def createDictNode(p, s):
return avg.ImageNode(pos=p, size=s, href="rgb24-64x64.png")
def createOffscreenCanvas():
self.__createOffscreenCanvas("offscreencanvas", False)
self.node = avg.ImageNode(parent=root,
href="canvas:offscreencanvas")
def createCanvas():
canvas = self.__createOffscreenCanvas("testcanvas", False)
avg.ImageNode(href="canvas:testcanvas", parent=root)
return canvas
#!/usr/bin/env python
# -*- coding: utf-8 -*-
from libavg import avg, player
canvas = player.createMainCanvas(size=(160, 120))
rootNode = canvas.getRootNode()
avg.ImageNode(pos=(40, 30),
size=(80, 60),
href="rgb24-64x64.png",
parent=rootNode)
player.play()
def testMultiWindowBase(self):
root = self.loadEmptyScene()
avg.ImageNode(pos=(0, 0), href="rgb24-64x64.png", parent=root)
player.setWindowConfig("avgwindowconfig.xml")
self.start(False, (lambda: self.compareImage("testMultiWindow1"), ))
def onInit(self):
# images
orig = avg.ImageNode(href='../test/media/hsl.png', parent=self)
huesat = avg.ImageNode(href='../test/media/hsl.png',
pos=(orig.size.x + 10, 0),
parent=self)
# effect
self._fx = avg.HueSatFXNode(colorize=False)
huesat.setEffect(self._fx)
y = orig.size.y + 10
# hue slider
self._hueTxt = avg.WordsNode(text='hue: %d' % self._fx.hue,
fontsize=12,
pos=(0, y),
parent=self)
y += self._hueTxt.height
self._hueSld = widget.Slider(range=(-180, 180),
thumbPos=self._fx.hue,
width=self.width,
pos=(0, y),
parent=self)
self._hueSld.subscribe(widget.Slider.THUMB_POS_CHANGED,
self._onSliderHue)
y += self._hueSld.height
# saturation slider
self._satTxt = avg.WordsNode(text='saturation: %d' %
self._fx.saturation,
fontsize=12,
pos=(0, y),
parent=self)
y += self._satTxt.height
self._satSld = widget.Slider(range=(-100, 100),
thumbPos=self._fx.saturation,
width=self.width,
pos=(0, y),
parent=self)
self._satSld.subscribe(widget.Slider.THUMB_POS_CHANGED,
self._onSliderSat)
y += self._satSld.height
# lightness slider
self._lightTxt = avg.WordsNode(text='lightness: %d' %
self._fx.lightness,
fontsize=12,
pos=(0, y),
parent=self)
y += self._lightTxt.height
self._lightSld = widget.Slider(range=(-100, 100),
thumbPos=self._fx.lightness,
width=self.width,
pos=(0, y),
parent=self)
self._lightSld.subscribe(widget.Slider.THUMB_POS_CHANGED,
self._onSliderLight)
y += self._lightSld.height
# colorize check box
widget.Skin.default.defaultCheckBoxCfg['font'].color = 'FFFFFF'
self._colCbox = widget.CheckBox(text='colorize',
checked=self._fx.colorize,
pos=(0, y),
parent=self)
self._colCbox.subscribe(widget.CheckBox.TOGGLED, self._onCheckBoxCol)
def testEventCapture(self):
def onMainMouseDown(Event):
self.mainMouseDownCalled = True
def onMouseDown(Event):
self.mouseDownCalled = True
def captureEvent():
self.mouseDownCalled = False
self.mainMouseDownCalled = False
self.img.setEventCapture()
def noCaptureEvent():
self.mouseDownCalled = False
self.mainMouseDownCalled = False
self.img.releaseEventCapture()
def doubleCaptureEvent():
self.mouseDownCalled = False
self.mainMouseDownCalled = False
self.img.setEventCapture()
self.img.setEventCapture()
self.img.releaseEventCapture()
def releaseTooMuch():
self.img.releaseEventCapture()
self.assertException(self.img.releaseEventCapture)
self.mouseDownCalled = False
self.mainMouseDownCalled = False
root = self.loadEmptyScene()
root.setEventHandler(avg.Event.CURSOR_DOWN, avg.Event.MOUSE,
onMainMouseDown)
self.img = avg.ImageNode(pos=(0, 0),
href="rgb24-65x65.png",
parent=root)
self.img.setEventHandler(avg.Event.CURSOR_DOWN, avg.Event.MOUSE,
onMouseDown)
self.start(False, (
lambda: self._sendMouseEvent(avg.Event.CURSOR_DOWN, 10, 10),
lambda: self.assert_(self.mouseDownCalled),
lambda: self._sendMouseEvent(avg.Event.CURSOR_UP, 10, 10),
captureEvent,
lambda: self._sendMouseEvent(avg.Event.CURSOR_DOWN, 100, 10),
lambda: self.assert_(self.mouseDownCalled and self.
