def prepare(self):
"""Prepare a canvas with a fixation dot."""
# Call parent functions.
item.prepare(self)
generic_response.prepare(self)
# Create a canvas.
self.c = canvas(self.experiment, self.get(u'background'), \
self.get(u'foreground'))
# Set the coordinates.
self._x = self.get(u'x') + self.c.xcenter()
self._y = self.get(u'y') + self.c.ycenter()
# Draw the fixation dot.
self.c.set_penwidth(self.get(u'penwidth'))
if self.style == u'default':
self.c.fixdot(self._x, self._y)
elif self.style == u'filled':
self.c.ellipse(self._x - 10, self._y - 10, 20, 20, True)
elif self.style == u'filled-small':
self.c.ellipse(self._x - 5, self._y - 5, 10, 10, True)
elif self.style == u'empty':
self.c.ellipse(self._x - 10, self._y - 10, 20, 20, False)
elif self.style == u'empty-small':
self.c.ellipse(self._x - 5, self._y - 5, 10, 10, False)
elif self.style == u'cross':
self.c.line(self._x - 10, self._y, self._x + 10, self._y)
self.c.line(self._x, self._y - 10, self._x, self._y + 10)
elif self.style == u'cross-small':
self.c.line(self._x - 5, self._y, self._x + 5, self._y)
self.c.line(self._x, self._y - 5, self._x, self._y + 5)
def prepare(self):
# Call parent functions.
item.prepare(self)
# Prepare your plug-in here.
generic_response.prepare(self)
path = self.experiment.pool[self.var.media_src]
self.c = canvas(self.experiment,
background_color=self.var.background,
color=self.var.foreground)
if not os.path.isfile(path):
raise osexception(u"Media file '%s' was not found." %
(os.path.basename(path), self.name))
if self.var.HMDtype == u"Oculus DK1 (1280x800px)" and self.var.stereoscopic == u"No (No 3D depth)" and self.var.isVideo == u"No":
self.c.image(path, x=-252, y=0.0)
self.c.image(path, x=252, y=0.0)
elif self.var.HMDtype == u"Oculus DK1 (1280x800px)" and self.var.stereoscopic == u"Yes" and self.var.isVideo == u"No":
self.c.image(path, x=0, y=0.0)
elif self.var.HMDtype == u"Oculus DK2 (1920x1080px)" and self.var.stereoscopic == u"No" and self.var.isVideo == u"No":
self.c.image(path, x=-378, y=0.0)
self.c.image(path, x=378, y=0.0)
elif self.var.HMDtype == u"Oculus DK2 (1920x1080px)" and self.var.stereoscopic == u"Yes" and self.var.isVideo == u"No":
self.c.image(path, x=0, y=0.0)
elif self.var.HMDtype == u"Oculus Rift 2016 (2160x1200px)" and self.var.stereoscopic == u"No" and self.var.isVideo == u"No":
self.c.image(path, x=-415.8, y=0.0)
self.c.image(path, x=415.8, y=0.0)
elif self.var.HMDtype == u"Oculus Rift 2016 (2160x1200px)" and self.var.stereoscopic == u"Yes" and self.var.isVideo == u"No":
self.c.image(path, x=0, y=0.0)
elif self.var.HMDtype == u"HTC Vive (2160x1200px)" and self.var.stereoscopic == u"No" and self.var.isVideo == u"No":
self.c.image(path, x=-415.8, y=0.0)
self.c.image(path, x=415.8, y=0.0)
elif self.var.HMDtype == u"HTC Vive (2160x1200px)" and self.var.stereoscopic == u"Yes" and self.var.isVideo == u"No":
self.c.image(path, x=0, y=0.0)
def prepare(self): """Prepare a canvas with a fixation dot.""" # Call parent functions. item.prepare(self) generic_response.prepare(self) # Create a canvas. self.c = canvas(self.experiment, self.get(u'background'), \ self.get(u'foreground')) # Set the coordinates. self._x = self.get(u'x') + self.c.xcenter() self._y = self.get(u'y') + self.c.ycenter() # Draw the fixation dot. self.c.set_penwidth(self.get(u'penwidth')) if self.style == u'default': self.c.fixdot(self._x, self._y) elif self.style == u'filled': self.c.ellipse(self._x - 10, self._y - 10, 20, 20, True) elif self.style == u'filled-small': self.c.ellipse(self._x - 5, self._y - 5, 10, 10, True) elif self.style == u'empty': self.c.ellipse(self._x - 10, self._y - 10, 20, 20, False) elif self.style == u'empty-small': self.c.ellipse(self._x - 5, self._y - 5, 10, 10, False) elif self.style == u'cross': self.c.line(self._x - 10, self._y, self._x + 10, self._y) self.c.line(self._x, self._y - 10, self._x, self._y + 10) elif self.style == u'cross-small': self.c.line(self._x - 5, self._y, self._x + 5, self._y) self.c.line(self._x, self._y - 5, self._x, self._y + 5)
def prepare(self):
"""Prepares the text display canvas."""
