gtnh-flow
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OrderedSet86
Unclear log output
Error:
> susy/germanium line.yaml
_preProcessing.py:118 INFO Fixing factory cycle by redirecting "[Input] Oxalic Acid Solution" to sink
_solver.py:666 INFO Running linear solver...
_solver.py:260 INFO Solving multi-input scenario involving waelz slag dust!
_solver.py:260 INFO Solving multi-input scenario involving impure germanium tetrachloride!
51 0.5*v58
52 3.0*v58
53 0.0015*v58
54 2.0*v58
55 0.0015*v58
57 0.0005*v58
58 1.0*v58
all soln: {(0.5, 2.0, 0.25, 2.0, 12.5, 0.25, 0.25, 6.25, 0.25, 250.0, 250.0, 250.0, 25.0, 0.2, 250.0, 0.2, 10.0, 80.0, 20.0, 0.25, 2.0, 12.5, 0.25, 0.25, 6.25, 0.25, 125.0, 0.125, 125.0, 0.03125, 125.0, 0.140625, 93.75, 93.75, 93.75, 93.75, 93.75, 56.25, 93.75, 93.75, 56.25, 18.75, 93.75, 93.75, 37.5, 4.6875, 37.5, 37.5, 9.375, 29.375, 26.4375, 0.5*v58, 3.0*v58, 0.0015*v58, 2.0*v58, 0.0015*v58, 2.0*v58, 0.0005*v58, 1.0*v58, 0.25, 25.0, 25.0, 0.5, 0.25, 0.25, 0.375, 0.125, 0.075, 0.05, 0.0078125, 0.03125, 56.25, 0.0375, 0.1125, 56.25, 56.25, 0.1125, 0.3375, 0.1125, 0.140625, 0.03125, 15.625, 15.625, 15.625, 28.125, 28.125, 56.25, 0.25, 0.25, 20.0, 9.375)}
-1x mv rotary kiln
Waelz Oxide Dust (1)
Waelz Slag Dust (1)
Carbon Dioxide (25)
-1x lv autoclave
Germanium Leach (1000)
-1x lv autoclave
Germanium Concentrate Dust (0.8)
Zinc Leach (1000)
-1x lv batch reactor
Impure Germanium Tetrachloride (100)
-1x mv rotary kiln
Germanium Rich Oxide Dust (1)
Waelz Slag Dust (1)
Carbon Dioxide (25)
Traceback (most recent call last):
File "C:\Users\PV\Documents\gtnh-flow\factory_graph.py", line 69, in generate_one
self.graph_gen(self, project_name[:-5], recipes, self.graph_config)
File "C:\Users\PV\Documents\gtnh-flow\src\graph\_solver.py", line 668, in systemOfEquationsSolverGraphGen
solver.run()
File "C:\Users\PV\Documents\gtnh-flow\src\graph\_solver.py", line 77, in run
self._solve()
File "C:\Users\PV\Documents\gtnh-flow\src\graph\_solver.py", line 333, in _solve
raise RuntimeError(
RuntimeError:
Unsolved variables - machine system is underdefined.
Likely cause is either disconnected machines or too little information.
factory_graph.py:72 ERROR Error generating graph for project "susy/germanium line.yaml":
Unsolved variables - machine system is underdefined.
Likely cause is either disconnected machines or too little information.
factory_graph.py:73 ERROR If error cause is not obvious, please notify dev: https://github.com/OrderedSet86/gtnh-flow/issues
Code:
- m: rotary kiln
tier: MV
I:
zinc oxide fume dust: 2
carbon dust: 1
natural gas: 8
oxygen: 50
O:
waelz oxide dust: 1
waelz slag dust: 1
carbon dioxide : 25
eut: 120
dur: 4
number: 1
#target:
#coke dust: 12
group: zinc oxide fume chain
- m: autoclave
tier: LV
I:
waelz oxide dust: 1
'[input] sulfuric acid': 1000
O:
germanium leach: 1000
eut: 30
dur: 10
group: zinc oxide fume chain
- m: autoclave
tier: LV
I:
germanium leach: 1000
tannic acid solution: 100
O:
germanium concentrate dust: 0.8
zinc leach: 1000
eut: 30
dur: 10
group: zinc oxide fume chain
- m: batch reactor
tier: LV
I:
germanium concentrate dust: 1
chlorine: 50
'[input] hydrochloric acid': 400
O:
impure germanium tetrachloride: 100
eut: 30
dur: 10
group: zinc oxide fume chain
- m: rotary kiln
tier: MV
I:
zinc leach residue dust: 8
carbon dust: 1
natural gas: 8
oxygen: 50
O:
germanium rich oxide dust: 1
waelz slag dust: 1
carbon dioxide : 25
eut: 120
dur: 4
number: 1
group: germanium rich oxide chain
- m: autoclave
tier: LV
I:
germanium rich oxide dust: 2
'[input] oxalic acid solution': 1000
O:
lead-silica residue dust: 1
germanium oxalate leach: 1000
eut: 30
dur: 10
group: germanium rich oxide chain