mainMouseDownCalled),
lambda: self._sendMouseEvent(avg.Event.CURSOR_UP, 100, 10),
noCaptureEvent,
lambda: self._sendMouseEvent(avg.Event.CURSOR_DOWN, 100, 10),
lambda: self.assert_(not (self.mouseDownCalled) and self.
mainMouseDownCalled),
lambda: self._sendMouseEvent(avg.Event.CURSOR_UP, 100, 10),
doubleCaptureEvent,
lambda: self._sendMouseEvent(avg.Event.CURSOR_DOWN, 100, 10),
lambda: self.assert_(self.mouseDownCalled and self.
mainMouseDownCalled),
releaseTooMuch,
lambda: self._sendMouseEvent(avg.Event.CURSOR_UP, 100, 10),
))
self.img = None
def __init__(self, parent):
self.__imgA = avg.ImageNode(href='ground.jpg', parent=parent)
self.__imgB = avg.ImageNode(href='ground.jpg',
pos=(0, -self.__imgA.height),
parent=parent)
def invalidCreateNode():
avg.ImageNode(1, 2, 3)
def createDictNode(root, p):
node = avg.ImageNode(pos=p, href="rgb24-32x32.png", parent=root)
self.assertEqual(node.getMediaSize(), avg.Point2D(32, 32))
self.assertEqual(node.size, avg.Point2D(32, 32))
return node
def createDictNode(root, p):
return avg.ImageNode(pos=p, href="rgb24-32x32.png", parent=root)
def testResize():
srcBmp = avg.Bitmap('media/rgb24-32x32.png')
destBmp = srcBmp.getResized((64, 64))
self.assert_(destBmp.getSize() == (64, 64))
node = avg.ImageNode(pos=(128, 0), size=(32, 32), parent=root)
node.setBitmap(destBmp)
def testCropRect():
bmp = avg.Bitmap('media/rgb24-65x65.png')
bmp1 = avg.Bitmap(bmp, (32, 32), (64, 64))
self.assert_(bmp1.getSize() == (32, 32))
node = avg.ImageNode(pos=(96, 0), parent=root)
node.setBitmap(bmp1)
def testBitmap(self):
def getBitmap(node):
bmp = node.getBitmap()
self.assertEqual(bmp.getSize(), (65, 65))
self.compareBitmapToFile(bmp, "rgb24-65x65")
self.assert_(bmp.getFormat() == avg.R8G8B8X8
or bmp.getFormat() == avg.B8G8R8X8)
node.setBitmap(bmp)
self.assertEqual(node.getMediaSize(), (65, 65))
def immediateGetBitmap():
node = avg.ImageNode(href="rgb24-65x65.png",
size=(32, 32),
parent=root)
bmp = node.getBitmap()
self.compareBitmapToFile(bmp, "rgb24-65x65")
node.unlink(True)
node = avg.ImageNode(href="rgb24-65x65.png",
size=(32, 32),
parent=root)
node.unlink()
root.appendChild(node)
bmp = node.getBitmap()
self.compareBitmapToFile(bmp, "rgb24-65x65")
node.unlink(True)
def loadFromBitmap(p, orighref):
node = avg.ImageNode(pos=p, size=(32, 32), href=orighref)
bmp = avg.Bitmap('media/rgb24-65x65.png')
self.assertEqual(bmp.getSize(), (65, 65))
node.setBitmap(bmp)
self.assertEqual(node.getMediaSize(), (65, 65))
root.appendChild(node)
def testStringConversion():
bmp = avg.Bitmap('media/rgb24-65x65.png')
for isCopy in (False, True):
s = bmp.getPixels(isCopy)
bmp1 = avg.Bitmap(bmp.getSize(), bmp.getFormat(), "sample")
bmp1.setPixels(s)
self.assert_(self.areSimilarBmps(bmp, bmp1, 0.01, 0.01))
self.assertRaises(avg.Exception, lambda: bmp1.setPixels(13)),
def testCropRect():
bmp = avg.Bitmap('media/rgb24-65x65.png')
bmp1 = avg.Bitmap(bmp, (32, 32), (64, 64))
self.assert_(bmp1.getSize() == (32, 32))
node = avg.ImageNode(pos=(96, 0), parent=root)
node.setBitmap(bmp1)
def testBlt():
srcBmp = avg.Bitmap('media/rgb24-65x65.png')
destBmp = avg.Bitmap((65, 65), srcBmp.getFormat(), "bmp")
destBmp.blt(srcBmp, (0, 0))
destBmp.blt(srcBmp, (32, 32))
node = avg.ImageNode(pos=(96, 32), size=(32, 32), parent=root)
