​

let sceneNum = 0;

​

//position of the word Level

let levelStartX = 50;

let levelStartY = 370;

​

let levelButtonStart = 60;

let levelButtonSpacing = 30;

let levelButtonSize = 22;

let l;

​

//static for now to make it easier, but the goal would be for the level to be changed to add more plants and weeds to manage

​

let level = 0;

let weedLevel = 1; //static for now. will be used to make differences in levels 

​

let veggies = [];

let veggieType = ['Tomato', 'Carrot', 'Garlic', 'Lettuce'];

let seedSizeX = 10;

let seedSizeY = 15;

​

let tools = [];

let toolType = ['Water Can', 'Weed Killer', 'Compost', 'Clippers'];

let toolActive = false;

let toolGrabbed = false;

let toolExit = false;

let toolBar = 555;

​

let weeds = [];

let weedGrow = 90;

let weedWidth;

​

//top of the ground

let xMiddle = 300;

let groundValue = 300;

let groundMiddle = 350;

let planted = 10;

let plantGrow = 0;

let levelPlants = 0;

​

let plantWatered = false;

let dp = 100;

​

function setup() {

  createCanvas(600, 400);

  rectMode(CENTER);

  background(169, 235, 232);

  noStroke();

​

  //title Scene

  textAlign(CENTER)

  textSize(50);

  text("Garden Grow", width / 2, 100);

​

  //Description

  textSize(30);

  text("Take care of your garden", width / 2, 170);

  textSize(30);

  text("Watch the plants grow", width / 2, 220);

​

  //start game

  textSize(20);

  text("Click a level to Start Game", width / 2, 300);

​

  //choose level

  textSize(30);

  text("Level", levelStartX, levelStartY + 10);

​

  //levels

  for (let l = 0; l < 3; l++) {

​

    //level buttons

    fill(255);

    rect(levelStartX + (l * levelButtonSpacing) + levelButtonStart, levelStartY, levelButtonSize, levelButtonSize);

​

    //level #

    textSize(25);

    fill(0);

    text(l + 1, levelStartX + l * levelButtonSpacing + levelButtonStart, levelStartY + 10);

    //console.log(level);

  }

​

  //set up veggies/plants/seeds

  //  testVeggie = new Veggie(100, 100, 'test');

​

  for (let i = 0; i < 5; i++) {

    veggies[i] = new Veggie(i * (width - 50) / 5 + 40, 50, veggieType[i]);

  }

​

  //tools needed to grow garden

  for (let i = 0; i < 4; i++) {

    tools[i] = new Tool(toolBar, ((height - 170) / 4) * i + 70, toolType[i]);

  }

​

}

​

​

function draw() {

​

  //console.log(sceneNum);

​

  switch (sceneNum) {

​

    //Title page

    case 0:

      //console.log('scene 0');

      break;

​

      // plant seed

    case 1:

      //console.log('scene 1');

      break;

​

      // grow / harvest

    case 2:

      //console.log('scene 2');

      break;

​

      // compost

    case 3:

      //console.log('scene 3');

      break;

​

  }

​

  //select level

​

  //distance for level 1 button

  let levelDist1 = dist(mouseX, mouseY, levelStartX + levelButtonSpacing + levelButtonStart / 2, levelStartY);

​

  //distance for level 2 button

  let levelDist2 = dist(mouseX, mouseY, levelStartX + 2 * levelButtonSpacing + levelButtonStart / 2, levelStartY);

​

  //distance for level 3 button

  let levelDist3 = dist(mouseX, mouseY, levelStartX + 3 * levelButtonSpacing + levelButtonStart / 2, levelStartY);

​

  //to select level and move to next scene

  if (mouseIsPressed == true && sceneNum == 0) {

​

    //change number of plants and weeds in the next level

    if (levelDist1 < 15) {

      level = 1;

      weedLevel = 2;

    } else if (levelDist2 < 15) {

      level = 2;

      weedLevel = 4;

    } else if (levelDist3 < 15) {

      level = 4;

      weedLevel = 10;

    } else {

      return false;

    }

    //progress to scene 1

    sceneNum = 1;

  }

​

  //scene 1 - plants get planted

  if (sceneNum >= 1) {

​

    //redraw backround

    background(169, 235, 232);

​

    //ground

    fill(115, 71, 10);

    rect(xMiddle, groundMiddle, width, height - groundValue);

​

    // tool section

    fill(210);

    rect(570, height / 2, 100, height);

​

    for (let i = 0; i < 4; i++) {

      tools[i].body();

    }

​

    //set up veggies

    // testVeggie.seed();

    // testVeggie.body();

    // testVeggie.plant();

    //sceneNum = 2;

​

    for (let i = 0; i < level; i++) {

      veggies[i].seed();

      veggies[i].body();

      veggies[i].plant();

      //console.log(veggies[i].seedY);

​

      //       if (veggies[i].seedY > groundValue + planted) {

      //         for (let levelPlants = 0; levelPlants < level; levelPlants++) {

      //           console.log(levelPlants);

      //           console.log('scene = ' + sceneNum);

      //           if (levelPlants == level) {

      //             console.log(levelPlants+' changed');

      //             sceneNum = 2;

      //             console.log('scene = ' + sceneNum);

