def Petrov_10var():
chain = Classes.Chain(4, 6)
i = 0
while i < chain.Nodes_count:
chain.Nodes.append(Classes.Node(i + 1))
chain.Nodes[i].To = []
chain.Nodes[i].From = []
i += 1
chain.Elements.append(Classes.I('I', 1, 0))
chain.Elements.append(Classes.R('R', 5, 1))
chain.Elements.append(Classes.R('R', 1, 2))
chain.Elements.append(Classes.C('C', 2, 3))
chain.Elements.append(Classes.C('C', 1, 4))
chain.Elements.append(Classes.H('H', 1, 5))
chain.Nodes[0].set_to(chain.Elements[0])
chain.Elements[0].set_from(chain.Nodes[0])
chain.Nodes[0].set_from(chain.Elements[1])
chain.Elements[1].set_to(chain.Nodes[0])
chain.Nodes[0].set_from(chain.Elements[3])
chain.Elements[3].set_to(chain.Nodes[0])
chain.Nodes[0].set_from(chain.Elements[5])
chain.Elements[5].set_to(chain.Nodes[0])
chain.Nodes[1].set_from(chain.Elements[0])
chain.Elements[0].set_to(chain.Nodes[1])
chain.Nodes[1].set_to(chain.Elements[1])
chain.Elements[1].set_from(chain.Nodes[1])
chain.Nodes[1].set_to(chain.Elements[2])
chain.Elements[2].set_from(chain.Nodes[1])
chain.Nodes[2].set_from(chain.Elements[2])
chain.Elements[2].set_to(chain.Nodes[2])
chain.Nodes[2].set_to(chain.Elements[3])
chain.Elements[3].set_from(chain.Nodes[2])
chain.Nodes[2].set_to(chain.Elements[4])
chain.Elements[4].set_from(chain.Nodes[2])
chain.Nodes[3].set_from(chain.Elements[4])
chain.Elements[4].set_to(chain.Nodes[3])
chain.Nodes[3].set_to(chain.Elements[5])
chain.Elements[5].set_from(chain.Nodes[3])
return chain
def default_chain2():
chain = Classes.Chain(3, 6)
#chain.Nodes_count = 3
i = 0
while i < chain.Nodes_count:
chain.Nodes.append(Classes.Node(i + 1))
chain.Nodes[i].To = []
chain.Nodes[i].From = []
i += 1
#chain.Elements_count = 6
chain.Elements.append(0)
chain.Elements[0] = Classes.V('V', 1, 0)
chain.Elements.append(1)
chain.Elements[1] = Classes.R('R', 2000, 1)
chain.Elements.append(2)
chain.Elements[2] = Classes.R('R', 1000, 2)
chain.Elements.append(3)
chain.Elements[3] = Classes.C('C', 0.000058, 3)
chain.Elements.append(4)
chain.Elements[4] = Classes.R('R', 2000, 4)
chain.Elements.append(5)
chain.Elements[5] = Classes.H('H', 20000, 5)
chain.Nodes[0].set_to(chain.Elements[3])
chain.Elements[3].set_from(chain.Nodes[0])
chain.Nodes[0].set_from(chain.Elements[0])
chain.Elements[0].set_to(chain.Nodes[0])
chain.Elements[0].set_from(chain.Nodes[1])
chain.Nodes[0].set_from(chain.Elements[1])
chain.Elements[1].set_to(chain.Nodes[0])
chain.Nodes[0].set_from(chain.Elements[4])
chain.Elements[4].set_to(chain.Nodes[0])
chain.Nodes[0].set_from(chain.Elements[5])
chain.Elements[5].set_to(chain.Nodes[0])
chain.Nodes[1].set_to(chain.Elements[0])
chain.Nodes[1].set_to(chain.Elements[1])
chain.Elements[1].set_from(chain.Nodes[1])
chain.Nodes[1].set_from(chain.Elements[2])
chain.Elements[2].set_to(chain.Nodes[1])
chain.Nodes[2].set_to(chain.Elements[2])
chain.Elements[2].set_from(chain.Nodes[2])
chain.Nodes[2].set_to(chain.Elements[4])
chain.Elements[4].set_from(chain.Nodes[2])
chain.Nodes[2].set_to(chain.Elements[5])
chain.Elements[5].set_from(chain.Nodes[2])
chain.Nodes[2].set_from(chain.Elements[3])
chain.Elements[3].set_to(chain.Nodes[2])
return chain
def copy_chain(chain):
n = chain.Nodes_count
e = chain.Elements_count
newchain = Classes.Chain(n, e)
#print(id(newchain))
#print(id(chain))
#newchain.Nodes_count = chain.Nodes_count
#print(id(newchain.Nodes_count))
#print(id(chain.Nodes_count))
i = 0
while i < newchain.Nodes_count:
newchain.Nodes.append(Classes.Node(i + 1))
