Merge branch 'main' of https://github.com/SnorreSelmer/stationeers_ic10

auto_item_sorter.ic10

@@ -1,3 +1,8 @@
+# Controls Sorters to sort items based on hash.
+# Reads item-hashes from stack to decide if it
+# should be split off or passed on.
+# Connect one Sorter to each screw on the IC.
+
 alias counter r0
 move counter 0
 
@@ -8,6 +13,7 @@ alias IsItem r4
 
 define INPUTSLOT 0
 
+# Replace hashes below with the ones you need.
 push 1724793494 # Coal
 push -983091249 # Cobalt
 push -707307845 # Copper
@@ -20,12 +26,15 @@ push -190236170 # Lead
 #push -1516581844 # Uranium
 
 start:
+# Loops over screws to instruct attached Sorters,
+# loops over all sorters every tick.
 bdseal dr0 sort
 add counter counter 1
 bgt counter 5 reset
 j start
 
 sort:
+# Compares Sorter input-slot with hash in stack
 move sp counter
 add sp sp 1
 peek hash
@@ -38,6 +47,7 @@ s dr0 Output IsItem
 j ra
 
 reset:
+# Resets counter to 0 zero so we can loop over again
 move counter 0
 yield
 j start

automated_canister_filling.ic10

@@ -1,6 +1,4 @@
-# automatic gas-canister filler.
-# only works with player-made cans, starter-cans
-# have different hashes that won't work
+# Automatic gas-canister filler.
 # !!! Remember to set volume pump to no more !!!
 # !!! than 10l! I have mine at 2l for safety !!! 
 

battery_monitor.ic10

@@ -1,8 +1,23 @@
-alias DiodeSlider d0 # Kit (Light) > Diode Slide
-alias FirstBattery d1 # The battery closest to your base
-alias SecondBattery d2 # Optional second battery type
-alias CableAnalyzer d3 # Optional
-alias LEDLight d4 # Kit (Light) > LED Light, required if you have Cable Analyzer
+# Uses a Diode Slide to show battery-bank fill-level.
+# You can add a Cable Analyzer between generators
+# and batteries so an LED light can show if system
+# is charging or discharging.
+# Works best if your batteries are connected in
+# series (battery output -> battery input).
+# FirstBattery is the battery that faces your base.
+
+
+# Kit (Light) > Diode Slide
+alias DiodeSlider d0
+# Battery closest to your base
+alias FirstBattery d1
+# Optional second battery type
+alias SecondBattery d2
+# Optional Cable Analyzer
+alias CableAnalyzer d3
+# Kit (Light) > LED Light,
+# required if you have Cable Analyzer
+alias LEDLight d4
 
 alias FirstBattCharge r0
 alias Type1Hash r1
@@ -19,19 +34,30 @@ define GREEN 2
 
 start:
 yield
+# Checks charge/discharge state if CA connected
 bdseal CableAnalyzer systemstate
 l Type1Hash FirstBattery PrefabHash
+# Sums current and max capacity of batteries of the
+# first type
 lb Type1Max Type1Hash Maximum Sum
 lb Type1Charge Type1Hash Charge Sum
+# Gets charge-ratio of FirstBattery
 l FirstBattCharge FirstBattery Ratio
+# Gets charges from second type of batteries
 bdseal SecondBattery t2getcharge
+# Creates a ratio from all batteries
 div Type1Charge Type1Charge Type1Max
+# Displays total charge ratio of battery-bank
 s DiodeSlider Setting Type1Charge
-slt FirstBattCharge FirstBattCharge 0.99
+# Turns on Diode Slide light if FirstBattery
+# is less than full (danger low power storage)
+slt FirstBattCharge FirstBattCharge 1
 s DiodeSlider On FirstBattCharge
 j start
 
 t2getcharge:
+# Sums current and max capacity of batteries of the
+# second type (if present)
 l Type2Hash SecondBattery PrefabHash
 lb Type2Max Type2Hash Maximum Sum
 lb Type2Charge Type2Hash Charge Sum
@@ -40,16 +66,16 @@ add Type1Charge Type1Charge Type2Charge
 j ra
 
 systemstate:
+# Checks if system is generating more or less power
+# than it's consuming
 s LEDLight On 1
 l ChargeIn CableAnalyzer PowerPotential
 l ChargeOut FirstBattery PowerActual
 sub r9 ChargeIn ChargeOut
-s db Setting r9
-move r10 ra
-bgtzal r9 charging
+bgtz r9 charging
 s LEDLight Color RED
 j ra
 
 charging:
 s LEDLight Color GREEN
-j r10
+j ra