Paul-cbt

import 'dart:math';

int nombreExecution = 1000000;
void main(List<String> arguments) {
  Status getNextStatus(Status currentStatus) {
    var random = Random();

    switch (currentStatus) {
      case Status.dormir:
        if (random.nextInt(10) == 1) {

Paul-cbt

import 'dart:math';

int numberOfRuns = 1000000;
void main(List<String> arguments) {
  Status getNextStatus(Status currentStatus) {
    var random = Random();

    switch (currentStatus) {
      case Status.sleep:
        if (random.nextInt(10) == 1) {

Paul-cbt

enum Status {
  dormir,
  reveil,
  manger,
  exercice,
}

Paul-cbt

class Resultat {
  int numberOfDormir;
  int numberOfMangeoire;
  int numberOfRoue;
  
  Resultat({
    required this.numberOfDormir,
    required this.numberOfMangeoire,
    required this.numberOfRoue,
  });

Paul-cbt

Status getNextStatus(Status currentStatus) {
    var random = Random();

    switch (currentStatus) {
      case Status.dormir:
        if (random.nextInt(10) == 1) {
          //une chance sur dix
          //one in ten chance
          return Status.reveil;
        } else {

Paul-cbt

 Resultat run(Status baseStatus) {
    var currentStatus = baseStatus;
    var numberOfDormir = 0;
    var numberOfMangeoire = 0;
    var numberOfRoue = 0;

    
    return Resultat(
        numberOfDormir: numberOfDormir,
        numberOfMangeoire: numberOfMangeoire,

Paul-cbt

  Resultat run(Status baseStatus) {
    var currentStatus = baseStatus;
    var numberOfDormir = 0;
    var numberOfMangeoire = 0;
    var numberOfRoue = 0;

    for (var i = 0; i < nombreExecution; i++) {
      switch (currentStatus) {
        case Status.dormir:

Paul-cbt

const int nombreExecution = 10000000;

Paul-cbt

  void start() {
    var endResult =
        Resultat(numberOfDormir: 0, numberOfMangeoire: 0, numberOfRoue: 0);
    var resultDormir = run(Status.dormir);
    endResult = endResult.add(
        resultDormir); //faire tourner une fois avec situation intitale dormir
   
    
    var resultReveil = run(Status.reveil);

Paul-cbt

class Resultat {
  int numberOfDormir;
  int numberOfMangeoire;
  int numberOfRoue;

  //à ajouter
  Resultat add(Resultat currentResult) {
    return Resultat(
        numberOfDormir: numberOfDormir + currentResult.numberOfDormir,
        numberOfMangeoire: numberOfMangeoire + currentResult.numberOfMangeoire,