def start_show():
import pycrafter6500
images = []
# images.append((numpy.asarray(PIL.Image.open("testimage.tif"))//129))
images.append((np.asarray(PIL.Image.open("testimage.tif")) // 129))
dlp = pycrafter6500.dmd()
dlp.stopsequence()
dlp.changemode(3)
exposure = [1000000] * 30
dark_time = [0] * 30
trigger_in = [False] * 30
trigger_out = [1] * 30
dlp.defsequence(images, exposure, trigger_in, dark_time, trigger_out, 0)
dlp.startsequence()
# # print(" {0}".format(inertia[2,:]))
#
# # Accessing individual points (concatenation of v0, v1 and v2 in triplets)
# figure = plt.figure()
# axes = mplot3d.Axes3D(figure)
#
# # Load the STL files and add the vectors to the plot
# axes.add_collection3d(mplot3d.art3d.Poly3DCollection(your_mesh.vectors))
# print(your_mesh.vectors[1])
# # Auto scale to the mesh size
# scale = your_mesh.points.flatten()
# axes.auto_scale_xyz(scale, scale, scale)
# # Show the plot to the screen
# plt.show()
controller = pycrafter6500.dmd()
# controller.idle_on()
# #sets the DMD to idle mode
# controller.idle_off()
# #wakes the DMD from idle mode
# controller.standby()
# #sets the DMD to standby
# controller.wakeup()
# #wakes the DMD from standby
# controller.reset()
# #resets the DMD
controller.stopsequence()
controller.changemode(3)
#changes the dmd operating mode:
#mode=0 for normal video mode
#mode=1 for pre stored pattern mode
import pycrafter6500
import numpy
import PIL.Image
images = []
images.append((numpy.asarray(PIL.Image.open("testimage.tif")) // 129))
dlp = pycrafter6500.dmd()
dlp.stopsequence()
dlp.changemode(3)
exposure = [1000000] * 30
dark_time = [0] * 30
trigger_in = [False] * 30
trigger_out = [1] * 30
dlp.defsequence(images, exposure, trigger_in, dark_time, trigger_out, 0)
dlp.startsequence()