def addProblem(self, problem):
name = self.getNextLine(problem)
type = self.getNextLine(problem)
currentAnswer = self.getNextLine(problem)
#answer=""
answer = currentAnswer
figures = []
currentFigure = None
currentObject = None
options = ["1", "2", "3", "4", "5", "6"]
line = self.getNextLine(problem)
while not line == "":
if not line.startswith("\t"):
#if self.tryParseInt(line):
# i=random.randint(0,len(options)-1)
# if currentAnswer==line:
# answer=options[i]
# line=options[i]
# options.remove(options[i])
newFigure = RavensFigure(line)
figures.append(newFigure)
currentFigure = newFigure
elif not line.startswith("\t\t"):
line = line.replace("\t", "")
newObject = RavensObject(line)
currentFigure.getObjects().append(newObject)
currentObject = newObject
elif line.startswith("\t\t"):
line = line.replace("\t", "")
split = re.split(":", line)
newAttribute = RavensAttribute(split[0], split[1])
currentObject.getAttributes().append(newAttribute)
line = self.getNextLine(problem)
newProblem = RavensProblem(name, type, answer)
for figure in figures:
newProblem.getFigures()[figure.getName()] = figure
self.problems.append(newProblem)
def addProblem(self, problem):
name = self.getNextLine(problem)
type = self.getNextLine(problem)
currentAnswer = self.getNextLine(problem)
#answer=""
answer=currentAnswer
figures=[]
currentFigure=None
currentObject=None
options=["1","2","3","4","5","6"]
line = self.getNextLine(problem)
while not line=="":
if not line.startswith("\t"):
#if self.tryParseInt(line):
# i=random.randint(0,len(options)-1)
# if currentAnswer==line:
# answer=options[i]
# line=options[i]
# options.remove(options[i])
newFigure=RavensFigure(line)
figures.append(newFigure)
currentFigure=newFigure
elif not line.startswith("\t\t"):
line=line.replace("\t","")
newObject=RavensObject(line)
currentFigure.getObjects().append(newObject)
currentObject=newObject
elif line.startswith("\t\t"):
line=line.replace("\t","")
split=re.split(":",line)
newAttribute=RavensAttribute(split[0],split[1])
currentObject.getAttributes().append(newAttribute)
line=self.getNextLine(problem)
newProblem = RavensProblem(name, type, answer)
for figure in figures:
newProblem.getFigures()[figure.getName()]=figure
self.problems.append(newProblem)
def loadProblem(self, problemName):
r = open("Problems" + os.sep + self.name + os.sep + problemName + os.sep + "ProblemData.txt")
problemType=self.getNextLine(r)
correctAnswer=int(self.getNextLine(r))
hasVisual=self.getNextLine(r)=="true"
hasVerbal=self.getNextLine(r)=="true"
newProblem=RavensProblem(problemName, problemType, correctAnswer, hasVisual, hasVerbal)
if newProblem.hasVerbal:
figures=[]
currentFigure=None
currentObject=None
line = self.getNextLine(r)
while not line=="":
if not line.startswith("\t"):
newFigure=RavensFigure(line, problemName, self.name)
figures.append(newFigure)
currentFigure=newFigure
elif not line.startswith("\t\t"):
line=line.replace("\t","")
newObject=RavensObject(line)
#currentFigure.objects[line]=RavensObject(line)
currentFigure.objects[line]=newObject
currentObject=newObject
elif line.startswith("\t\t"):
line=line.replace("\t","")
split=re.split(":",line)
currentObject.attributes[split[0]]=split[1]
line=self.getNextLine(r)
for figure in figures:
newProblem.figures[figure.name]=figure
else:
newProblem.figures["A"]=RavensFigure("A", problemName, self.name)
newProblem.figures["B"]=RavensFigure("B", problemName, self.name)
newProblem.figures["C"]=RavensFigure("C", problemName, self.name)
newProblem.figures["1"]=RavensFigure("1", problemName, self.name)
newProblem.figures["2"]=RavensFigure("2", problemName, self.name)
newProblem.figures["3"]=RavensFigure("3", problemName, self.name)