node.setBitmap(destBmp)
def testResize():
srcBmp = avg.Bitmap('media/rgb24-32x32.png')
destBmp = srcBmp.getResized((64, 64))
self.assert_(destBmp.getSize() == (64, 64))
node = avg.ImageNode(pos=(128, 0), size=(32, 32), parent=root)
node.setBitmap(destBmp)
def testUnicode():
if self._isCurrentDirWriteable():
# Can't check unicode filenames into svn or the windows client breaks.
# So we rename the file locally.
shutil.copyfile("media/oe.png", u"media/ö.png")
avg.Bitmap(u"media/ö.png")
os.remove(u"media/ö.png")
def testGetPixel():
bmp = avg.Bitmap('media/rgb24-65x65.png')
self.assertEqual(bmp.getPixel((1, 1)), (255, 0, 0, 255))
self.assertEqual(bmp.getPixel((33, 1)), (0, 255, 0, 255))
bmp = avg.Bitmap('media/rgb24alpha-64x64.png')
self.assertEqual(bmp.getPixel((1, 1)), (0, 0, 0, 0))
self.assertEqual(bmp.getPixel((63, 1)), (83, 255, 83, 142))
bmp = avg.Bitmap('media/greyscale.png')
self.assertEqual(bmp.getPixel((1, 1)), (255, 255, 255, 255))
self.assertEqual(bmp.getPixel((1, 63)), (0, 0, 0, 255))
self.assertRaises(avg.Exception, lambda: bmp.getPixel((64, 0)))
def setNullBitmap():
node.setBitmap(None)
def testSubBitmap():
srcBmp = avg.Bitmap('media/rgb24-32x32.png')
destBmp = avg.Bitmap(srcBmp, (16, 16), (32, 32))
self.assertEqual(srcBmp.getPixel((16, 16)), destBmp.getPixel(
(0, 0)))
self.assertRaises(avg.Exception,
lambda: avg.Bitmap(srcBmp, (16, 16), (16, 32)))
node = avg.ImageNode(href="media/rgb24-65x65.png", size=(32, 32))
getBitmap(node)
root = self.loadEmptyScene()
node = avg.ImageNode(pos=(0, 0), size=(32, 32), href="rgb24-65x65.png")
root.appendChild(node)
getBitmap(node)
self.assertEqual(node.size, (32, 32))
loadFromBitmap((32, 0), "")
loadFromBitmap((64, 0), "rgb24alpha-64x64.png")
testStringConversion()
testUnicode()
self.start(False, (
lambda: getBitmap(node),
immediateGetBitmap,
lambda: loadFromBitmap((32, 32), ""),
lambda: loadFromBitmap((64, 32), "rgb24alpha-64x64.png"),
lambda: self.compareImage("testBitmap1"),
testCropRect,
lambda: self.compareImage("testBitmap2"),
testBlt,
lambda: self.compareImage("testBitmap3"),
testResize,
lambda: self.compareImage("testBitmap4"),
testGetPixel,
lambda: self.assertRaises(avg.Exception, setNullBitmap),
testSubBitmap,
))
def emptyImageFX():
node = avg.ImageNode(parent=root, href="", pos=(64,0))
node.setEffect(avg.NullFXNode())
def testCropImage(self):
def moveTLCrop():
node = player.getElementByID("img")
node.x = -20
node.y = -20
def moveBRCrop():
node = player.getElementByID("img")
node.x = 60
node.y = 40
def moveTLNegative():
node = player.getElementByID("img")
node.x = -60
node.y = -50
def moveBRGone():
node = player.getElementByID("img")
node.x = 140
node.y = 100
def rotate():
node = player.getElementByID("img")
node.x = 10
node.y = 10
player.getElementByID("nestedavg").angle = 1.0
player.getElementByID("bkgd").angle = 1.0
root = self.loadEmptyScene()
avg.ImageNode(id="bkgd", href="crop_bkgd.png", parent=root)
root.appendChild(
player.createNode("""
<div id="nestedavg" x="40" y="30" width="80" height="60" crop="True">
<div id="nestedavg2" crop="True">
<div id="nestedavg3" crop="True">
<image id="img" x="10" y="10" width="40" height="40"
href="rgb24-64x64.png"/>
</div>
</div>
</div>
"""))
