def getNiceSubsetName(self, params: List[str],
simSet: "SimulationSet") -> str:
assert all(sim in self for sim in simSet)
result = ",".join(
getNiceParamName(k, simSet[0].params[k]) for k in params
if getNiceParamName(k, simSet[0].params[k]) != "")
return result
def runTimeWeak(ax: plt.axes, sims: SimulationSet) -> None:
for (params, simSet) in getScalingSimSets(sims, ["ReferenceGasPartMass"]):
numCores = [sim.params["numCores"] for sim in simSet]
runTimes = [sim.runTime for sim in simSet]
ax.xlabel("N")
ax.xscale("log")
ax.yscale("log")
ax.ylabel("run time [s]")
ax.plot(numCores, runTimes, label=",".join(getNiceParamName(k, v) for (k, v) in params.items()), marker="o")
# plt.plot(numCores, numCores, label="Ideal")
ax.legend()
def speedupWeak(ax: plt.axes, sims: SimulationSet) -> None:
for (params, simSet) in getScalingSimSets(sims, ["ReferenceGasPartMass"]):
numCores = [sim.params["numCores"] for sim in simSet]
runTimes = [sim.runTime for sim in simSet]
ax.xscale("log")
baseTime = runTimes[0]
speedup = [0 if runTime is None else baseTime / runTime for runTime in runTimes]
ax.xlabel("N")
ax.ylabel("Speedup")
ax.plot(numCores, speedup, label=",".join(getNiceParamName(k, v) for (k, v) in params.items()), marker="o")
ax.plot(numCores, [1 for core in numCores], label="Ideal")
ax.legend()
def getNiceSimName(self, sim: Simulation) -> str:
assert sim in self
result = ",".join(
getNiceParamName(k, sim.params[k]) for k in self.variedParams
if getNiceParamName(k, sim.params[k]) != "")
return result