def CriaEnvelope(self, processo, canvas=None):
lista = []
subprocessos = processo.childNodes
for indice in range(subprocessos.length):
if subprocessos.item(indice).nodeName != "#text":
if subprocessos.item(indice).getAttribute("repr") == "env":
shape = self.CriaEnvelope(subprocessos.item(indice), canvas)
lista.append(shape)
elif subprocessos.item(indice).getAttribute("repr") == "iterativo":
shape = self.CriaIterativo(subprocessos.item(indice), canvas)
lista.append(shape)
elif subprocessos.item(indice).getAttribute("repr") != "detproj":
shape = self.CriaProcessos(subprocessos.item(indice), canvas)
lista.append(shape)
funcoes = qGMFunc.qGMFunc()
if processo.getAttribute("tipo") == "nondet1":
env = funcoes.CriaSND(lista, canvas)
if processo.getAttribute("tipo") == "paralelo":
env = funcoes.CriaPP(lista, canvas)
if processo.getAttribute("tipo") == "seq":
env = funcoes.Sequencial(lista, canvas)
return env
def SalvarEnvelope(self, arq, obj):
funcoes = qGMFunc.qGMFunc()
posic = funcoes.PosicaotoString(obj.getposicao())
tmp = obj.getshapesall()
if obj.getrepr() == "nondet":
arq.write('<process repr="env" tipo="' + (obj.getrepr() + "1") + '" pos="' + posic + '">\n')
param = ""
for element in tmp:
if element.gettipo() == "macro":
if param == "":
param = element.getParametro()
else:
param += ";" + element.getParametro()
arq.write('<process repr="detproj" parametro="' + param + '"></process>\n')
else:
arq.write('<process repr="env" tipo="' + obj.getrepr() + '" pos="' + posic + '">\n')
for indice in tmp:
if indice.gettipo() == "terminicio":
self.SalvarTermInicio(arq, indice)
elif indice.gettipo() == "termfim":
self.SalvarTermFim(arq, indice)
elif indice.gettipo() == "envelope":
self.SalvarEnvelope(arq, indice)
elif indice.gettipo() == "conselem":
self.SalvarConsElem(arq, indice)
elif indice.gettipo() == "projection":
self.SalvarProjectionComponent(arq, indice)
elif indice.gettipo() == "probability":
self.SalvarProbabilityComponent(arq, indice)
elif indice.gettipo() == "iterativo":
self.SalvarIterativo(arq, indice)
elif indice.gettipo() == "partquantum":
self.SalvarQuantumProcess(arq, indice)
elif indice.gettipo() == "macro":
childs = indice.getChilds()
self.SalvarMacro(arq, indice) # Save the macro
for child in childs:
if child.gettipo() == "envelope":
self.SalvarEnvelope(arq, child) # Save the process representation of the macro
elif child.gettipo() == "iterativo":
self.SalvarIterativo(arq, child)
arq.write("</process>\n")
arq.write("</process>\n")
def BuildCircuit(self, steps, state):
self.parent.Desmarca()
self.parent.ordem = []
funcoes = qGMFunc.qGMFunc()
self.RepresentationChoice()
self.parent.applyToAll = 1
shapes = []
for indice in range(len(steps)):
steps[indice] = self.ArrumaOperacoes(steps[indice])
shapes.append(self.CriaOperacoes(steps[indice]))
self.parent.applyToAll = 0
circuit = None
if self.representation == "Proc. Synchronization":
circuit = "sync"
shape = self.parent.Sequencial(None, shapes, self.parent.rightwin, circuit)
if shape == None:
shape = self.parent.shapes[len(self.parent.shapes) - 1]
x = 900 + (shape.gettamx()/2)
y = 1200 + (shape.gettamy()/2)
shape.SetX(x)
shape.SetY(y)
shape.ajuste(x, y)
dc = wx.ClientDC(self.parent)
self.parent.rightwin.PrepareDC(dc)
self.parent.LimpaTela()
self.parent.DimensionaAreaDesenho(shape)
self.parent.rightwin.Refresh()
qme = qME.Memoria( None, -1, qME.Memoria.translate.translateById("memory_main_title") )
qme.Centre()
qme.Show(1)
qme.SetFields(state)
def SalvarArq(self, arquivo, shapes): # Salvar Arquivo
try:
arq = open(arquivo, "w")
posicao = []
for indice in shapes:
if indice.gettipo() not in ["terminicio", "termfim", "macro"]:
