if passFId < FId:
FId = passFId
clear_gmsfile.clearfile()
shiftLeftNum = shiftLeftNum - len(passVertex)
print(f"Block[{n+1}] pass FId: {passFId}")
print(f"Block[{n+1}] critical vertex: {passVertex}")
#input()
n += 1
for n in range(self.Nz):
self.BlockList[n].showBlockData()
return FId
if __name__ == "__main__":
clear_gmsfile.clearfile()
timer = timer.MyTimer()
cstr_test = AlcoholicCSTR(20)
cstr_test.setStartDirect(-1)
cstr_test.setMVnumber(2)
#cstr_test.getData(vertex=[167,179],startDirect=-1)
resultFId = cstr_test.solve(3)
print(" ")
print("Result FId:", resultFId)
print("total calculate vertex:", cstr_test.cal_vertex_num)
print("other possible vertex:")
for dic in cstr_test.similar_vertex:
print(dic)
timer.getTime(kind="process")
timer.getTime(kind="real")
cur_vertex = vertex_F
min_FId = 100
critical_vertex = None
while dist != 1:
dist = dist // 2
poss_vertex_list = self.crtGridVertexList(vertex=cur_vertex,
v_range=dist)
#print(poss_vertex_list)
for vertex in poss_vertex_list:
f = self.solve_result(vertex)
if f < min_FId:
min_FId = f
critical_vertex = vertex.copy()
cur_vertex = critical_vertex
print(cur_vertex)
return critical_vertex
if __name__ == "__main__":
test = SingleTank(3)
test.setStartDirect(-1)
timer = timer.MyTimer()
result_vertex = test.solve_detail([120, 380, 620], 20)
using_time = timer.getTime(kind='real')
print(result_vertex)
print('using time:', using_time)
exit()
