ELogs/UnikLimbu: Difference between revisions

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* Use git commits to each stage of development of the code
* Use git commits to each stage of development of the code
* Clone the repository into the web directory so that all the code is the same
* Clone the repository into the web directory so that all the code is the same
* Computing the photodiode intensity bar chart using the Papa Parse
* Adding axes to the photodiode intensity bar chart
* Adding axes to the photodiode intensity bar chart

Revision as of 16:16, 15 August 2022

Electronic Log for Unik Limbu

To Do

Add list of to-do list items

  1. Making sure the graph does not get generated on top of each other when changing the photodiode number
  2. Getting rid of the photodiode number buttons and implement a text-entry box for the number of photodiodes instead.
  3. Implementing two text-entry boxes for the minimum (0mm) and maximum range which updates automatically when the number of photodiodes is entered.
    • The x-axis must show millimetres, not photodiode numbers because the important quantity is the Water Equivalent Thickness that the protons have penetrated.
  4. Getting rid of the buttons that reload the plot and instead implement four check boxes on the plot.
    • Raw photodiode values
    • Error bars
    • Quenched Bragg curve
    • Bortfeld curve
  5. Convert the Start and Stop buttons into a single button that changes role depending on whether the display is running or stopped.
    • If it's stopped: it should say "Run" and start the display running
    • If it's running: it should say "Stop" and should stop or pause the display

Completed

  • Understood and made use of Papa Parse to load the data
  • Keep all the code in the same repository
  • Learnt and understood about Version Control System (VCS) by watching videos and reading documentation on Git
  • Tested using Git with VS Code and GitHub
  • Use git commits to each stage of development of the code
  • Clone the repository into the web directory so that all the code is the same
  • Computing the photodiode intensity bar chart using the Papa Parse
  • Adding axes to the photodiode intensity bar chart