.technology['plastic-bar-productivity'].unit.ingredients = {{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'chemical-science-pack', 1}, {'production-science-pack', 1}, {'utility-science-pack', 1}}
-        data.raw.technology['plastic-bar-productivity'].max_level = 10
         data.raw.technology['rocket-fuel-productivity'].prerequisites = {'rocket-fuel', 'electromagnetic-plant'}
         data.raw.technology['rocket-fuel-productivity'].effects = {{type = 'change-recipe-productivity', recipe = 'rocket-fuel', change = 0.05}}
-        data.raw.technology['rocket-fuel-productivity'].unit.count_formula = '1000 * (1.5 ^ (L - 1))'
         data.raw.technology['rocket-fuel-productivity'].unit.ingredients = {{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'chemical-science-pack', 1}, {'production-science-pack', 1}, {'utility-science-pack', 1}}
-        data.raw.technology['rocket-fuel-productivity'].max_level = 10
         data.raw.technology['rocket-part-productivity'].prerequisites = {'rocket-silo', 'electromagnetic-plant'}
         data.raw.technology['rocket-part-productivity'].effects = {{type = 'change-recipe-productivity', recipe = 'rocket-part', change = 0.05}}
-        data.raw.technology['rocket-part-productivity'].unit.count_formula = '1000 * (1.5 ^ (L - 1))'
         data.raw.technology['rocket-part-productivity'].unit.ingredients = {{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'chemical-science-pack', 1}, {'production-science-pack', 1}, {'utility-science-pack', 1}}
-        data.raw.technology['rocket-part-productivity'].max_level = 10
         data.raw.technology['research-productivity'].prerequisites = {'space-science-pack', 'biolab'}
-        data.raw.technology['research-productivity'].unit.count_formula = '1500 * (1.5 ^ L)'
         data.raw.technology['research-productivity'].unit.ingredients = {{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'military-science-pack', 1}, {'chemical-science-pack', 1}, {'production-science-pack', 1}, {'utility-science-pack', 1}, {'space-science-pack', 1}}
-        data.raw.technology['research-productivity'].max_level = 10
         data.raw.technology['spidertron'].prerequisites = {'exoskeleton-equipment', 'fission-reactor-equipment', 'military-4', 'production-science-pack', 'radar'}
         data.raw.technology['spidertron'].unit.ingredients = {{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'military-science-pack', 1}, {'chemical-science-pack', 1}, {'production-science-pack', 1}, {'utility-science-pack', 1}}
         data.raw.technology['heating-tower'].prerequisites = {'chemical-science-pack'}
@@ -1024,6 +1010,13 @@ if settings.startup['PHI-VP'].value then
         data.raw.technology['tree-seeding'].prerequisites = {'agriculture'}
         data.raw.technology['tree-seeding'].unit.ingredients = {{'automation-science-pack', 1}, {'logistic-science-pack', 1}, {'chemical-science-pack', 1}}
 
+        for _, v in pairs({'processing-unit-productivity', 'steel-plate-productivity', 'low-density-structure-productivity', 'plastic-bar-productivity', 'rocket-fuel-productivity', 'rocket-part-productivity', 'research-productivity'}) do
+            data.raw.technology[v].unit.count_formula = '1000 * (1.5 ^ (L - 1))'
+            data.raw.technology[v].max_level = 10
+        end
+
+        data.raw.technology['research-productivity'].unit.count_formula = '1500 * (1.5 ^ L)'
+
         for _, v in pairs({'space-science-pack', 'electromagnetic-plant', 'foundry', 'cryogenic-plant', 'big-mining-drill', 'agriculture', 'heating-tower'}) do
             data.raw.technology[v].research_trigger = nil
         end