ProgressBar = ' Progress: ' + ProgressBar(10, i, Runs) Print('This is a simple progress bar. ') Text = ' Percent: ['.format(ProgressIcon * Block + BarIcon * (BarLength - Block), round(Progress * 100, 0), Status)

(A) and whether the angle is in degrees-minutes-seconds or decimal degrees.

Status = 'error: progress var must be float ' A sine bar is used in conjunction with slip gauge blocks for precise angular. # A value at 1 or bigger represents 100%īarLength = 10 # Modify this to change the length of the progress bar # update_progress() : Displays or updates a console progress bar 'print' in python does not recongise the above symbol for this purpose, hence we need 'sys' import time, sys Measured with upstream pressure 6 bar and the pressure drop 1 bar over the valve. This works by directly sending the ' ' symbol to console to move cursor back to the start. Call this whenever you need to display or update the progress bar. To use it, just copy the lines under 'def update_progress(progress)' but not the test script. The first piece of information is the desired angle that the sine bar is to be set to.

Two pieces of information are needed to use the calculator.

I got the best points of all the above, and made it into a function, along with a test cases. Space is provided at the top of the calculator for the user to describe the purpose of the calculation. The above suggestions are pretty good, but I think most people just want a ready made solution, with no dependencies on external packages, but is also reusable.

Bars to minutes calculator