@@ -280,7 +280,7 @@ def start():
280280
281281 global width , height , numFrames , fps , fourcc , video_writer , spinlab , npts
282282 npts = 0
283- spinlab = cv2 .imread ('/Users/sammay/Desktop/SPINLab/DigiRo/spinlogo.png' )
283+ # spinlab = cv2.imread('/Users/sammay/Desktop/SPINLab/DigiRo/spinlogo.png')
284284 width = int (vid .get (cv2 .cv .CV_CAP_PROP_FRAME_WIDTH ))
285285 height = int (vid .get (cv2 .cv .CV_CAP_PROP_FRAME_HEIGHT ))
286286 #width = 1280
@@ -450,7 +450,7 @@ def start():
450450 #plt.plot(t, modelTheta, 'b')
451451 plt .xlabel (r"$t$ (s)" )
452452 plt .ylabel (r"$\theta$" )
453- plt .savefig ('/Users/sammay/Desktop/SPINLab/DigiRo/' + fileName + '_polar.pdf' , format = 'pdf' , dpi = 1200 )
453+ plt .savefig (fileName + '_polar.pdf' , format = 'pdf' , dpi = 1200 )
454454
455455 #modelX = modelR*np.cos(modelTheta)
456456 #modelY = modelR*np.sin(modelTheta)
@@ -467,7 +467,7 @@ def start():
467467 #plt.plot(t, modelY, 'k')
468468 plt .xlabel (r"$t$ (s)" )
469469 plt .ylabel (r"$y$" )
470- plt .savefig ('/Users/sammay/Desktop/SPINLab/DigiRo/' + fileName + '_cartesian.pdf' , format = 'pdf' , dpi = 1200 )
470+ plt .savefig (fileName + '_cartesian.pdf' , format = 'pdf' , dpi = 1200 )
471471
472472 ux = calcDeriv (ballX , t )
473473 uy = calcDeriv (ballY , t )
@@ -517,7 +517,7 @@ def start():
517517 plt .ylabel (r"$u_{\theta}$" )
518518 plt .ylim ([- 3 * np .abs (totOmega ), 3 * np .abs (totOmega )])
519519 plt .tight_layout (pad = 1 , h_pad = 0.5 , w_pad = 0.5 )
520- plt .savefig ('/Users/sammay/Desktop/SPINLab/DigiRo/' + fileName + '_derivs.pdf' , format = 'pdf' , dpi = 1200 )
520+ plt .savefig (fileName + '_derivs.pdf' , format = 'pdf' , dpi = 1200 )
521521
522522 cv2 .destroyAllWindows ()
523523 vid .release ()
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