def Plot_line(arrays, color_name, theme, canvas, line_style, file_path):
global plotted
if arrays:
plu.plot_line(arrays, color_name, 'X-axis', 'Y-axis', theme, True,
line_style, file_path)
image = Image.open(".temp/generated_plot.png").resize(
(canvas.winfo_width(), canvas.winfo_height()))
gif1 = ImageTk.PhotoImage(image, Image.ANTIALIAS)
canvas.create_image(0, 0, image=gif1, anchor=NW)
canvas.gif1 = gif1
plotted = True
else:
canvas.delete(ALL)
sys.stdout.flush()
xpoints = list(map(float, options.xpoints[1:-1].split(',')))
discrete = True
else:
if options.xstart:
xstart = int(options.xstart)
else:
xstart = 0
if options.xend:
xend = int(options.xend)
else:
xend = 100
if options.stepsize:
stepsize = int(options.stepsize)
else:
stepsize = 1
xpoints = range(xstart, xend + 1, stepsize)
discrete = False
plu.plot(func, xpoints, color, xlabel, ylabel, theme, False, line_style,
file_path, discrete)
else: # No function, hence try to take points for line
xypoints = options.line
plu.plot_line(xypoints, color, xlabel, ylabel, theme, False, line_style,
file_paths)
# Visualise using matplotlib
with the option xpoints")
elif options.xpoints:
xpoints = list(map(float, options.xpoints[1:-1].split(',')))
discrete = True
else:
if options.xstart:
xstart = int(options.xstart)
else:
xstart = 0
if options.xend:
xend = int(options.xend)
else:
xend = 100
if options.stepsize:
stepsize = int(options.stepsize)
else:
stepsize = 1
xpoints = range(xstart, xend + 1, stepsize)
discrete = False
plu.plot(func, xpoints, color, xlabel, ylabel, theme, False, discrete)
else: # No function, hence try to take points for line
xypoints = options.line
plu.plot_line(xypoints, color, xlabel, ylabel, theme, False)
# Visualise using matplotlib