details += 'Number of reaches : ' + str(len(skeleton.l_Reach) - 1) + '\n'
details += 'Average width of the river : ' + str(
scan.average_width_river * scale) + '\n\n\n'
details += 'Data about the sections ----------------------------------------\n\n'
for x in range(len(scan.l_average_width_section)):
details += 'Section ' + str(x + 1) + ' -------------------------\n'
details += ' Starting Distance : ' + str(x * interval_distance) + '\n'
details += ' Number of channels : ' + str(scan.l_channels[x]) + '\n'
details += ' Average width : ' + str(
scan.l_average_width_section[x] * scale) + '\n\n'
with open('output.txt', 'w') as write_file:
write_file.write(details)
# ---------------------------------------------------------------------------------------
# Display the reference image -----------------------------------------------------------
a_Image = scan.getNullFigure() # create a figure with all of its pixels - 0
a_Image.fill(255) # fill all the pixels with - 1
scan.drawRiverContour(a_Image, rgbBLUE) # draw the river contours
scan.drawSkeleton(a_Image, rgbBLACK, rgbBLACK) # draw the skeleton
scan.drawJunction(a_Image, rgbRED) # draw the junctions
scan.drawStream(a_Image, l2_stream,
rgbGREEN) # draw the green lines across all stream points
plt.figure(1) # create a new figure
plt.imshow(a_Image) # draw a_Image on the current figure
plt.show() # display the figure
# ---------------------------------------------------------------------------------------
# -------------------------------------------------------------------------------------------------
