def poolwithLUB(times1, times2, t_lb, t_ub):
global Tempreatures, S, targetV
temp1 = np.linspace(t_lb[0], t_ub[0], times1)
temp2 = np.linspace(t_lb[1], t_ub[1], times1)
temp3 = np.linspace(t_lb[2], t_ub[2], times1)
temp4 = np.linspace(t_lb[3], t_ub[3], times1)
carvs = np.linspace(65 / 60, 100 / 60, times2)
for i, ti1 in enumerate(temp1):
for j, ti2 in enumerate(temp2):
for k, ti3 in enumerate(temp3):
for z, ti4 in enumerate(temp4):
for a, v in enumerate(carvs):
temperatures = [ti1, ti2, ti3, ti4, 25]
x, y = ek2.evaP1(temperatures, v)
t1, t2, T, p = getttT(x, y)
# print(t1, t2, T)
if p2.checkT1T2T(t1, t2, T):
# print("ok t1, t2, T")
if targetMinSquare(x, y, v, p):
Tempreatures = temperatures
else:
continue
print("min S:", S)
print("diff tempers are:", Tempreatures)
print("carV: ", targetV)
def pools1(temperatures, times2):
global Tempreatures
diff = np.linspace(-10, 10, 21)
carvs = np.linspace(65 / 60, 100 / 60, times2)
for idx, carv in enumerate(carvs):
for i in range(diff.size):
temps = []
for j in range(4):
temps.append(temperatures[j] + diff[i])
temps.append(25)
# print("temps:", temps)
# print("carv:", carv)
# x, y = poll2(carv, temps)
x, y = ek2.evaP1(temperatures, carv)
t1, t2, T, p = getttT(x, y)
# print(t1, t2, T)
if p2.checkT1T2T(t1, t2, T):
# print("ok t1, t2, T")
if targetMinSquare(x, y, carv, p):
print("success ont time.")
Tempreatures = temps
else:
continue
print("min S:", S)
print("diff tempers are:", Tempreatures)
print("carV: ", targetV)
def loops(times1, times2):
global Tempreatures, S, targetV
temp1 = np.linspace(165, 185, times1)
temp2 = np.linspace(185, 205, times1)
temp3 = np.linspace(225, 245, times1)
temp4 = np.linspace(245, 265, times1)
carvs = np.linspace(65, 100, times2)
for i, ti1 in enumerate(temp1):
for j, ti2 in enumerate(temp2):
for k, ti3 in enumerate(temp3):
for z, ti4 in enumerate(temp4):
for a, v in enumerate(carvs):
temperatures = [ti1, ti2, ti3, ti4, 25]
# print(temperatures)
# x, y = poll2(v, temperatures)
x, y = ek2.evaP1(temperatures, v)
t1, t2, T, p = getttT(x, y)
if p2.checkT1T2T(t1, t2, T):
print("ok t1, t2, T")
if targetMinSquare(x, y, v, p):
Tempreatures = temperatures
else:
continue
print("min S:", S)
print("diff tempers are:", Tempreatures)
print("carV: ", targetV)
def poll(carv, tempreatures):
dalt = 0.5
allLen = 435.5
tempreatures = [182, 203, 237, 254, 25]
x, y = ek2.evaP1(tempreatures, carv)
assert x.__len__() == y.__len__()
timestart = -1
timeend = -1
t1 = 0 #温度上升过程中在150ºC~190ºC的时间
t2 = 0 #温度大于217ºC的时间
T = 0 #峰值温度
size = x.__len__()
findS = False
findE = False
for i in range(size):
if y[i]>=150 and findS==False:
timestart = x[i]
findS = True
if y[i]>=190 and findE == False:
timeend = x[i]
findE = True
break
t1 = abs(timeend - timestart)
findS = False
findE = False
for i in range(size):
T = max(T, y[i])
if y[i] >= 217 and findS == False:
timestart = x[i]
findS = True
if y[i] <217 and findE == False and findS == True:
timeend = x[i]
findE = True
break
t2 = abs(timeend - timestart)
return t1, t2, T
def poolsALL(tempreatures, rge1, carvs, tub):
global Tempreatures
# tub = [185, 205, 245, 265]
t1 = tempreatures[0]
t2 = tempreatures[1]
t3 = tempreatures[2]
t4 = tempreatures[3]
for idx, carv in enumerate(carvs):
for ti1 in range(t1, tub[0], rge1):
for ti2 in range(t2, tub[1], rge1):
for ti3 in range(t3, tub[2], rge1):
for ti4 in range(t4, tub[3], rge1):
temperatures = [ti1, ti2, ti3, ti4, 25]
x, y = ek2.evaP1(temperatures, carv)
t1, t2, T, p = getttT(x, y)
if p2.checkT1T2T(t1, t2, T):
if targetMinSquare(x, y, carv, p):
Tempreatures = temperatures
else:
continue