def predictText( string):
words = string.split(' ')
if len(words[-1]) > 0:
w1 = word_predictor.correct(words[-1])
w2 = words[-1] + 'ing'
w3 = words[-1] + 'ed'
else:
rick = "never gonna give" # you up
[w1,w2,w3] = rick.split(' ')
return [w1, w2, w3]
def updatePredictiveText(self):
## Predictive text
word = ((self.current_text).split(" "))[-1] # Get only last word
corrected_text = word_predictor.correct(word)
ypos = keyboardPositionTop - (0) * (keyboardPositionTop / 5)
xpos = 0 * width / 6 + width / 40
temp0 = pyglet.text.Label(
corrected_text[0],
font_name="Courier New",
font_size=keyboardFontSize,
color=(keyboardFontColour[0], keyboardFontColour[1], keyboardFontColour[2], keyboardFontColour[3]),
x=xpos,
y=ypos,
anchor_x="left",
anchor_y="bottom",
)
ypos = keyboardPositionTop - (0) * (keyboardPositionTop / 5)
xpos = 1 * width / 6 + width / 40
temp1 = pyglet.text.Label(
corrected_text[1],
font_name="Courier New",
font_size=keyboardFontSize,
color=(keyboardFontColour[0], keyboardFontColour[1], keyboardFontColour[2], keyboardFontColour[3]),
x=xpos,
y=ypos,
anchor_x="left",
anchor_y="bottom",
)
ypos = keyboardPositionTop - (0) * (keyboardPositionTop / 5)
xpos = 2 * width / 6 + width / 40
temp2 = pyglet.text.Label(
corrected_text[2],
font_name="Courier New",
font_size=keyboardFontSize,
color=(keyboardFontColour[0], keyboardFontColour[1], keyboardFontColour[2], keyboardFontColour[3]),
x=xpos,
y=ypos,
anchor_x="left",
anchor_y="bottom",
)
for i in range(len(self.matrices)): # Need to update for all matrices
self.matrices[i][0][0] = temp0
self.matrices[i][0][1] = temp1
self.matrices[i][0][2] = temp2
self.text[i][0][0] = corrected_text[0]
self.text[i][0][1] = corrected_text[1]
self.text[i][0][2] = corrected_text[2]
return
def updatePredictiveText(self):
## Predictive text
word = ((self.current_text).split(" "))[-1] # Get only last word
if (len(word)>5):
word = word[0:5] # Limit the length of the word to predict so it won't slow things down
corrected_text = word_predictor.correct(word)
ypos = keyboardPositionTop - (0)*(keyboardPositionTop/6) - (keyboardPositionTop/6)/2
xpos = 0*width/6 + (width/6)/2
temp0 = pyglet.text.Label(corrected_text[0],
font_name='Courier New',
font_size=keyboardFontSize,
color=(keyboardFontColour[0],keyboardFontColour[1],keyboardFontColour[2],keyboardFontColour[3]),
x=xpos, y=ypos,
anchor_x='center', anchor_y='center')
ypos = keyboardPositionTop - (0)*(keyboardPositionTop/6) - (keyboardPositionTop/6)/2
xpos = 1*width/6 + (width/6)/2
temp1 = pyglet.text.Label(corrected_text[1],
font_name='Courier New',
font_size=keyboardFontSize,
color=(keyboardFontColour[0],keyboardFontColour[1],keyboardFontColour[2],keyboardFontColour[3]),
x=xpos, y=ypos,
anchor_x='center', anchor_y='center')
ypos = keyboardPositionTop - (0)*(keyboardPositionTop/6) - (keyboardPositionTop/6)/2
xpos = 2*width/6 + (width/6)/2
temp2 = pyglet.text.Label(corrected_text[2],
font_name='Courier New',
font_size=keyboardFontSize,
color=(keyboardFontColour[0],keyboardFontColour[1],keyboardFontColour[2],keyboardFontColour[3]),
x=xpos, y=ypos,
anchor_x='center', anchor_y='center')
for i in range(len(self.matrices)): # Need to update for all matrices
self.matrices[i][0][0] = temp0
self.matrices[i][0][1] = temp1