self.start(False,
(lambda: self.compareImage("testCropImage1"),
moveTLCrop,
lambda: self.compareImage("testCropImage2"),
moveBRCrop,
lambda: self.compareImage("testCropImage3"),
moveTLNegative,
lambda: self.compareImage("testCropImage4"),
moveBRGone,
lambda: self.compareImage("testCropImage5"),
rotate,
lambda: self.compareImage("testCropImage6"),
moveTLCrop,
lambda: self.compareImage("testCropImage7"),
moveBRCrop,
lambda: self.compareImage("testCropImage8"),
moveTLNegative,
lambda: self.compareImage("testCropImage9"),
moveBRGone,
lambda: self.compareImage("testCropImage10")
))
def __createOffscreenCanvas(self):
canvas = player.createCanvas(id="offscreen", size=(160,120), mediadir="media")
root = canvas.getRootNode()
avg.ImageNode(href="rgb24-32x32.png", parent=root)
avg.ImageNode(id="test", pos=(32,0), href="rgb24alpha-32x32.png", parent=root)
return canvas
def testCropMovie(self):
def playMovie():
node = player.getElementByID("movie")
node.play()
def moveTLCrop():
node = player.getElementByID("movie")
node.x = -20
node.y = -20
def moveBRCrop():
node = player.getElementByID("movie")
node.x = 60
node.y = 40
def moveTLNegative():
node = player.getElementByID("movie")
node.x = -60
node.y = -50
def moveBRGone():
node = player.getElementByID("movie")
node.x = 140
node.y = 100
def rotate():
node = player.getElementByID("movie")
node.x = 10
node.y = 10
player.getElementByID("nestedavg").angle = 1.0
player.getElementByID("bkgd").angle = 1.0
player.setFakeFPS(30)
root = self.loadEmptyScene()
avg.ImageNode(id="bkgd", href="crop_bkgd.png", parent=root)
root.appendChild(
player.createNode("""
<div id="nestedavg" x="40" y="30" width="80" height="60" crop="True">
<video id="movie" x="10" y="10" width="40" height="40"
threaded="false" href="mpeg1-48x48.mov"
fps="30"/>
</div>
"""))
self.start(False,
(playMovie,
lambda: self.compareImage("testCropMovie1"),
moveTLCrop,
lambda: self.compareImage("testCropMovie2"),
moveBRCrop,
lambda: self.compareImage("testCropMovie3"),
moveTLNegative,
lambda: self.compareImage("testCropMovie4"),
moveBRGone,
lambda: self.compareImage("testCropMovie5"),
rotate,
lambda: self.compareImage("testCropMovie6"),
moveTLCrop,
lambda: self.compareImage("testCropMovie7"),
moveBRCrop,
lambda: self.compareImage("testCropMovie8"),
moveTLNegative,
lambda: self.compareImage("testCropMovie9"),
moveBRGone,
lambda: self.compareImage("testCropMovie10")
))
def testPublisher(self):
def onDown(event):
self.assert_(event.type == avg.Event.CURSOR_DOWN)
curEvent = player.getCurrentEvent()
self.assert_(curEvent.type == avg.Event.CURSOR_DOWN)
self.assert_(curEvent.when == event.when)
self.downCalled = True
def unsubscribe():
self.assert_(self.img.isSubscribed(avg.Node.CURSOR_DOWN, onDown))
self.img.unsubscribe(avg.Node.CURSOR_DOWN, onDown)
self.assert_(not (
self.img.isSubscribed(avg.Node.CURSOR_DOWN, onDown)))
self.assert_(self.img.getNumSubscribers(avg.Node.CURSOR_DOWN) == 0)
self.downCalled = False
self.assertException(
lambda: self.img.unsubscribe(avg.Node.CURSOR_DOWN, onDown))
def initUnsubscribeInEvent(useMessageID):
self.subscriberID = self.img.subscribe(
avg.Node.CURSOR_DOWN,
lambda event: onDownUnsubscribe(event, useMessageID))
def onDownUnsubscribe(event, useMessageID):
if useMessageID:
self.img.unsubscribe(avg.Node.CURSOR_DOWN, self.subscriberID)
self.assertException(lambda: self.img.unsubscribe(
avg.Node.CURSOR_DOWN, self.subscriberID))
else:
self.img.unsubscribe(self.subscriberID)
self.assertException(
lambda: self.img.unsubscribe(self.subscriberID))
self.downCalled = True
def onFrame():
self.onFrameCalled = True
self.downCalled = False
self.onFrameCalled = False
root = self.loadEmptyScene()
player.subscribe(player.ON_FRAME, onFrame)
self.img = avg.ImageNode(pos=(0, 0),
href="rgb24-65x65.png",
parent=root)
self.img.subscribe(avg.Node.CURSOR_DOWN, onDown)
self.assertException(lambda: self.img.subscribe(23, onDown))
self.assertException(
lambda: self.img.unsubscribe(avg.Node.CURSOR_DOWN, 23))
self.start(False, (
lambda: self.fakeClick(10, 10),
lambda: self.assert_(self.downCalled),
lambda: self.assert_(self.onFrameCalled),
unsubscribe,
lambda: self.fakeClick(10, 10),
lambda: self.assert_(not (self.downCalled)),
lambda: initUnsubscribeInEvent(True),
lambda: self.fakeClick(10, 10),
lambda: self.assert_(self.downCalled),
lambda: initUnsubscribeInEvent(False),
lambda: self.fakeClick(10, 10),
lambda: self.assert_(self.downCalled),
))
def changeParent():
div = avg.DivNode()
img = avg.ImageNode(href="additive/rgb24-64x64.png", parent=div)
root.appendChild(img)
def testMouseOver(self):
def onImg2MouseOver(Event):
self.img2MouseOverCalled = True
def onImg2MouseOut(Event):
self.img2MouseOutCalled = True
def onDivMouseOver(Event):
self.divMouseOverCalled = True
def onDivMouseOut(Event):
self.divMouseOutCalled = True
def onAVGMouseOver(Event):
self.avgMouseOverCalled = True
def onImg1MouseOver(Event):
self.img1MouseOverCalled = True
def printState():
print "----"
print "img2MouseOverCalled=", self.img2MouseOverCalled
print "img2MouseOutCalled=", self.img2MouseOutCalled
print "divMouseOverCalled=", self.divMouseOverCalled
print "divMouseOutCalled=", self.divMouseOutCalled
print "avgMouseOverCalled=", self.avgMouseOverCalled
print "img1MouseOverCalled=", self.img1MouseOverCalled
def resetState():
self.img2MouseOverCalled = False
self.img2MouseOutCalled = False
self.divMouseOverCalled = False
self.divMouseOutCalled = False
self.avgMouseOverCalled = False
self.img1MouseOverCalled = False
def killNodeUnderCursor():
Parent = img1.parent
Parent.removeChild(Parent.indexOf(img1))
root = self.loadEmptyScene()
img1 = avg.ImageNode(href="rgb24-65x65.png", parent=root)
div = avg.DivNode(pos=(65, 0), parent=root)
img3 = avg.ImageNode(href="rgb24-65x65.png", parent=div)
img2 = avg.ImageNode(pos=(0, 65), href="rgb24-65x65.png", parent=div)
img2.setEventHandler(avg.Event.CURSOR_OVER, avg.Event.MOUSE,
onImg2MouseOver)
img2.setEventHandler(avg.Event.CURSOR_OUT, avg.Event.MOUSE,
onImg2MouseOut)
div.setEventHandler(avg.Event.CURSOR_OVER, avg.Event.MOUSE,
onDivMouseOver)
div.setEventHandler(avg.Event.CURSOR_OUT, avg.Event.MOUSE,
onDivMouseOut)
root.setEventHandler(avg.Event.CURSOR_OVER, avg.Event.MOUSE,
onAVGMouseOver)
img1.setEventHandler(avg.Event.CURSOR_OVER, avg.Event.MOUSE,
onImg1MouseOver)
self.start(
False,
(resetState,
lambda: self._sendMouseEvent(avg.Event.CURSOR_DOWN, 70, 70),
lambda: self.assert_(
self.img2MouseOverCalled and self.divMouseOverCalled and self.
