Dee Eight, on 19 February 2017 - 11:13 AM, said:
Heat simulator imports its values directly from smurfy and has for over a year.
It's figures are wrong; it says the cooling rate for 10x engine, 18x external double heat sinks is 4.52, and for 10x engine, 20x external is 4.80.
Engine double heat sinks are 0.2 each (so 2.0 heat for 10) and external doubles are 0.15 each (so 2.7 for 18, 3.15 for 21). The correct heat dissipation should be 4.70 for 28 doubles, and 5.00 for 30 doubles.
I also gets heat capacity wrong; it says 10x engine, 18x external doubles have 75.2 heat capacity/threshold without elited heat containment, 90.24 with.
It should be 77 without elited heat-containment, 83 with (elited heat containment only adds 20% to the base 30 heat capacity).
Likewise, 10x engine, 20x external doubles is 78 heat capacity/threshold without elited heat containment, 93.6 with.
It should be 81.5 without elited heat-containment, 87.5 with.
Here's the mathed out firing sequence and heat levels for each mech, when elited.
Warhawk: -5.405 heat per second, 83 heat capacity, +12.88 heat per ER PPC shot (25.76 for two).
0 seconds, fire 2x ER PPC = +25.76 heat, current heat is 25.76, 31.05% of capacity
0.5 seconds, heat dissipation = -2.70 heat, current heat is 23.06, 27.78% of capacity
0.5 seconds, fire 2x ER PPC = +25.76 heat, current heat is 48.82, 58.82% of capacity
4.0 seconds, heat dissipation = -18.92 heat, current heat is 29.90, 36.02% of capacity
4.0 seconds, fire 2x ER PPC = +25.76 heat, current heat is 55.66, 67.06% of capacity
4.5 seconds, heat dissipation = -2.70 heat, current heat is 52.96, 63.80% of capacity
4.5 seconds, fire 2x ER PPC = +25.76 heat, current heat is 78.72, 94.84% of capacity
8 seconds, heat dissipation = -18.92 heat, current heat is 59.80, 72.05% of capacity
8 seconds, fire 2x ER PPC = +25.76 heat, current heat is 85.56, 103.08% of capacity
Time to cool off all 85.56 heat is 15.83 seconds.
Versus the Supernova: -5.75 heat per second, 87.5 heat capacity, +14.00 heat per ER PPC shot (+28.00 for two).
0 seconds, fire 2x ER PPC = +28.00 heat, current heat is 28.00, 32.00% of capacity
0.5 seconds, heat dissipation = -2.88 heat, current heat is 25.13, 28.71% of capacity
0.5 seconds, fire 2x ER PPC = +28.00 heat, current heat is 53.13, 60.71% of capacity
4.0 seconds, heat dissipation = -20.13 heat, current heat is 33.00, 37.71% of capacity
4.0 seconds, fire 2x ER PPC = +28.00 heat, current heat is 61.00, 69.71% of capacity
4.5 seconds, heat dissipation = -2.88 heat, current heat is 58.13, 66.43% of capacity
4.5 seconds, fire 2x ER PPC = +28.00 heat, current heat is 86.13, 98.43% of capacity
8.0 seconds, heat dissipation = -20.13 heat, current heat is 66.00, 75.43% of capacity
8.0 seconds, fire 2x ER PPC = +28.00 heat, current heat is 94.00, 107.43% of capacity
Time to cool off all 94.00 heat is 16.35 seconds
I tested it ingame; an elited Warhawk with the Prime arm pods (for -8% ER PPC heat generation) on a heat neutral map.
Heat levels are very close to the predicted values above, and the mech will shutdown on the 5th double ER PPC shot.
With the heat simulator, it predicts much less heat per shot, and the mech doesn't overheat on the 5th double ER PPC shot.
EDIT: sometimes the heat simulator will produce heat % levels almost exactly as I predicted above, but other times the heat will be less.
The heat simulator is definitely bugged, and should not be relied upon. Hell, I'm finding it will often allow weapons to be fired twice without cooldown.
Edited by Zergling, 20 February 2017 - 12:37 PM.