def addNew(self): self.syncKey = True self.answer = maths.weightedRandomIndex([0.5, 0.5]) # 0.5 for 0 i.e wrong answer leftid = maths.randint(0,3) leftnameid = maths.randint(0,3) if self.answer == 0: rightid_pdf = popList(leftid, 0.2) + [0.4] + popList(3-leftid, 0.2) # 0.4 chance left color = right color rightid = leftnameid while rightid == leftnameid: rightid = maths.weightedRandomIndex(rightid_pdf) rightnameid = maths.randint(0,3) else: rightid = leftnameid rightnameid_pdf = popList(leftid, 0.2) + [0.4] + popList(3-leftid, 0.2) rightnameid = maths.weightedRandomIndex(rightnameid_pdf) self.rightBtn.label.text = self.colornames[rightnameid] self.rightBtn.label.color = self.colors[rightid] + [255] self.leftBtn.label.text = self.colornames[leftnameid] self.leftBtn.label.color = self.colors[leftid] + [255] self.syncKey = False
def addNew(self): self.syncKey = True self.answer = maths.weightedRandomIndex([0.5, 0.5]) if self.answer == 1: col = self.previous shape = self.previous_shape while shape == self.previous_shape: shape = maths.randint(0, 3) else: col = self.previous while col == self.previous: col = maths.randint(0, 3) shape = maths.randint(0, 3) cshape = self.shapes[shape] self.previous = col self.previous_shape = shape self.curshape.delete() if cshape == 'square': self.curshape = draw.square(self.width//2 - 75, 300, 150, color=self.colors[col]) elif cshape == 'hexagon': self.curshape = draw.hexagon(self.width//2 - 75, 300, 75, color=self.colors[col]) elif cshape == 'triangle': self.curshape = draw.triangle(self.width//2 - 75, 300, 150, color=self.colors[col]) else: self.curshape = draw.circle(self.width//2 - 75, 300, 75, color=self.colors[col]) self.curshape.draw() self.syncKey = False
def addNew(self):
self.syncKey = True
self.answer = maths.weightedRandomIndex([0.5, 0.5])
if self.answer == 1:
col = self.previous
shape = self.previous_shape
while shape == self.previous_shape:
shape = maths.randint(0, 3)
else:
col = self.previous
while col == self.previous:
col = maths.randint(0, 3)
shape = maths.randint(0, 3)
cshape = self.shapes[shape]
self.previous = col
self.previous_shape = shape
self.curshape.delete()
if cshape == 'square':
self.curshape = draw.square(self.width // 2 - 75,
300,
150,
color=self.colors[col])
elif cshape == 'hexagon':
self.curshape = draw.hexagon(self.width // 2 - 75,
300,
75,
color=self.colors[col])
elif cshape == 'triangle':
self.curshape = draw.triangle(self.width // 2 - 75,
300,
150,
color=self.colors[col])
else:
self.curshape = draw.circle(self.width // 2 - 75,
300,
75,
color=self.colors[col])
self.curshape.draw()
self.syncKey = False
