class ClockTest(Test):
"""Clock test drawing. Dunno"""
def __init__(self, screen, **kwargs):
super(ClockTest, self).__init__(screen, **kwargs)
self.test_field = FloatLayout()
self.desc = "Hodiny"
self.drawing = utils.DrawLayer(pos_hint={"x": 0, "y": 0})
self.instruction = "Nakreslete ciferník hodin se všemi číslicemi tak, \njak jsou na ciferníku a nastavte čas, \naby hodiny ukazovaly 11 hodin a 10 minut."
self.instruction_audio = "sounds/ins1-3.mp3"
with self.test_field.canvas.before:
Color(1, 1, 1, 1)
self.rec = Rectangle(size=Window.size)
def draw_uix(self):
self.test_field.add_widget(self.drawing)
self.add_widget(self.test_field)
super(ClockTest, self).draw_uix()
self.hidden_options.modify(self.drawing.erase)
def result(self):
self.test_field.export_to_png(
"/sdcard/vysledky/{2}/{0}_{1}_3.png".format(
self.screen.subject.name.replace(" ", "_"),
self.screen.subject.age, self.screen.subject.study))
return self.points
def export_layout(self):
return utils.microgrid(True, Label(text=self.desc),
Label(text=str(self.points)))
class ConnectTest(Test):
"""First spatial test, connectiing letters"""
def __init__(self, screen, **kwargs):
super(ConnectTest, self).__init__(screen, **kwargs)
self.drawing = utils.DrawLayer(pos_hint={"x": 0, "y": 0})
self.desc = "Spojování bodů"
self.test_field = FloatLayout()
self.test_image = Image(source="images/test1.png")
self.instruction = u"Spojte postupně čarou číslice a písmena.\nZačněte číslem 1 směrem k A, pak od A ke 2 \na tak dále a skončete u E"
self.instruction_audio = "sounds/ins1-1.mp3"
with self.test_field.canvas.before:
Color(1, 1, 1, 1)
self.rec = Rectangle(size=Window.size)
def draw_uix(self):
self.test_field.add_widget(self.test_image)
self.test_field.add_widget(self.drawing)
self.add_widget(self.test_field)
super(ConnectTest, self).draw_uix()
self.hidden_options.modify(self.drawing.erase)
def result(self):
self.test_field.export_to_png(
"/sdcard/vysledky/{2}/{0}_{1}_1.png".format(
self.screen.subject.name.replace(" ", "_"),
self.screen.subject.age, self.screen.subject.study))
return self.points
def export_layout(self):
return utils.microgrid(True, Label(text=self.desc),
Label(text=str(self.points)))
class CubeTest(Test):
"""Cube redrawing test"""
def __init__(self, screen, **kwargs):
super(CubeTest, self).__init__(screen, **kwargs)
self.test_field = FloatLayout()
self.drawing = utils.DrawLayer(pos_hint={"x": 0, "y": 0})
self.desc = "Překreslování"
self.test_image = Image(source="images/test2.png")
self.instruction = "Překreslete do volného místa dolů tuto kresbu, \njak nejpřesněji dokážete."
