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Алексей Крюков 2023-12-16 23:47:39 +04:00
parent b1d21a1556
commit b54203910b
9 changed files with 432 additions and 0 deletions
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95
src/AbstractStrategy.java Normal file
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public abstract class AbstractStrategy {
private IMoveableObject moveableObject;
private Status state = Status.NotInit;
private int fieldWidth;
protected int getFieldWidth() {
return fieldWidth;
}
private int fieldHeight;
protected int getFieldHeight() {
return fieldHeight;
}
public Status getStatus() {
return state;
}
public void setData(IMoveableObject moveableObject, int width, int height) {
if (moveableObject == null) {
state = Status.NotInit;
return;
}
state = Status.InProgress;
this.moveableObject = moveableObject;
fieldWidth = width;
fieldHeight = height;
}
public void makeStep() {
if (state != Status.InProgress) {
return;
}
if (isTargetDestination()) {
state = Status.Finish;
return;
}
moveToTarget();
}
protected boolean moveLeft() {
return moveTo(Direction.Left);
}
protected boolean moveRight() {
return moveTo(Direction.Right);
}
protected boolean moveUp() {
return moveTo(Direction.Up);
}
protected boolean moveDown() {
return moveTo(Direction.Down);
}
protected ObjectParameters getObjectParameters() {
if (moveableObject == null) {
return null;
}
return moveableObject.getObjectPosition();
}
protected Integer getStep() {
if (state != Status.InProgress) {
return null;
}
if (moveableObject == null) {
return null;
}
return moveableObject.getStep();
}
protected abstract void moveToTarget();
protected abstract boolean isTargetDestination();
private boolean moveTo(Direction direction) {
if (state != Status.InProgress) {
return false;
}
if (moveableObject == null) {
return false;
}
if (moveableObject.checkCanMove(direction)) {
moveableObject.moveObject(direction);
return true;
}
return false;
}
}

94
src/DrawningCrossRollers.java Normal file
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import java.awt.*;
public class DrawningCrossRollers implements IDrawningRollers{
private RollersCount rollersCount;
private Color colorRollers;
public void setRollersCount(int count){
switch (count) {
case 4 -> rollersCount = RollersCount.Four;
case 5 -> rollersCount = RollersCount.Five;
case 6 -> rollersCount = RollersCount.Six;
default -> rollersCount = RollersCount.Four;
}
}
public DrawningCrossRollers(int count, Color colorRollers){
setRollersCount(count);
this.colorRollers = colorRollers;
}
public void DrawRollers(Graphics2D g, float _startPosX, float _startPosY){
Color penColor = Color.BLACK;
Color mainColor = colorRollers==null ? Color.LIGHT_GRAY : colorRollers;
// Крупные катки - всегда
// 1
g.setColor(mainColor);
g.fillOval((int)_startPosX + 5, (int)_startPosY + 60, 22, 22);
g.setColor(penColor);
g.drawOval((int)_startPosX + 5, (int)_startPosY + 60, 22, 22);
// вертикальное перекрестие
g.fillRect((int)_startPosX + 14, (int)_startPosY + 65, 5, 14);
// горизонтальное перекрестие
g.fillRect((int)_startPosX + 10, (int)_startPosY + 69, 13, 5);
// 2
g.setColor(mainColor);
g.fillOval((int)_startPosX + 83, (int)_startPosY + 60, 22, 22);
g.setColor(penColor);
g.drawOval((int)_startPosX + 83, (int)_startPosY + 60, 22, 22);
// вертикальное перекрестие
g.fillRect((int)_startPosX + 92, (int)_startPosY + 65, 5, 14);
// горизонтальное перекрестие
g.fillRect((int)_startPosX + 88, (int)_startPosY + 69, 13, 5);
// Малые катки - всегда
// 1
g.setColor(mainColor);
g.fillOval((int)_startPosX + 43, (int)_startPosY + 58, 6, 6);
g.setColor(penColor);
g.drawOval((int)_startPosX + 43, (int)_startPosY + 58, 6, 6);
// вертикальное перекрестие
g.fillRect((int)_startPosX + 46, (int)_startPosY + 60, 1, 3);
// горизонтальное перекрестие
g.fillRect((int)_startPosX + 45, (int)_startPosY + 61, 3, 1);
// 2
g.setColor(mainColor);
g.fillOval((int)_startPosX + 61, (int)_startPosY + 58, 6, 6);
g.setColor(penColor);
g.drawOval((int)_startPosX + 61, (int)_startPosY + 58, 6, 6);
// вертикальное перекрестие
g.fillRect((int)_startPosX + 64, (int)_startPosY + 60, 1, 3);
// горизонтальное перекрестие
g.fillRect((int)_startPosX + 63, (int)_startPosY + 61, 3, 1);
// Средние катки - не всегда
switch (rollersCount){
case Six:
// 1
g.setColor(mainColor);
g.fillOval((int)_startPosX + 33, (int)_startPosY + 73, 10, 10);
g.setColor(penColor);
g.drawOval((int)_startPosX + 33, (int)_startPosY + 73, 10, 10);
// вертикальное перекрестие
g.fillRect((int)_startPosX + 37, (int)_startPosY + 75, 2, 6);
// горизонтальное перекрестие
g.fillRect((int)_startPosX + 35, (int)_startPosY + 77, 6, 2);
case Five:
// 2
g.setColor(mainColor);
g.fillOval((int)_startPosX + 68, (int)_startPosY + 73, 10, 10);
g.setColor(penColor);
g.drawOval((int)_startPosX + 68, (int)_startPosY + 73, 10, 10);
// вертикальное перекрестие
g.fillRect((int)_startPosX + 72, (int)_startPosY + 75, 2, 6);
// горизонтальное перекрестие
g.fillRect((int)_startPosX + 70, (int)_startPosY + 77, 6, 2);
}
// Центры крупных катков
g.setColor(Color.BLACK);
g.fillOval((int)_startPosX + 13, (int)_startPosY + 68, 6, 6);
g.fillOval((int)_startPosX + 91, (int)_startPosY + 68, 6, 6);
}
}

