a3d9562532
* Add GNU Octave script for tuning singularity engine. startsingularityengine is now properly tuned & sets up radiation collectors. FTLize RadiationCollectorComponent. * Fix bugs with radiation collectors producing infinite power. * Ensure singularities don't instantly annihilate other singularities (causing new singularities to instantly dissolve) Technically found by a "bug" where a singularity generator would make multiple singularities, but this renders that bug harmless. * Tune singularity shield emitters to hopefully randomly fail less, and add an Octave script for looking into that * Fix singularity shader * Map in an unfinished PA into Saltern * Correct PA particles being counted twice by singularity calculations, add singulo food component * Hopefully stop "level 1 singulo stuck in a corner" issues by freezing it when it goes to level 1 from any other level * Apply suggestions on 'jazz' PR
66 lines
1.9 KiB
Matlab
66 lines
1.9 KiB
Matlab
# This is a script to be loaded into GNU Octave.
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# - Notes -
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# + Be sure to check all parameters are up to date with game before use.
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# + This plots *worst-case* performance, the assumption is that it shouldn't ever randomly fail.
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# + The assumption is that there is one emitter per shield point.
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# + Keep in mind that to prevent the generator being destroyed, either shield must be above a limit.
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# This limit is (level*2)+1.
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# The timestep used for simulation is one second.
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global emitter_state emitter_timer shield_energy
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emitter_state = 0
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emitter_timer = 0
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shield_energy = 0
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function shield_clamp ()
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global shield_energy
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# ContainmentFieldConnection.SharedEnergyPool
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shield_energy = min(max(shield_energy, 0), 25)
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endfunction
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function shield_tick ()
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global shield_energy
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shield_energy -= 1
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shield_clamp()
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endfunction
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function shield_hit ()
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global shield_energy
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emitter_count = 2 # one per connection side
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receive_power = 6 # ContainmentFieldGeneratorComponent.IStartCollide.CollideWith
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power_per_connection = receive_power / 2 # ContainmentFieldGeneratorComponent.ReceivePower
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shield_energy += power_per_connection * emitter_count
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shield_clamp()
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endfunction
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function retval = scenario (x)
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global emitter_state emitter_timer shield_energy
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# Tick (degrade) shield
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shield_tick()
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# Timer...
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if emitter_timer > 0
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emitter_timer -= 1
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else
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# Note the logic here is written to match how EmitterComponent does it.
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# Fire first...
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shield_hit()
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# Then check if < fireBurstSize
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if emitter_state < 3
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# Then increment & reset
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emitter_state += 1
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# to fireInterval
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emitter_timer = 2
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else
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# Reset state
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emitter_state = 0
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# Worst case, fireBurstDelayMax
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emitter_timer = 10
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endif
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endif
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retval = shield_energy
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endfunction
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# x is in seconds.
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x = 0:1:960
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plot(x, arrayfun(@scenario, x))
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