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easy graphic representation, using classes likes DiscreteGraphic for example. You can easily adapt your graphic with your android or ios device screen.

graphic_representation #

Easy graphic representation This package will allow you to make graphic representations very quickly with Flutter

Installation #

In the dependencies: section of your `pubspec.yaml, add the following line:

dependencies:
    graphic_representation: ^1.1.2

Usage #

Import this class :

import 'package:graphic_representation/graphic_representation.dart';

Example #

Class DiscreteGraphic #

Build a StatelessWidget : Container of defined size containing the graphic
The graphic can contain different elements :

  • Points if colorPoint is defined.
  • Lines if colorLine is defined.
  • Verticals bars if colorBox is defined.
DiscreteGraphic(
            size: Size(MediaQuery.of(context).size.width,
                MediaQuery.of(context).size.height * 0.35),
            nums: [1, 2, 5, 3, 7, 13, 7],
            listGradX: [
              "Lun",
              "Mar",
              "Mer",
              "Jeu",
              "Ven",
              "Sam",
              "Dim",
            ],
            colorAxes: Colors.black,
            colorLine: Colors.blue,
            strokeLine : 2.0,
            colorPoint: Colors.blue,
            radiusPoint: 3.0,
            nbGradY: 9,
            minY: 0,
            maxY: 16,
          )

Class FunctionGraphic #

Build a StatelessWidget : Container of defined size containing the graphic
The graph represents the functions associated with the property functions and functionsXt / functionsYt for parametrized functions.
You can represent several functions on the same graph by filling in the corresponding lists.

FunctionGraphic(
          size: Size(MediaQuery.of(context).size.width,
              MediaQuery.of(context).size.height * 0.5),
          functions: [(x) => exp(-x * x/8), (x) => sin(x) / x, (x) => sin(x/2)],
          functionsXt: [],
          functionsYt: [],
          colorAxes: Colors.black,
          colors: [Colors.purple, Colors.green, Colors.red],
          nbGradX: 11,
          minX: -10,
          maxX: 10,
          minY: -1,
          maxY: 1,
          strokeLine: 3.0,
        )
FunctionGraphic(
              size: Size(MediaQuery.of(context).size.width,
                  MediaQuery.of(context).size.height * 0.35),
              functions: [],
              functionsXt: [(t) => sin(2*t)],
              functionsYt: [(t) => sin(3*t)],
              colorAxes: Colors.black,
              colorsParam: [Colors.purple],
              nbGradX: 11,
              minT: -pi,
              maxT: pi,
              minX: -1,
              maxX: 1,
              minY: -1,
              maxY: 1,
              strokeLine: 3.0,
            )

Class CircularGraphic #

Build a StatelessWidget : Container of defined size containing the circular graphic
The graph represents data in the List nums

CircularGraphic(
            context: context,
            nums: [204, 180, 243, 231, 378, 798],
            titles: [
              "Lundi",
              "Mardi",
              "Mercredi",
              "Jeudi",
              "Vendredi",
              "Samedi"
            ],
            colors: [
              Colors.blue,
              Colors.purple,
              Colors.yellow,
              Colors.green,
              Colors.red,
              Colors.brown
            ],
            showPourcentage: true,
            colorsInfo: Colors.white,
          )

Class EccEcdGraphic #

Build a StatelessWidget : Container of defined size containing the ECC-ECD graphic
The graph represents data in the List numsX and numsY

EccEcdGraphic(
          size: Size(MediaQuery.of(context).size.width,
              MediaQuery.of(context).size.height * 0.6),
          numsX: [0, 30, 15, 40, 50, 70, 130],
          numsY: [0, 23, 117, 27, 18, 39, 350],
          pourcentageMode: true,
          nbGradX: 14,
          nbGradY: 21,
          showECC: true,
          showECD: true,
          colorECC: Colors.purple,
          colorECD: Colors.brown,
          strokeLine: 2.0,
          showMedian: true,
          colorMedian: Colors.black,
        )

Class TableValue #

Build a StatelessWidget : Container of defined size containing the Table value.
Display a table value with calculated value if f is provided.

TableValues(
          size: Size(MediaQuery.of(context).size.width,
              MediaQuery.of(context).size.height * 0.2),
          functionName: 'x² + 1/x',
          f: (x) => x*x + 1/x,
          numsX: [-2, -1, 0, 1, 2],
          fontSize: 12,
        )

Class TableSign #

Build a StatelessWidget : Container of defined size containing the Table sign
Display a table sign.

TableSign(
          size: Size(MediaQuery.of(context).size.width,
              MediaQuery.of(context).size.height * 0.3),
          rowsLabels: [
            ["x", "-∞", "-1", "0,5", "1", "+∞"],
            ["x - 0,5", "-", "-/0", "+", "+"],
            ["x - 1", "-", "-", "-/0", "+"],
            ["x + 1", "-/0", "+", "+", "+"],
            ["f(x)", "-/NAN", "+/0", "-/NAN", "+"],
          ],
          fontSize: 18.0,
        )

Class TableVariation #

Build a StatelessWidget : Container of defined size containing the variation table.
Display a variation table.

TableVariation(
              size: Size(MediaQuery.of(context).size.width,
                  MediaQuery.of(context).size.height * 0.3),
              rowsLabels: [
                ["x", "-∞", "-1", "1", "3", "+∞"],
                ["f '(x)", "+/0", "-/NAN", "-/0","+"],
                ["f(x)", "-∞/P0", "-5/P2", "-∞/P0/+∞/P2/NAN","3/P0","+∞/P2"]
              ],
              fontSize: 18.0,
              strokeWidth: 1.5,
            )

Buy me a coffee #

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easy graphic representation, using classes likes DiscreteGraphic for example. You can easily adapt your graphic with your android or ios device screen.

Repository (GitHub)
View/report issues

Documentation

API reference

License

MIT (LICENSE)

Dependencies

flutter

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