      //           }

      //         }

      //       }

​

      //for (let levelPlants = 0; levelPlants < level; levelPlants++) {

​

        if (veggies[i].seedY > groundValue + planted) {

          //console.log(i);

          //console.log('scene = ' + sceneNum);

          //sceneNum = 2;

          //console.log('scene = ' + sceneNum);

          }

       // }

      //}

​

​

    }

​

    //TODO: nested for loop to go through each of the plants

    if (sceneNum == 2) {

​

      for (let i = 0; i < level; i++)

        dp = tools[0].x - veggies[i].x;

      //console.log(dp);

​

      if (dp < 20) {

        //tools[0].water();

        plantWatered = true;

      }

      //plant grow

      if (plantWatered == true) {

        while (plantGrow < 100) {

          plantGrow = plantGrow++;

          //console.log(plantGrow); 

        }

        sceneNum = 3;

      }

    }

​

    if (sceneNum == 3) {

      textSize(20);

      textAlign(CENTER);

      text('Awesome work! Your plant is ready for harvest', 250, 350)

    }

  }

}

​

class Veggie {

​

  constructor(x, y, t) {

    this.x = x;

    this.y = y;

    this.xSize = 30;

    this.ySize = 20;

    this.seedX = x;

    this.seedY = y;

    this.c = color(227, 43, 18);

    this.seedC = color(145, 78, 49);

    this.d;

    this.t = t;

    this.seedPlanted = false;

​

    this.plantC = color(12, 128, 9);

​

  }

​

  body() {

    fill(this.c);

    rect(this.x, this.y, this.xSize, this.ySize);

    textSize(11);

    text(this.t, this.x, this.y + 20);

​

    //distance calculator

    this.d = dist(mouseX, mouseY, this.x, this.y);

​

    // if (this.d < 20 && mouseIsPressed == true) {

    //   //console.log(this.d);

    // }

​

  }

​

  seed() {

    fill(this.seedC);

    ellipse(this.seedX, this.seedY, seedSizeX, seedSizeY);

​

    this.d = dist(mouseX, mouseY, this.x, this.y);

​

    if (this.d < 20 && mouseIsPressed) {

      this.seedPlanted = true;

    }

​

    if (this.seedPlanted == true) {

      if (this.seedY <= groundValue + planted) {

        this.seedY++;

      }

      this.xSize = 1;

      this.ySize = 1;

    }

​

  }

​

  plant() {

​

    if (this.seedY >= groundValue + planted) {

      fill(this.plantC);

​

      //reminder to change the center y point from being static and the growth

      //plantGrow =  0;

      rect(this.seedX, groundValue + planted - 45, 10, plantGrow);

    }

​

  }

​

}

​

class Tool {

​

  constructor(x, y, t) { //only sets up once - STATIC

    this.x = x;

    this.y = y;

    this.x1 = x;

    this.y1 = y;

    this.t = t;

    this.c = color(104, 115, 114);

    this.d; //continuous sensing of distance, not just once

    this.toolGrabbed = false;

​

    this.waterC = color(28, 120, 202);

    this.waterX = x;

    this.waterY = y;

    this.waterPlant = false;

  }

​

  body() {

    fill(this.c);

    rect(this.x, this.y, 30, 20);

    this.d = dist(mouseX, mouseY, this.x, this.y);

​

​

//set x,y back to original and disengage the tool back to the tool section

​

    if (toolActive == false && this.d < 40) {

      if (mouseIsPressed) {

        toolActive = true;

        this.toolGrabbed = true;

      }

​

    } else {

      this.x = this.x1;

      this.y = this.y1;

    }

​

    if (this.toolGrabbed && toolActive) {

      this.x = mouseX;

      this.y = mouseY;

    } else {

      this.x = this.x1;

      this.y = this.y1;

    }

  if (this.x < toolBar-20) {

    toolExit = true;

  }

      // under the condition that the tool has been grabbed & has exited the tool bar, when it returns to the tool bar reset everything

  if (this.toolGrabbed && toolExit) {

    if (this.x > toolBar-20) {

      this.x = 555;

      this.y = this.y1;

      toolExit = false;

      this.toolGrabbed = false;

      //toolGrabbed = false;

      toolActive = false;

      }

    //this.toolGrabbed = false;

  }

​

    textSize(11);

    text(this.t, this.x1, this.y1 + 20);

        // console.log(`tool grabbed is ${this.toolGrabbed} and tool exit is ${toolExit} and mousePress is ${mouseIsPressed} and toolActive is ${toolActive} and thisX1 is ${this.x1} and thisY1 = ${this.y1}`);

    //console.log(this.x1);

    //console.log(this.y1);

  }

​

  //will had water fall from the watering can if possible

  // water() {

  //     fill(this.waterC);

  //     rect(this.waterX, this.waterY, 5, 10);

​

  //     this.w = this.waterY - this.y;

​

  //     if (this.w < 30) {

  //       this.waterX = mouseX;

  //       this.waterY = mouseY;

  //       this.waterPlant = true;

  //     }

​

  //     if (this.waterPlant == true) {

  //       if (this.waterY <= groundValue + planted) {

  //         this.waterY++;

  //       }

  //     }

  //   }

​

}