self.matrices[i][0][2] = temp2
self.text[i][0][0] = corrected_text[0]
self.text[i][0][1] = corrected_text[1]
self.text[i][0][2] = corrected_text[2]
return
def process(self): # Called on each box clock tick (this can be configured by right-clicking the box)
if self.win.has_exit:
self.endExperiment()
else:
self.win.dispatch_events()
glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT) # Set up background
self.current_text = self.current_text + self.text_input
self.widget.caret.on_text(self.text_input)
self.text_input = ""
if self.keys[key.A]:
self.text_input = self.alphabet[self.numberalph]
self.current_text = self.current_text + self.text_input
self.widget.caret.on_text(self.text_input)
self.text_input = ""
self.numberalph += 1
self.numberalph = self.numberalph % 10
## Predictive text
corrected_text = word_predictor.correct(self.current_text[1:].lower())
ypos = keyboardPositionTop - (0) * (keyboardPositionTop / 5)
xpos = 0 * width / 6
temp0 = pyglet.text.Label(
corrected_text[1].upper(),
font_name="Courier New",
font_size=keyboardFontSize,
color=(keyboardFontColour[0], keyboardFontColour[1], keyboardFontColour[2], keyboardFontColour[3]),
x=xpos,
y=ypos,
anchor_x="left",
anchor_y="bottom",
)
ypos = keyboardPositionTop - (0) * (keyboardPositionTop / 5)
xpos = 1 * width / 6
temp1 = pyglet.text.Label(
corrected_text[2].upper(),
font_name="Courier New",
font_size=keyboardFontSize,
color=(keyboardFontColour[0], keyboardFontColour[1], keyboardFontColour[2], keyboardFontColour[3]),
x=xpos,
y=ypos,
anchor_x="left",
anchor_y="bottom",
)
ypos = keyboardPositionTop - (0) * (keyboardPositionTop / 5)
xpos = 2 * width / 6
temp2 = pyglet.text.Label(
".",
font_name="Courier New",
font_size=keyboardFontSize,
color=(keyboardFontColour[0], keyboardFontColour[1], keyboardFontColour[2], keyboardFontColour[3]),
x=xpos,
y=ypos,
anchor_x="left",
anchor_y="bottom",
)
self.matrix[0][0] = temp0
self.matrix[0][1] = temp1
self.matrix[0][2] = temp2
# Show a target for the first target
if self.loopCounter <= targetDelay:
if self.loopCounter == 0:
self.getNextTarget()
# self.sendOutput(2, self.target[0])
# self.sendOutput(2, self.target[1])
# Write NeuroSpell
self.text_input = self.alphabet[self.numberalph]
self.current_text = self.current_text + self.text_input
self.widget.caret.on_text(self.text_input)
self.text_input = ""
self.numberalph += 1
self.numberalph = self.numberalph % 10
self.stopFlash(self.flash)
self.target[0] = OVTK_StimulationId_Label_01
self.target[1] = OVTK_StimulationId_Label_07
# self.drawTarget(self.target[0], self.target[1])
# Flash for the next 50 loops
elif self.loopCounter <= targetDelay + 50:
newStim = self.readFlash()
# Aim row/column flash
if 33025 <= newStim and newStim <= 33036:
self.flash = self.hashTable[newStim - OVTK_StimulationId_Label_00]
# Start flash
elif newStim == 32779:
self.startFlash(self.flash)
# Stop flash
elif newStim == 32780:
self.stopFlash(self.flash)
# self.sendOutput(1, newStim)
# Reset counter on last loop
if self.loopCounter == targetDelay + 50:
self.loopCounter = -1
# Draw keyboard matrix
for r in range(0, len(self.matrix)):
for c in range(0, len(self.matrix[r])):
self.matrix[r][c].draw()
# Pyglet/GL updates
self.batch.draw()
self.win.flip()
self.loopCounter += 1
return