- m: batch reactor
tier: LV
I:
small pile of iron dust: 2
germanium oxalate leach: 8000
O:
iron oxalate dihydrate dust: 9
purified germanium oxalate leach: 6000
eut: 30
dur: 10
group: germanium rich oxide chain
- m: centrifuge
tier: LV
I:
purified germanium oxalate leach: 1000
'[input] germanium-gallium extraction mixture': 1000
O:
germanium-gallium extract: 1000
'[output] oxalic acid solution': 1000
eut: 30
dur: 10
group: germanium rich oxide chain
- m: centrifuge
tier: LV
I:
'[input] diluted sulfuric acid': 600
germanium-gallium extract: 1000
O:
germanium extract: 1000
gallium sulfate solution: 600
eut: 30
dur: 10
group: germanium rich oxide chain
- m: centrifuge
tier: LV
I:
sodium hydroxide: 200
germanium extract: 1000
O:
'[output] germanium-gallium extraction mixture': 1000
germanium oxalate solution: 400
eut: 30
dur: 10
group: germanium rich oxide chain
- m: batch reactor
tier: LV
I:
chlorine: 50
'[input] hydrochloric acid': 400
germanium oxalate solution: 400
O:
impure germanium tetrachloride: 100
eut: 30
dur: 10
group: germanium rich oxide chain
- m: distillery
tier: LV
I:
impure germanium tetrachloride: 40
O:
german tetrachloride: 36
eut: 7
dur: 0.8
group: germanium refinement
- m: batch reactor
tier: LV
I:
germanium tetrachloride: 1000
ultra pure water: 6000
O:
germanium dioxide dust: 3
'[output] hydrochloric acid': 4000
eut: 30
dur: 10
group: germanium refinement
- m: tube furnace
tier: LV
I:
germanium dioxide dust: 3
hydrogen: 4000
O:
germanium dust: 1
steam: 2000
eut: 30
dur: 10
group: germanium refinement
- m: chemical bath
tier: LV
I:
wood log: 1
distilled water: 100
O:
tannic acid solution: 100
eut: 30
dur: 10
- m: centrifuge
tier: LV
I:
waelz slag dust: 1
O:
hematite dust: 0.5
quicklime dust: 0.5
silicon dioxide dust: 0.75
eut: 30
dur: 2
- m: centrifuge
tier: LV
I:
lead-silica residue dust: 1
O:
silicon dioxide dust: 0.6
anglesite dust: 0.4
eut: 30
dur: 8
- m: packager
tier: LV
I:
iron dust: 1
O:
small pile of iron dust: 4
eut: 12
dur: 0.5
- m: electrolyzer
tier: LV
I:
gallium sulfate solution: 3000
O:
gallium: 2
oxalic acid: 6
'[output] oxygen': 3000
'[output] sulfuric acid': 3000
eut: 12
dur: 0.5
- m: mixer
tier: LV
I:
oxalic acid: 6
distilled water: 3000
O:
'[output] oxalic acid solution': 1000
eut: 12
dur: 0.5
- m: roaster
tier: LV
I:
iron oxalate dihydrate dust: 9
O:
iron ii oxide dust: 2
steam: 1000
carbon monoxide: 1000
carbon dioxide: 1000
eut: 12
dur: 0.5
- m: mixer
tier: LV
I:
'[input] sulfuric acid': 1000
water: 1000
O:
'[input] diluted sulfuric acid': 2000
eut: 12
dur: 0.5
What is unclear? The error message tells you exactly what the issue is:
Unsolved variables - machine system is underdefined. Likely cause is either disconnected machines or too little information.
When you look at the debug chart, you see that there are three independent lines:
- The germanium chain
- The zinc oxide fume chain.
- The ultra pure water chain.
For 1 and 2 they have overlaps in the Waelz Slag Dust centrifuge and the Impure Germanium Tetrachloride distillery. They can function independently, so specifying one is not enough to tell you how to calculate the entire graph. Fortunately you specified both.
3 is completely independent and disconnected from the rest of the machines, so this is the cause of the issue.
The cause is that you misspelled "Germanium Tetrachloride" as "German Tetrachloride" in the impure distillery, so that caused 3 to be disconnected. Fixing that creates a valid graph:
I am leaving this open for now since I can detect disconnected machines, so that part of the error message can be improved
I would appreciate it if error message could tell which input/output material is disconnected from source/target.