from SimpleCV import Camera cam = Camera() while True: img = cam.getImage() img.show() print cam.getAllProperties()
from SimpleCV import Camera
from numpy import fft
import numpy
import helpers
import matplotlib.pyplot as plt
import time
import collections
# RGB
cam = Camera()
SAMPLE_WIDTH = 100
SAMPLE_HEIGHT = SAMPLE_WIDTH
PIXEL_COUNT = SAMPLE_HEIGHT * SAMPLE_WIDTH
CAM_WIDTH = int(cam.getAllProperties().get('width'))
CAM_HEIGHT= int(cam.getAllProperties().get('height'))
cam_center_point = (CAM_HEIGHT / 2, CAM_HEIGHT / 2)
sample_x0 = cam_center_point[0] - (SAMPLE_WIDTH / 2)
sample_y0 = cam_center_point[1] - (SAMPLE_HEIGHT / 2)
green_values = []
SAMPLE_RATE = 30 # same as the camera FPS
plt.ion() # enable interactive graphing
plt.show()
bpm = None
avg_bpm = None
bpm_history = collections.deque(maxlen=5)
while True:
img = cam.getImage()
sampled_img = img[sample_x0:sample_x0 + SAMPLE_WIDTH, sample_y0: sample_y0 + SAMPLE_HEIGHT]
avg_green = helpers.sample_avg_green(sampled_img)
