def _getDataFromImg(self, img):
"""
Get the data from the image
"""
mc = None
if (self._extractor):
mc = self._extractor(img)
else:
temp = self._roi.reassign(img)
mc = temp.meanColor()
self.data['r'].append(mc[0])
self.data['g'].append(mc[1])
self.data['b'].append(mc[2])
# NEED TO CHECK THAT THIS REALLY RGB
self.data['i'].append(Color.getLightness(mc))
self.data['h'].append(Color.getHueFromRGB(mc))
def _getDataFromImg(self, img):
"""
Get the data from the image
"""
mc = None
if self._extractor:
mc = self._extractor(img)
else:
temp = self._roi.reassign(img)
mc = temp.meanColor()
self.data["r"].append(mc[0])
self.data["g"].append(mc[1])
self.data["b"].append(mc[2])
# NEED TO CHECK THAT THIS REALLY RGB
self.data["i"].append(Color.getLightness(mc))
self.data["h"].append(Color.getHueFromRGB(mc))
def draw(self, color=(255, 0, 0), autocolor=False):
"""
Call draw() on each feature in the FeatureSet.
"""
for f in self:
if (autocolor):
color = Color().getRandom()
f.draw(color)
def _getBestValue(self, img):
"""
Extract the data from the live signal
"""
if (self._extractor):
mc = self._extractor(img)
else:
temp = self._roi.reassign(img)
mc = temp.meanColor()
if (self._bestKey == 'r'):
return mc[0]
elif (self._bestKey == 'g'):
return mc[1]
elif (self._bestKey == 'b'):
return mc[2]
elif (self._bestKey == 'i'):
return Color.getLightness(mc)
elif (self._bestKey == 'h'):
return Color.getHueFromRGB(mc)
def _getBestValue(self, img):
"""
Extract the data from the live signal
"""
if self._extractor:
mc = self._extractor(img)
else:
temp = self._roi.reassign(img)
mc = temp.meanColor()
if self._bestKey == "r":
return mc[0]
elif self._bestKey == "g":
return mc[1]
elif self._bestKey == "b":
return mc[2]
elif self._bestKey == "i":
return Color.getLightness(mc)
elif self._bestKey == "h":
return Color.getHueFromRGB(mc)
from SimpleCV import Camera, Display, Color
import time
#Initialize the camera
cam = Camera()
# Initialize the display
display = Display()
#take an initial picture
img = cam.getImage()
# Write a message on the image
img.drawText("Left click to save a photo.", color=Color().getRandom())
# Show the image on the display
img.save(display)
time.sleep(5)
counter = 0
while not display.isDone():
# Update the display with the latest image
img = cam.getImage()
img.save(display)
if display.mouseLeft:
#Save image to the current directory
img.save('photobooth' + str(counter) + '.png')
with Image(filename='photobooth' + str(count) + '.png') as OriginalImagen: