with open(
RES_ROOT_DIR +
f"{self.prefix}_dt_{self.time_step}_alpha_{self.alpha}_order_{self.order}_Bo_{self.bo}_DaI_{self.da}.csv",
"w") as f:
for z, u in enumerate(lastrun[::-1]):
f.write(f"{z*self.length_interval}, {u}" + "\n")
f.flush()
def get_savefile_path(self):
return RES_ROOT_DIR + f"{self.prefix}_dt_{self.time_step}_alpha_{self.alpha}_order_{self.order}_Bo_{self.bo}_DaI_{self.da}.csv"
if __name__ == '__main__':
from expdata import Result
from displayer import Displayer
sec = Solver(order=2,
dt=1e-2,
dz=1e-1,
alpha=1,
da=0.05,
bo=10,
totalTime=40,
note="testnorm")
sec.solve()
result = Result(sec.get_savefile_path())
# result2 = Result(RES_ROOT_DIR + "dt_0.0001_alpha_1_order_1_Bo_100_DaI_0.1.csv")
show = Displayer(0, 30, 0, 1)
show.plotmany([result])
show.save("testnorm.png")
show.show()