avgMouseOverCalled and not (self.img2MouseOutCalled) and not (
self.divMouseOutCalled) and not (self.img1MouseOverCalled)
), lambda: self._sendMouseEvent(avg.Event.CURSOR_UP, 70, 70),
resetState,
lambda: self._sendMouseEvent(avg.Event.CURSOR_DOWN, 70, 10),
lambda: self.assert_(not (self.img2MouseOverCalled) and not (
self.divMouseOverCalled) and not (self.avgMouseOverCalled) and
self.img2MouseOutCalled and not (
self.divMouseOutCalled) and not (
self.img1MouseOverCalled)),
lambda: self._sendMouseEvent(avg.Event.CURSOR_UP, 70, 10),
resetState,
lambda: self._sendMouseEvent(avg.Event.CURSOR_DOWN, 10, 10),
lambda: self.assert_(not (self.img2MouseOverCalled) and not (
self.divMouseOverCalled) and not (
self.avgMouseOverCalled) and not (
self.img2MouseOutCalled) and self.divMouseOutCalled
and self.img1MouseOverCalled), resetState,
killNodeUnderCursor,
lambda: self._sendMouseEvent(avg.Event.CURSOR_UP, 10, 10),
lambda: self.assert_(not (self.img2MouseOverCalled) and not (
self.divMouseOverCalled) and not (self.avgMouseOverCalled) and
not (self.img2MouseOutCalled) and not (
self.divMouseOutCalled) and not (
self.img1MouseOverCalled)),
lambda: self._sendMouseEvent(avg.Event.CURSOR_DOWN, 10, 10),
resetState, lambda: img2.setEventCapture(),
lambda: self._sendMouseEvent(avg.Event.CURSOR_UP, 70, 70),
lambda: self.assert_(
self.img2MouseOverCalled and self.divMouseOverCalled and not (
self.avgMouseOverCalled) and not (self.img2MouseOutCalled)
and not (self.divMouseOutCalled) and not (
self.img1MouseOverCalled)),
lambda: self._sendMouseEvent(avg.Event.CURSOR_DOWN, 70, 70),
resetState,
lambda: self._sendMouseEvent(avg.Event.CURSOR_UP, 10, 10),
lambda: self.assert_(not (self.img2MouseOverCalled) and not (
self.divMouseOverCalled) and not (
self.avgMouseOverCalled) and self.img2MouseOutCalled and
self.divMouseOutCalled and not (
self.img1MouseOverCalled))))
def __draw_main_view(self, fake=False):
"""
Draws the main vis view.
:param fake: Should the fake or the original data set be loaded?
