From b661af78e6803b8a5d099a01cd3de5b5d002f59a Mon Sep 17 00:00:00 2001
From: Ontheheavens <92992377+Ontheheavens@users.noreply.github.com>
Date: Wed, 17 Nov 2021 18:31:32 +0400
Subject: [PATCH] Add files via upload

---
 forge_production_settings.ini | 130 ++++++++++++++++++++++++++++++++++
 1 file changed, 130 insertions(+)
 create mode 100644 forge_production_settings.ini

diff --git a/forge_production_settings.ini b/forge_production_settings.ini
new file mode 100644
index 0000000..830064d
--- /dev/null
+++ b/forge_production_settings.ini
@@ -0,0 +1,130 @@
+{
+
+        # Exercise caution when modifying settings variables: balance is fragile.
+
+        ####### Miscellaneous Settings #######
+
+        # Slow-moving and detected-at-range penalties when forge production is on.
+
+                "forge_enable_ability_penalties": true,
+
+        # Percentage.
+
+                "forge_sensor_profile_increase": 100, # (Integer)
+
+        # How many operational/inactive ships are displayed in ability tooltip.
+
+                "forge_ship_list_size": 5, # (Integer)
+
+        ####### Notification Settings #######
+
+                "forge_play_sound_notification": true,
+                "forge_show_notification": true,
+
+        # In days. Production is still calculated daily. 
+        # Results are gathered and cleared when intel is created.
+        # Recommended to set only to values >= 1, default = 3.
+
+                "forge_notification_interval": 1, # (Integer)
+
+        ####### Ship Capacity Settings #######
+
+        # These values are multipliers of refining cycle. 
+        # Ship's final production is one cycle multiplied by ship's capacity.
+
+                "forge_capacity_cruiser": 40, # (Integer)
+                "forge_capacity_capital": 60, # (Integer)
+
+        ####### Refining Settings #######
+	
+        # These values are base for one refining cycle. 
+        # They are multiplied by hull size and CR to get final value. 
+        # Total base price result is 20 -> 36 & 75 -> 120.
+
+                "forge_ore_to_refine": 2, # (Float)
+
+                "forge_metal_produced": 1.2, # (Float)
+
+                "forge_transplutonic_ore_to_refine": 1, # (Float)
+                "forge_transplutonics_produced": 0.6, # (Float)
+
+                "forge_heavy_machinery_refining_usage": 0.6, # (Float)
+
+        ####### Centrifuging Settings #######
+	
+        # These values are base for one centrifuging cycle. 
+        # They are multiplied by hull size and CR to get final value. 
+        # Total base price result is 25 -> 30.
+
+                "forge_volatiles_to_centrifuge": 0.1, # (Float)
+                "forge_fuel_produced": 1.2, # (Float)
+
+                "forge_heavy_machinery_centrifuging_usage": 0.8, # (Float)
+
+        ####### Manufacturing Settings #######
+
+        # These values are base for one manufacturing cycle. 
+        # They are multiplied by hull size and CR to get final value. 
+        # Total base price result is (24 + 40) = 64 -> 40.
+
+                "forge_metal_to_manufacture": 0.8, # (Float)
+                "forge_transplutonics_to_manufacture": 0.2, # (Float)
+                "forge_supplies_produced": 0.4, # (Float)
+
+                "forge_heavy_machinery_manufacturing_usage": 1, # (Float)
+
+        ####### Assembling Settings #######
+
+        # These values are base for one manufacturing cycle. 
+        # They are multiplied by hull size and CR to get final value. 
+        # Total base price result is (36 + 20) = 56 -> 30.
+
+                "forge_metal_to_assemble": 1.2, # (Float)
+                "forge_transplutonics_to_assemble": 0.1, # (Float)
+                "forge_heavy_machinery_produced": 0.2, # (Float)
+
+                "forge_heavy_machinery_assembling_usage": 1.6, # (Float)
+
+        ####### Machinery Breakdown Settings #######
+
+        # Number 0.3 translates to 30% base breakdown chance.
+                "forge_base_heavy_machinery_breakdown_chance": 0.3, # (Float)
+
+        # Determines likelihood of losing machinery in a breakdown.
+        # Calculated for every machinery unit separately.
+
+                "forge_heavy_machinery_breakdown_severity": 0.05, # (Float)
+
+        ####### CR Settings #######
+
+        # Number 0.02 translates to 2% daily CR decrease.
+
+                "forge_combat_readiness_decay_when_producing": 0.02, # (Float)
+
+        ####### Special Items Settings #######
+
+        # Percentage. Lower is better.
+        # Influences breakdown chance, breakdown  severity and CR decay.
+
+                "forge_corrupted_nanoforge_quality_bonus": 0.8, # (Float)
+                "forge_pristine_nanoforge_quality_bonus": 0.5, # (Float)
+
+        # Bonus output for each refining cycle. 
+
+                "forge_catalytic_core_refining_bonus": 0.2, # (Float)
+
+        # Bonus output for each centrifuging cycle. 
+
+                "forge_synchrotron_core_centrifuging_bonus": 0.4, # (Float)
+
+        # Bonus output for each manufacturing cycle. 
+
+                "forge_corrupted_nanoforge_manufacturing_bonus": 0.1, # (Float)
+                "forge_pristine_nanoforge_manufacturing_bonus": 0.2, # (Float)
+
+        # Bonus output for each assembling cycle. 
+
+                "forge_corrupted_nanoforge_assembling_bonus": 0.05, # (Float)
+                "forge_pristine_nanoforge_assembling_bonus": 0.1, # (Float)
+
+}