Crate ferrilab

source ·
Expand description

§Welcome to FerriLab!

This library allows you to process data from a physics laboratory, make calculations between measures and plot figures.

§Usage

FerriLab is based in the object Measure, used to store either the value and the error of a measure. To make it easy to create a new measure the measure macro let you introduce data on various formats.

The object measure has all operations implemented between measures and numbers along with the basic math functions you may need for processing your data. With every operation applied to a measure, the error will be modified following error propagation. Also a measure can be aproximated to the first significative figure of the error.

let time = measure!([0.227, 0.312, 0.4019, 0.512], [0.012, 0.023, 0.025, 0.048]);
let position = measure!([2.425, 3.41515, 5.13545, 7.24524], [0.2, 0.43, 0.544, 0.872]; true);
let speed = &position / &time; // Using reference allows position and time to still be used.

let angle_grads = measure!([0, 30, 45, 60, 90, 180], [0.01, 3, 4, 5.8, 7, 11.6]);
let angle_rad = angle_grads.rad(); // Transform grades to radians.

let cosine = angle_rad.cos(); // Calculates the cosine of angles.

Macros§

  • measure
    The measure macro provides a very intuitive way for creating new measures.

Structs§

  • CurveFit
    Object to create a CurveFit with all required parameters.
  • Labels
  • LinearFit
    Object to create a LinearFit with all required parameters.
  • Measure
    Essential object to store and manage measures.
  • Plot
  • PlotSize
  • Reader
    Object to read data from a file with all required parameters.
  • Scatter
  • Table
    Object to create a table with all required parameters, either in latex or typst format.
  • Ticks

Functions§