:type fake: bool
"""
if self.__touch_test_view:
self.__touch_test_view.unlink(True)
self.__touch_test_view = None
self.__wall_divico = WallDivico(
parent=self,
size=self.size,
map_image_info=config_app.maps_images[config_app.map_image],
data_file=config_app.sql_result_dump_filename[
config_app.data_mode_string],
grid_groups=self.__grid_groups,
grid_labels=self.__grid_labels)
self.__task_text_view_canvas = player.createCanvas(
id="task_text_view",
autorender=True,
multisamplesamples=8,
size=(self.size[0], self.size[1] / 12))
text = [
"{} ({})".format(self._study_handler.current_block_name,
self._study_handler.current_phase)
] if self._study_handler else []
self.__task_text_view = TextView2(
text_elements=text,
alignment="center",
font_size=42,
element_size=900,
parent=self.__task_text_view_canvas.getRootNode(),
size=(self.size[0], self.size[1] / 12),
padding_top=20,
padding_bottom=20,
element_offset=50,
# elementoutlinecolor="f00"
)
self.__task_text_view_image_top = avg.ImageNode(
parent=self,
size=(self.size[0], self.size[1] / 12),
href="canvas:task_text_view")
self.__task_text_view_image_bottom = avg.ImageNode(
parent=self,
pos=(0, self.size[1] * 11 / 12),
size=(self.size[0], self.size[1] / 12),
href="canvas:task_text_view")
self.__phase_block_label = avg.WordsNode(
parent=self,
pos=(3, self.size[1] - 20),
fontsize=15,
color="555",
alignment="left",
variant="bold",
rawtextmode=True,
text="#{} - {}: {}".format(config_app.SESSION,
self._study_handler.current_phase,
self._study_handler.current_block_name)
if self._study_handler else "")
self.__interaction_activation_label = avg.WordsNode(parent=self,
pos=(3, 3),
fontsize=15,
color="555",
alignment="left",
variant="bold",
rawtextmode=True,
text="")
self.__create_touch_vis_view()
# initialize StudyLogging
if config_app.study_mode:
StudyLog.get_instance().write_event_log(
"initialized view and divico control")
self.subscribe(
avg.Node.CURSOR_DOWN, lambda event: self.__log_touch(
event, event_type="CURSOR_DOWN"))
self.subscribe(
avg.Node.CURSOR_MOTION,
lambda event: self.__log_touch(event,
event_type="CURSOR_MOTION"))
self.subscribe(
avg.Node.CURSOR_UP,
lambda event: self.__log_touch(event, event_type="CURSOR_UP"))
def __createImageNode(self, bmp):
node = avg.ImageNode()
node.setBitmap(bmp)
return node
def testComplexPublisher(self):
def setupUnsubscribe():
self.downCalled = [False, False]
self.msgIDs = []
for i in range(0, 2):
self.msgIDs.append(
self.img.subscribe(
avg.Node.CURSOR_DOWN,
lambda event, i=i: onUnsubscribeDown(i)))
def onUnsubscribeDown(i):
self.downCalled[i] = True
for j in range(0, 2):
self.img.unsubscribe(avg.Node.CURSOR_DOWN, self.msgIDs[j])
def assertCorrectUnsubscribe():
# Exactly one of the two callbacks should have been invoked
self.assert_(self.downCalled[0] != self.downCalled[1])
def setupSubscribe():
self.downCalled = [False, False]
self.msgIDs = []
self.msgIDs.append(
self.img.subscribe(avg.Node.CURSOR_DOWN,
lambda event: onSubscribeDown()))
def onSubscribeDown():
self.downCalled[0] = True
self.msgIDs.append(
self.img.subscribe(avg.Node.CURSOR_DOWN,
lambda event: onSecondSubscribeDown()))
def onSecondSubscribeDown():
self.downCalled[1] = True
def setupCallableUnsubscribe():
self.msgIDs = []
for i in range(0, 2):
self.msgIDs.append(
self.img.subscribe(avg.Node.CURSOR_DOWN,
onUnsubscribeCallableDown))
def onUnsubscribeCallableDown(event):
self.assertRaises(
avg.Exception, lambda: self.img.unsubscribe(
avg.Node.CURSOR_DOWN, onUnsubscribeCallableDown))
for j in range(0, 2):
self.img.unsubscribe(avg.Node.CURSOR_DOWN, self.msgIDs[j])
def assertDownsCalled(expectedState):
self.assert_(self.downCalled == expectedState)
root = self.loadEmptyScene()
self.img = avg.ImageNode(pos=(0, 0),
href="rgb24-65x65.png",
parent=root)