37
src/DrawningObjectExcavator.java Normal file
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import java.awt.*;
public class DrawningObjectExcavator implements IMoveableObject{
private DrawningTracktor _tracktor = null;
public DrawningObjectExcavator(DrawningTracktor tracktor) {
this._tracktor = tracktor;
}
@Override
public ObjectParameters getObjectPosition(){
if(_tracktor == null || _tracktor.getTracktor() == null){
return null;
}
return new ObjectParameters(_tracktor.getPosX(), _tracktor.getPosY(),_tracktor.getWidth(), _tracktor.getHeight());
}
@Override
public int getStep() {
if (_tracktor == null) {
return 0;
}
return (int)((_tracktor.getTracktor() != null)? _tracktor.getTracktor().getStep() : 0);
}
@Override
public boolean checkCanMove(Direction direction){
if(_tracktor == null){
return false;
}
return _tracktor.CanMove(direction);
}
@Override
public void moveObject(Direction direction) {
if (_tracktor != null) {
_tracktor.MoveTransport(direction);
}
}
}

125
src/DrawningSquaredRollers.java Normal file
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import java.awt.*;
public class DrawningSquaredRollers implements IDrawningRollers {
private RollersCount rollersCount;
private Color colorRollers;
public void setRollersCount(int count){
switch (count) {
case 4 -> rollersCount = RollersCount.Four;
case 5 -> rollersCount = RollersCount.Five;
case 6 -> rollersCount = RollersCount.Six;
default -> rollersCount = RollersCount.Four;
}
}
public DrawningSquaredRollers(int count, Color colorRollers){
setRollersCount(count);
this.colorRollers = colorRollers;
}
public void DrawRollers(Graphics2D g, float _startPosX, float _startPosY){
Color penColor = Color.BLACK;
Color mainColor = colorRollers==null ? Color.LIGHT_GRAY : colorRollers;
// Крупные катки - всегда
// Узор для больших катков
Polygon bigRomb = new Polygon(
new int[]{(int)_startPosX + 5, (int)_startPosX + 16, (int)_startPosX + 27, (int)_startPosX + 16},
new int[]{(int)_startPosY + 71, (int)_startPosY + 60, (int)_startPosY + 71, (int)_startPosY + 82},
4
);
Polygon bigCube = new Polygon(
new int[]{(int)_startPosX + 10, (int)_startPosX + 22, (int)_startPosX + 22, (int)_startPosX + 10},
new int[]{(int)_startPosY + 65, (int)_startPosY + 65, (int)_startPosY + 77, (int)_startPosY + 77},
4
);
// 1
g.setColor(mainColor);
g.fillOval((int)_startPosX + 5, (int)_startPosY + 60, 22, 22);
g.setColor(penColor);
g.drawOval((int)_startPosX + 5, (int)_startPosY + 60, 22, 22);
g.drawPolygon(bigRomb);
g.drawPolygon(bigCube);
// Сдвиг
bigRomb.translate(78,0);
bigCube.translate(78,0);
// 2
g.setColor(mainColor);
g.fillOval((int)_startPosX + 83, (int)_startPosY + 60, 22, 22);
g.setColor(penColor);
g.drawOval((int)_startPosX + 83, (int)_startPosY + 60, 22, 22);
g.drawPolygon(bigRomb);
g.drawPolygon(bigCube);
// Малые катки - всегда
// Узор
Polygon smallRomb = new Polygon(
new int[]{(int)_startPosX + 43, (int)_startPosX + 46, (int)_startPosX + 49, (int)_startPosX + 46},
new int[]{(int)_startPosY + 61, (int)_startPosY + 58, (int)_startPosY + 61, (int)_startPosY + 64},
4
);
Polygon smallCube = new Polygon(
new int[]{(int)_startPosX + 44, (int)_startPosX + 48, (int)_startPosX + 48, (int)_startPosX + 44},
new int[]{(int)_startPosY + 59, (int)_startPosY + 63, (int)_startPosY + 63, (int)_startPosY + 59},
4
);
// 1
g.setColor(mainColor);
g.fillOval((int)_startPosX + 43, (int)_startPosY + 58, 6, 6);
g.setColor(penColor);
g.drawOval((int)_startPosX + 43, (int)_startPosY + 58, 6, 6);
g.drawPolygon(smallRomb);
g.drawPolygon(smallCube);
// Сдвиг
smallRomb.translate(18,0);
smallCube.translate(18,0);
// 2