posicao.append(indice.getposicao())
funcoes = qGMFunc.qGMFunc()
posic = funcoes.arrumaPosicao(posicao)
posic = funcoes.PosicaotoString(posic)
arq.write('<save arq="' + arquivo + '" pos="' + posic + '">\n')
for indice in shapes:
if indice.gettipo() == "terminicio":
self.SalvarTermInicio(arq, indice)
elif indice.gettipo() == "termfim":
self.SalvarTermFim(arq, indice)
elif indice.gettipo() == "envelope":
self.SalvarEnvelope(arq, indice)
elif indice.gettipo() == "iterativo":
self.SalvarIterativo(arq, indice)
elif indice.gettipo() == "macro":
## Gets the processes representation of the macro ##
child = indice.getChilds()
self.SalvarMacro(arq, indice) # Save the macro
if child.gettipo() == "envelope":
self.SalvarEnvelope(arq, child) # Save the process representation of the macro
elif child.gettipo() == "iterativo":
self.SalvarIterativo(arq, child)
elif child.gettipo() == "partquantum":
self.SalvarQuantumProcess(arq, child)
arq.write("</process>\n")
elif indice.gettipo() == "conselem":
self.SalvarConsElem(arq, indice)
elif indice.gettipo() == "partquantum":
self.SalvarQuantumProcess(arq, indice)
elif indice.gettipo() == "projection":
self.SalvarProjectionComponent(arq, indice)
elif indice.gettipo() == "probability":
self.SalvarProbabilityComponent(arq, indice)
arq.write("</save>\n")
arq.close
except UnboundLocalError:
pass
def CriaPP(self, operations): funcoes = qGMFunc.qGMFunc() desenho = qGMDraw.qGMDraw() position = [1, 1] lista = [] parametro = "" for pos in range ((2**self.qubits)): shape = ConsElem.ConsElem( str(self.qubits), operations, str(pos), "BLACK", position[0], position[1], self.parent.rightwin ) shape.setParametro( parametro ) desenho.Draw2( shape, position[0], position[1], self.parent.rightwin ) lista.append(shape) while (len(lista) != 1): envs = [] for indice in range (0,len(lista),2): objs = [lista[indice], lista[indice + 1]] envs.append (funcoes.CriaPP( objs, self.parent.rightwin )) lista = envs return lista[0]
def SalvarIterativo(self, arq, obj):
funcoes = qGMFunc.qGMFunc()
subobj = obj.getObjeto()
x = subobj.GetX()
y = subobj.GetY()
arq.write(
'<process repr="iterativo" tipo="'
+ obj.getrepr()
+ '" range="'
+ obj.getRange()
+ '" acao="'
+ obj.getAcao()
+ '" x="'
+ str(x)
+ '" y="'
+ str(y)
+ '" cor="'
+ str(obj.getColor())
+ '">\n'
)
if subobj.gettipo() == "envelope":
self.SalvarEnvelope(arq, subobj)
if subobj.gettipo() == "conselem":
self.SalvarConsElem(arq, subobj)
if subobj.gettipo() == "projection":
self.SalvarProjectionComponent(arq, subobj)
if subobj.gettipo() == "somdet":
self.SalvarSomDet(arq, subobj)
if subobj.gettipo() == "universal":
self.SalvarUniversal(arq, subobj)
if subobj.gettipo() == "existencial":
self.SalvarExistencial(arq, subobj)
if subobj.gettipo() == "macro":
self.SalvarMacro(arq, subobj)
if subobj.gettipo() == "iterativo":
self.SavarIterativo(arq, subobj)
arq.write("</process>\n")
def handleSlideshow( self, slideshow, canvas ):
funcoes = qGMFunc.qGMFunc()
circuit = slideshow.firstChild
for child in circuit.childNodes:
if child.nodeName == "initialState":
self.qubits = int(child.getAttribute("qubits"))
s_qubits = child.getAttribute("state")
if child.nodeName == "simulation":
simulation = child.getElementsByTagName("step")
steps = []
for indice in range (simulation.length):
processos = simulation.item(indice)._get_childNodes()
lista = ""
for indice in range (processos.length):
if processos.item( indice ).nodeName == "gate":
name = processos.item( indice ).getAttribute("name")
name = self.GateName(name)
lista = lista + "," + name
steps.append(lista[1:len(lista)])
self.BuildCircuit(steps, s_qubits)