# Pass the word on to the parent
item.prepare(self)
# Create an offline canvas
self.c = openexp.canvas.canvas(self.experiment, self.get( \
u"background"), self.get(u"foreground"))
self.c.set_font(self.get(u"font_family"), self.get(u"font_size"))
# Make sure that the content is a unicode string that is evaluated
# for variables and then split into separated lines, using either the
# os-specific or the Unix-style line separator.
content = self.unistr(self.get(u'content'))
content = content.replace(os.linesep, u'\n')
content = self.eval_text(content).split(u"\n")
# Do line wrapping
_content = []
for line in content:
while len(line) > self.get(u"maxchar"):
i = line.rfind(" ", 0, self.get(u"maxchar"))
if i < 0:
raise osexception( \
u"Failed to do line wrapping in text_display '%s'. Perhaps one of the words is longer than the maximum number of characters per line?" \
% self.name)
_content.append(line[:i])
line = line[i+1:]
_content.append(line)
content = _content
if self.get(u"align") != u"center":
try:
max_width = 0
max_height = 0
for line in content:
size = self.c.text_size(line)
max_width = max(max_width, size[0])
max_height = max(max_height, size[1])
except:
raise osexception( \
u"Failed to use alignment '%s' in text_display '%s'. Perhaps this alignment is not supported by the back-end. Please use 'center' alignment." \
% (self.get(u"align"), self.name))
line_nr = -len(content) / 2
for line in content:
if self.get(u"align") == u"center":
self.c.textline(line, line_nr)
elif self.get(u"align") == u"left":
self.c.text(line, False, self.c.xcenter()-0.5*max_width, \
self.c.ycenter()+1.5*line_nr*max_height)
else:
width = self.c.text_size(line)[0]
self.c.text(line, False, self.c.xcenter()+0.5*max_width-width, \
self.c.ycenter()+1.5*line_nr*max_height)
line_nr += 1
generic_response.prepare(self)
def prepare(self):
"""Prepares the text display canvas."""
# Pass the word on to the parent
item.prepare(self)
# Create an offline canvas
self.c = openexp.canvas.canvas(self.experiment, self.get( \
u"background"), self.get(u"foreground"))
self.c.set_font(self.get(u"font_family"), self.get(u"font_size"))
# Make sure that the content is a unicode string that is evaluated
# for variables and then split into separated lines, using either the
# os-specific or the Unix-style line separator.
content = self.unistr(self.get(u'content'))
content = content.replace(os.linesep, u'\n')
content = self.eval_text(content).split(u"\n")
# Do line wrapping
_content = []
for line in content:
while len(line) > self.get(u"maxchar"):
i = line.rfind(" ", 0, self.get(u"maxchar"))
if i < 0:
raise osexception( \
u"Failed to do line wrapping in text_display '%s'. Perhaps one of the words is longer than the maximum number of characters per line?" \
% self.name)
_content.append(line[:i])
line = line[i + 1:]
_content.append(line)
content = _content
if self.get(u"align") != u"center":
try:
max_width = 0
max_height = 0
for line in content:
size = self.c.text_size(line)
max_width = max(max_width, size[0])
max_height = max(max_height, size[1])
except:
raise osexception( \
u"Failed to use alignment '%s' in text_display '%s'. Perhaps this alignment is not supported by the back-end. Please use 'center' alignment." \
% (self.get(u"align"), self.name))
line_nr = -len(content) / 2
for line in content:
if self.get(u"align") == u"center":
self.c.textline(line, line_nr)
elif self.get(u"align") == u"left":
self.c.text(line, False, self.c.xcenter()-0.5*max_width, \
self.c.ycenter()+1.5*line_nr*max_height)
else:
width = self.c.text_size(line)[0]
self.c.text(line, False, self.c.xcenter()+0.5*max_width-width, \
self.c.ycenter()+1.5*line_nr*max_height)
line_nr += 1
generic_response.prepare(self)
def prepare(self): """ desc: Prepares the canvas. """ super(sketchpad, self).prepare() generic_response.prepare(self) self.canvas = canvas(self.experiment, color=self.var.foreground, background_color=self.var.background, auto_prepare=False) for element in self.elements: if element.is_shown(): element.draw() self.canvas.prepare()
def prepare(self):
"""
desc:
Prepares the canvas.
"""
super(sketchpad, self).prepare()
generic_response.prepare(self)
self.canvas = canvas(self.experiment,
color=self.var.foreground,
background_color=self.var.background,
auto_prepare=False)
for element in self.elements:
if element.is_shown():
element.draw()
self.canvas.prepare()
def prepare(self): """ desc: Prepare a canvas with a fixation dot. """ # Call parent functions. item.prepare(self) generic_response.prepare(self) # Create a canvas. self.c = canvas(self.experiment, background_color=self.var.background, color=self.var.foreground, penwidth=self.var.penwidth) self.c.color = self.var.foreground self.c.background_color = self.var.background # Set the coordinates. self._x = self.var.x self._y = self.var.y if self.var.uniform_coordinates != u'yes': self._x += self.c.width/2 self._y += self.c.height/2 # For backwards compatibility, we support a few special fixdot styles if self.var.style == u'filled': self.c.ellipse(self._x - 10, self._y - 10, 20, 20, fill=True) elif self.var.style == u'filled-small': self.c.ellipse(self._x - 5, self._y - 5, 10, 10, fill=True) elif self.var.style == u'empty': self.c.ellipse(self._x - 10, self._y - 10, 20, 20, fill=False) elif self.var.style == u'empty-small': self.c.ellipse(self._x - 5, self._y - 5, 10, 10, fill=False) elif self.var.style == u'cross': self.c.line(self._x - 10, self._y, self._x + 10, self._y) self.c.line(self._x, self._y - 10, self._x, self._y + 10) elif self.var.style == u'cross-small': self.c.line(self._x - 5, self._y, self._x + 5, self._y) self.c.line(self._x, self._y - 5, self._x, self._y + 5) # But the new way is to use the style keyword else: self.c.fixdot(self._x, self._y, style=self.var.style)