self.start(
False,
( # Subscribe twice to an event, unsubscribe both during processing of the
# first. Second shouldn't be called anymore.
setupUnsubscribe,
lambda: self.fakeClick(10, 10),
assertCorrectUnsubscribe,
# Subscribe twice to an event. unsubscribe using callable should
# fail because it's unclear which subscriber should be unsubscribed.
setupCallableUnsubscribe,
lambda: self.fakeClick(10, 10),
# Subscribe to an event, subscribe again during event processing.
# The second one shouldn't be called immediately.
setupSubscribe,
lambda: self.fakeClick(10, 10),
lambda: assertDownsCalled([True, False]),
lambda: self.fakeClick(10, 10),
lambda: assertDownsCalled([True, True]),
))
def testVideoWriter(self):
def startWriter(fps, syncToPlayback):
self.videoWriter = avg.VideoWriter(canvas, "test.mov", fps, 3, 5,
syncToPlayback)
def stopWriter():
self.videoWriter.stop()
def killWriter():
self.videoWriter = None
def pauseWriter():
self.videoWriter.pause()
def playWriter():
self.videoWriter.play()
def hideVideo():
videoNode.opacity = 0
def showVideo():
videoNode.opacity = 1
def checkVideo(numFrames):
savedVideoNode = avg.VideoNode(href="../test.mov",
pos=(48, 0),
threaded=False,
parent=root)
savedVideoNode.pause()
self.assertEqual(savedVideoNode.getVideoCodec(), "mjpeg")
self.assertEqual(savedVideoNode.getNumFrames(), numFrames)
self.assertEqual(savedVideoNode.getStreamPixelFormat(), "yuvj420p")
def testCreateException():
self.assertRaises(
avg.Exception, lambda: avg.VideoWriter(
player.getMainCanvas(), "nonexistentdir/test.mov", 30))
if not (self._isCurrentDirWriteable()):
self.skip("Current dir not writeable.")
return
if player.isUsingGLES():
self.skip("VideoWriter not supported under GLES.")
return
self.assertRaises(
avg.Exception, lambda: avg.VideoWriter(player.getMainCanvas(
), "test.mov", 30, 3, 5, False))
for useCanvas in (False, True):
player.setFakeFPS(30)
root = self.loadEmptyScene()
videoNode = avg.VideoNode(href="mpeg1-48x48.mov", threaded=False)
if useCanvas:
canvas = player.createCanvas(id="canvas",
size=(48, 48),
mediadir="media")
canvas.getRootNode().appendChild(videoNode)
avg.ImageNode(parent=root, href="canvas:canvas")
testImageName = "testVideoWriterCanvas"
else:
root.appendChild(videoNode)
canvas = player.getMainCanvas()
testImageName = "testVideoWriter"
self.start(False, (
videoNode.play,
lambda: startWriter(30, True),
lambda: self.delay(100),
stopWriter,
killWriter,
lambda: checkVideo(4),
hideVideo,
lambda: self.compareImage(testImageName + "1"),
showVideo,
testCreateException,
lambda: startWriter(15, False),
lambda: self.delay(150),
stopWriter,
killWriter,
lambda: checkVideo(2),
lambda: startWriter(30, False),
pauseWriter,
lambda: self.delay(200),
playWriter,
stopWriter,
killWriter,
lambda: checkVideo(1),
lambda: startWriter(30, False),
killWriter,
lambda: checkVideo(1),
))
os.remove("test.mov")
def redAlphaScene():
self.redRect = avg.RectNode(parent=self.root, pos=(5, 5), fillcolor='FF0000',
fillopacity=1, opacity=0, size=(72, 72))
self.node = avg.ImageNode(parent=self.root, pos=(10,10),
href="rgb24alpha-64x64.png")
resetFX()
def createCompressed():
avg.ImageNode(href="canvas:offscreencanvas",
compression="B5G6R5",
parent=root)
def newNode():
self.newNode = avg.ImageNode(parent=root, href="rgb24-32x32.png", pos=(64,0))
self.newNode.setEffect(avg.NullFXNode())
def makeSelfRef1():
avg.ImageNode(href="canvas:offscreencanvas1",
parent=self.offscreen1.getRootNode())
def __createOffscreenCanvas(self, canvasName, handleEvents):
canvas = player.createCanvas(id=canvasName, size=(160,120),
handleevents=handleEvents)
canvas.getRootNode().mediadir = "media"
avg.ImageNode(id="test1", href="rgb24-65x65.png", parent=canvas.getRootNode())
return canvas