newProblem.figures["4"]=RavensFigure("4", problemName, self.name)
newProblem.figures["5"]=RavensFigure("5", problemName, self.name)
newProblem.figures["6"]=RavensFigure("6", problemName, self.name)
if newProblem.problemType=="3x3":
newProblem.figures["D"]=RavensFigure("D", problemName, self.name)
newProblem.figures["E"]=RavensFigure("E", problemName, self.name)
newProblem.figures["F"]=RavensFigure("F", problemName, self.name)
newProblem.figures["G"]=RavensFigure("G", problemName, self.name)
newProblem.figures["H"]=RavensFigure("H", problemName, self.name)
newProblem.figures["7"]=RavensFigure("7", problemName, self.name)
newProblem.figures["8"]=RavensFigure("8", problemName, self.name)
self.problems.append(newProblem)
def loadProblem(self, problemName):
r = open("Problems" + os.sep + self.name + os.sep + problemName +
os.sep + "ProblemData.txt")
problemType = self.getNextLine(r)
correctAnswer = int(self.getNextLine(r))
hasVisual = self.getNextLine(r) == "true"
hasVerbal = self.getNextLine(r) == "true"
newProblem = RavensProblem(problemName, problemType, correctAnswer,
hasVisual, hasVerbal)
if newProblem.hasVerbal:
figures = []
currentFigure = None
currentObject = None
line = self.getNextLine(r)
while not line == "":
if not line.startswith("\t"):
newFigure = RavensFigure(line, problemName, self.name)
figures.append(newFigure)
currentFigure = newFigure
elif not line.startswith("\t\t"):
line = line.replace("\t", "")
newObject = RavensObject(line)
currentFigure.objects[line] = newObject
currentObject = newObject
elif line.startswith("\t\t"):
line = line.replace("\t", "")
split = re.split(":", line)
currentObject.attributes[split[0]] = split[1]
line = self.getNextLine(r)
for figure in figures:
newProblem.figures[figure.name] = figure
else:
newProblem.figures["A"] = RavensFigure("A", problemName, self.name)
newProblem.figures["B"] = RavensFigure("B", problemName, self.name)
newProblem.figures["C"] = RavensFigure("C", problemName, self.name)
newProblem.figures["1"] = RavensFigure("1", problemName, self.name)
newProblem.figures["2"] = RavensFigure("2", problemName, self.name)
newProblem.figures["3"] = RavensFigure("3", problemName, self.name)
newProblem.figures["4"] = RavensFigure("4", problemName, self.name)
newProblem.figures["5"] = RavensFigure("5", problemName, self.name)
newProblem.figures["6"] = RavensFigure("6", problemName, self.name)
if newProblem.problemType == "3x3":
newProblem.figures["D"] = RavensFigure("D", problemName,
self.name)
newProblem.figures["E"] = RavensFigure("E", problemName,
self.name)
newProblem.figures["F"] = RavensFigure("F", problemName,
self.name)
newProblem.figures["G"] = RavensFigure("G", problemName,
self.name)
newProblem.figures["H"] = RavensFigure("H", problemName,
self.name)
newProblem.figures["7"] = RavensFigure("7", problemName,
self.name)
newProblem.figures["8"] = RavensFigure("8", problemName,
self.name)
self.problems.append(newProblem)
def solveAs2x2SubProblem(self, problem):
subProblem = RavensProblem('Sub Problem', '2x2', problem.correctAnswer,
True, True)
subProblem.figures['A'] = problem.figures['E']
subProblem.figures['B'] = problem.figures['F']
subProblem.figures['C'] = problem.figures['H']
# Answers
subProblem.figures['1'] = problem.figures['1']
subProblem.figures['2'] = problem.figures['2']
subProblem.figures['3'] = problem.figures['3']
subProblem.figures['4'] = problem.figures['4']
subProblem.figures['5'] = problem.figures['5']
subProblem.figures['6'] = problem.figures['6']
subProblem.figures['7'] = problem.figures['7']
subProblem.figures['8'] = problem.figures['8']
return self.solve2x2(subProblem, False)
