def ellipse(self, x, y, w, h): if self.fill: line_width = 0 else: line_width = self.penwidth pos = self.to_xy((x+w/2,y+h/2)) stim = stimuli.Ellipse((w/2, h/2), colour=self.color.backend_color, line_width=line_width, position=pos) self.add_stim(stim)
def ellipse(self, x, y, w, h, fill=False, color=None):
"""See openexp._canvas.legacy"""
if color != None: color = self.color(color)
else: color = self.fgcolor
if fill: line_width = 0
else: line_width = self.penwidth
pos = c2p((x + w / 2, y + h / 2))
stim = stimuli.Ellipse((w, h), colour=color, line_width=line_width, \
position=pos)
self.add_stim(stim)
def ellipse(self, x, y, w, h, fill=False, color=None, penwidth=None): if color != None: color = self.color(color) else: color = self.fgcolor if penwidth == None: penwidth = self.penwidth else: line_width = penwidth if fill: line_width = 0 elif penwidth != None: line_width = penwidth else: line_width = self.penwidth pos = c2p((x+w/2,y+h/2)) stim = stimuli.Ellipse((w, h), colour=color, line_width=line_width, position=pos) self.add_stim(stim)
def __init__(self, paradict, midline=100, distance=30):
# Assign
self.nid = paradict['nid']
self.name = paradict['name']
self.prefix = paradict['prefix']
self.colour = constants.C_BLACK
self.key = paradict['key']
self.key_coded = eval("constants.K_" + paradict['keyboard'])
self.clef = paradict['clef']
self.position_factor = paradict['position_factor']
self.position_y = midline + (self.position_factor * distance / 2)
self.position = [0, self.position_y]
# standard values for each note
self.size = [distance, distance / 2]
self.stimuli = stimuli.Ellipse(self.size, colour=self.colour, position=self.position)
self.count = 0
self.RTs = np.array([])
self.str_rt = ""
self.misses = 0
self.Feedback_text = ""
self.str_mean = ""
# Parameter for help lines outsite five music sheet lines
self.help_lines = list()
if self.position_factor <= -6:
# range (a,b) needs to have a lower b to initiate array with first element
for line in range (-6, self.position_factor -1, -2):
self.help_lines.append({
'start_point': [-1.2 * distance, midline + (line * distance / 2)],
'end_point': [1.2 * distance, midline + (line * distance / 2)],
'line_width': 1,
'colour': self.colour,
})
else:
if self.position_factor >= 6:
# range (a,b) needs to have a lower b to initiate array with first element
for line in range (6, self.position_factor +1, 2):
self.help_lines.append({
'start_point': [-1.2 * distance, midline + (line * distance / 2)],
'end_point': [1.2 * distance, midline + (line * distance / 2)],
'line_width': 2,
'colour': self.colour,
})