self.instruction_audio = "sounds/ins1-2.mp3"
with self.test_field.canvas.before:
Color(1, 1, 1, 1)
self.rec = Rectangle(size=Window.size)
def draw_uix(self):
self.test_field.add_widget(self.test_image)
self.test_field.add_widget(self.drawing)
self.add_widget(self.test_field)
super(CubeTest, self).draw_uix()
self.hidden_options.modify(self.drawing.erase)
def result(self):
self.test_field.export_to_png(
"/sdcard/vysledky/{2}/{0}_{1}_2.png".format(
self.screen.subject.name.replace(" ", "_"),
self.screen.subject.age, self.screen.subject.study))
return self.points
def export_layout(self):
return utils.microgrid(True, Label(text=self.desc),
Label(text=str(self.points)))
class AvaMaker(Screen):
def __init__(self,source = "",**kwargs):
super(AvaMaker,self).__init__(**kwargs)
self.source = source
self.main = FloatLayout()
self.avatar = Button(background_normal = self.source,background_down = self.source,size_hint = [None,None])
test = Image(source = self.source)
self.avatar.size = test.texture_size
self.touchPos = self.avatar.pos
self.ImageX = self.avatar.x
self.ImageY = self.avatar.y
self.stratHeight = self.avatar.height
self.startWidth = self.avatar.width
self.main.add_widget(self.avatar)
diametr = Window.width * 0.8
if self.avatar.height < diametr:
addNum = diametr - self.avatar.height
self.avatar.size_hint = [None,None]
self.avatar.height += addNum
self.avatar.width += addNum
self.avatar.y = Window.height // 2 - diametr //2
self.minY = Window.height // 2 + diametr //2 - self.avatar.height
self.maxY = Window.height // 2 - diametr//2
self.minX = Window.width // 2 + diametr//2 - self.avatar.width
self.maxX = Window.width // 2 - diametr//2
if self.stratHeight < self.avatar.width:
sliderValue = self.stratHeight - diametr
else:
sliderValue = self.startWidth - diametr
sizeChanger = Slider(min = sliderValue * -1,max = 0, on_touch_move = self.lesses,on_touch_down = self.lesses, size_hint_y = .1,pos_hint = {"x":0,"center_y":.2})
okButton = Button(size_hint = [.3,.07], pos_hint = {"center_x":.5,"center_y": .1}, on_press = self.save)
self.main.add_widget(okButton,0)
self.main.add_widget(sizeChanger,0)
self.main.add_widget(Filter(on_touch_down = self.son_touch_down,on_touch_move = self.son_touch_move),2)
self.add_widget(self.main)
def son_touch_down(self,istance,touch):
self.touchPos = touch.pos
self.ImageX = self.avatar.x
self.ImageY = self.avatar.y
def son_touch_move(self,istance,touch):
self.avatar.x = self.ImageX + (touch.pos[0] - self.touchPos[0])
self.avatar.y = self.ImageY + (touch.pos[1] - self.touchPos[1])
if self.avatar.x < self.minX:
self.avatar.x = self.minX
elif self.avatar.x > self.maxX:
self.avatar.x = self.maxX
if self.avatar.y < self.minY:
self.avatar.y = self.minY
elif self.avatar.y > self.maxY:
self.avatar.y = self.maxY
def lesses(self,istance,touch):
diametr = Window.width * 0.8
self.avatar.size = [self.startWidth + istance.value,self.stratHeight + istance.value * 1.5]
print(istance.value)
print()
print(self.avatar.size)
self.minY = Window.height // 2 + diametr //2 - self.avatar.height
self.maxY = Window.height // 2 - diametr//2
self.minX = Window.width // 2 + diametr//2 - self.avatar.width
self.maxX = Window.width // 2 - diametr//2
if self.avatar.x < self.minX:
self.avatar.x = self.minX
elif self.avatar.x > self.maxX:
self.avatar.x = self.maxX
if self.avatar.y < self.minY:
self.avatar.y = self.minY
elif self.avatar.y > self.maxY:
self.avatar.y = self.maxY
def save(self,istance):
diametr = Window.width * 0.8
self.main.size_hint = [None,None]
self.main.size = [diametr,diametr]
self.main.pos = [Window.width//2 - diametr//2,Window.height // 2 - diametr//2]
self.main.export_to_png("ava.png")
self.main.size_hint = [1,1]
def updateSource(self,source):
test = Image(source = self.source)
self.avatar.background_normal = source
self.avatar.background_down = source
self.avatar.size = test.texture_size
self.touchPos = self.avatar.pos
self.ImageX = self.avatar.x
self.ImageY = self.avatar.y
self.stratHeight = self.avatar.height
self.startWidth = self.avatar.width
diametr = Window.width * 0.8
if self.avatar.height < diametr:
addNum = diametr - self.avatar.height
self.avatar.size_hint = [None,None]
self.avatar.height += addNum
self.avatar.width += addNum
self.avatar.y = Window.height // 2 - diametr //2
self.minY = Window.height // 2 + diametr //2 - self.avatar.height
self.maxY = Window.height // 2 - diametr//2
self.minX = Window.width // 2 + diametr//2 - self.avatar.width
self.maxX = Window.width // 2 - diametr//2
if self.stratHeight < self.avatar.width:
sliderValue = self.stratHeight - diametr
else:
sliderValue = self.startWidth - diametr