newchain.Nodes[i].To = []
newchain.Nodes[i].From = []
i += 1
#newchain.Elements_count = copy.deepcopy(chain.Elements_count)
for i in range(0, chain.Elements_count):
if chain.Elements[i].Name == 'R':
newchain.Elements.append(Classes.R('R', chain.Elements[i].Resistance, i))
if chain.Elements[i].Name == 'V':
newchain.Elements.append(Classes.V('V', chain.Elements[i].Voltage, i))
if chain.Elements[i].Name == 'I':
newchain.Elements.append(Classes.I('I', chain.Elements[i].Amperage, i))
if chain.Elements[i].Name == 'C':
newchain.Elements.append(Classes.C('C', chain.Elements[i].Capacity, i))
if chain.Elements[i].Name == 'L':
newchain.Elements.append(Classes.L('L', chain.Elements[i].Inductance, i))
if chain.Elements[i].Name == 'H':
newchain.Elements.append(Classes.H('H', chain.Elements[i].Resistance, i))
#print(id(newchain.Elements[i]))
#print(id(chain.Elements[i]))
for i in range(0, chain.Nodes_count):
for j in range(0, len(chain.Nodes[i].From)):
f = chain.Nodes[i].From[j].Num
newchain.Nodes[i].set_from(newchain.Elements[f])
for j in range(0, len(chain.Nodes[i].To)):
t = chain.Nodes[i].To[j].Num
newchain.Nodes[i].set_to(newchain.Elements[t])
for i in range(0, newchain.Elements_count):
f = chain.Elements[i].From.Key
t = chain.Elements[i].To.Key
newchain.Elements[i].set_from(newchain.Nodes[f-1])
newchain.Elements[i].set_to(newchain.Nodes[t-1])
#print(newchain.Nodes)
return newchain
def default_chain_abcd():
chain = Classes.Chain()
chain.Nodes_count = 4
i = 0
while i < chain.Nodes_count:
chain.Nodes.append(Classes.Node(i + 1))
chain.Nodes[i].To = []
chain.Nodes[i].From = []
i += 1
chain.Elements_count = 6
chain.Elements.append(Classes.V('V', 1))
chain.Elements.append(Classes.R('R', 1000))
chain.Elements.append(Classes.R('R', 2000))
chain.Elements.append(Classes.R('R', 3000))
chain.Elements.append(Classes.C('C', 0.000001))
chain.Nodes[0].set_to(chain.Elements[2])
chain.Elements[2].set_from(chain.Nodes[0])
chain.Nodes[0].set_from(chain.Elements[0])
chain.Elements[0].set_to(chain.Nodes[0])
chain.Nodes[0].set_from(chain.Elements[3])
chain.Elements[3].set_to(chain.Nodes[0])
chain.Nodes[0].set_from(chain.Elements[4])
chain.Elements[4].set_to(chain.Nodes[0])
chain.Nodes[1].set_to(chain.Elements[0])
chain.Elements[0].set_from(chain.Nodes[1])
chain.Nodes[1].set_from(chain.Elements[1])
chain.Elements[1].set_to(chain.Nodes[1])
chain.Nodes[2].set_to(chain.Elements[1])
chain.Elements[1].set_from(chain.Nodes[2])
chain.Nodes[2].set_to(chain.Elements[3])
chain.Elements[3].set_from(chain.Nodes[2])
chain.Nodes[2].set_to(chain.Elements[4])
chain.Elements[4].set_from(chain.Nodes[2])
chain.Nodes[2].set_from(chain.Elements[2])
chain.Elements[2].set_to(chain.Nodes[2])
#print(chain.Nodes[0].From)
return chain
def create_element(typ):
element = None
if typ == 'V':
n = input("Введите имя элемента: ")
v = int(input("Введите напряжение элемента: "))
element = Classes.V(n, v)
elif typ == 'I':
n = input("Введите имя элемента: ")
a = int(input("Введите силу тока элемента: "))
element = Classes.I(n, a)
elif typ == 'R':
n = input("Введите имя элемента: ")
r = int(input("Введите сопротивление элемента: "))
element = Classes.R(n, r)
elif typ == 'C':
n = input("Введите имя элемента: ")
c = int(input("Введите ёмкость элемента: "))
element = Classes.C(n, c)
elif typ == 'L':
n = input("Введите имя элемента: ")
l = int(input("Введите индуктивность элемента: "))
element = Classes.L(n, l)
return element