g.setColor(mainColor);
g.fillOval((int)_startPosX + 61, (int)_startPosY + 58, 6, 6);
g.setColor(penColor);
g.drawOval((int)_startPosX + 61, (int)_startPosY + 58, 6, 6);
g.drawPolygon(smallRomb);
g.drawPolygon(smallCube);
// Средние катки - не всегда
// Узор
Polygon middleRomb = new Polygon(
new int[]{(int)_startPosX + 33, (int)_startPosX + 38, (int)_startPosX + 43, (int)_startPosX + 38},
new int[]{(int)_startPosY + 78, (int)_startPosY + 73, (int)_startPosY + 78, (int)_startPosY + 83},
4
);
Polygon middleCube = new Polygon(
new int[]{(int)_startPosX + 35, (int)_startPosX + 41, (int)_startPosX + 41, (int)_startPosX + 35},
new int[]{(int)_startPosY + 75, (int)_startPosY + 75, (int)_startPosY + 81, (int)_startPosY + 81},
4
);
switch (rollersCount){
case Six:
// 1
g.setColor(mainColor);
g.fillOval((int)_startPosX + 33, (int)_startPosY + 73, 10, 10);
g.setColor(penColor);
g.drawOval((int)_startPosX + 33, (int)_startPosY + 73, 10, 10);
g.drawPolygon(middleRomb);
g.drawPolygon(middleCube);
case Five:
// Сдвиг
middleRomb.translate(35,0);
middleCube.translate(35,0);
// 2
g.setColor(mainColor);
g.fillOval((int)_startPosX + 68, (int)_startPosY + 73, 10, 10);
g.setColor(penColor);
g.drawOval((int)_startPosX + 68, (int)_startPosY + 73, 10, 10);
g.drawPolygon(middleRomb);
g.drawPolygon(middleCube);
}
// Центры крупных катков
g.setColor(Color.BLACK);
g.fillOval((int)_startPosX + 13, (int)_startPosY + 68, 6, 6);
g.fillOval((int)_startPosX + 91, (int)_startPosY + 68, 6, 6);
}
}

28
src/EntityExcavator.java Normal file
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import java.awt.*;
public class EntityExcavator extends EntityTracktor{
// Дополнительный цвет
private Color dopColor;
// Признак наличия ковша
private boolean bucket;
// Признак наличия опор
private boolean supports;
public EntityExcavator(int speed, float weight, Color bodyColor, Color dopColor, boolean bucket, boolean supports){
super(speed, weight, bodyColor);
this.dopColor = dopColor;
this.bucket = bucket;
this.supports = supports;
}
public Color getDopColor(){
return dopColor;
}
public boolean getBucket(){
return bucket;
}
public boolean getSupports(){
return supports;
}
}

6
src/IMoveableObject.java Normal file
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public interface IMoveableObject {
ObjectParameters getObjectPosition();
int getStep();
boolean checkCanMove(Direction direction);
void moveObject(Direction direction);
}

25
src/ObjectParameters.java Normal file
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public class ObjectParameters {
private final int x;
private final int y;
private final int width;
private final int height;
public int leftBorder(){
return x;
}
public int topBorde(){
return y;
}
public int rightBorder(){
return x+width/2;
}
public int downBorder(){
return y + height/2;
}
public ObjectParameters(int x, int y, int width,int height){
this.x = x;
this.y = y;
this.width = width;
this.height = height;
}
}

17
src/RollersType.java Normal file
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import java.awt.*;
import java.util.Random;
public enum RollersType {
Standard,
Squared,
Cross;
public static IDrawningRollers random(int rollersCount, Color bodyColor) {
return switch (new Random().nextInt(RollersType.values().length)) {
case 0 -> new DrawningRollers(rollersCount, bodyColor);
case 1 -> new DrawningSquaredRollers(rollersCount, bodyColor);
case 2 -> new DrawningCrossRollers(rollersCount, bodyColor);
default -> null;
};
}
}

5
src/Status.java Normal file
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public enum Status {
NotInit,
InProgress,
Finish
}