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Use different physics reference values based on land or water state and update state of the object accordingly.

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Co-authored-by: r3cp3ct <45179536+r3cp3ct@users.noreply.github.com>
Co-authored-by: sigonasr2 <sigonasr2@gmail.com>
This commit is contained in:
sigonasr2, Sig, Sigo 2022-06-27 12:22:38 +00:00 committed by GitHub
parent 761eac65c3
commit e9c5eee978
3 changed files with 115 additions and 41 deletions
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bin/RabiClone.jar
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134
src/sig/objects/actor/PhysicsObject.java
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@ -13,6 +13,11 @@ public abstract class PhysicsObject extends AnimatedObject implements PhysicsObj
final public static double NORMAL_JUMP_VELOCITY = -300;
final public static double WALKING_SPEED_LIMIT = 164;
final public static double FALLING_SPEED_LIMIT = 500;
final public static double UNDERWATER_GRAVITY = 300;
final public static double UNDERWATER_NORMAL_FRICTION = 3200;
final public static double UNDERWATER_NORMAL_JUMP_VELOCITY = -900;
final public static double UNDERWATER_WALKING_SPEED_LIMIT = 76;
final public static double UNDERWATER_FALLING_SPEED_LIMIT = 300;
public State state = State.IDLE;
public double x_velocity;
@ -23,16 +28,42 @@ public abstract class PhysicsObject extends AnimatedObject implements PhysicsObj
public double y_velocity;
protected double gravity = GRAVITY;
protected double x_acceleration,y_acceleration;
protected boolean groundCollision;
protected byte jumpCount=0;
protected byte maxJumpCount=2;
protected double x_velocity_limit,y_velocity_limit;
protected double x_acceleration_limit,y_acceleration_limit;
protected boolean groundCollision;
protected byte maxJumpCount=2;
protected byte jumpCount=0;
protected double jump_velocity;
protected double horizontal_air_friction,horizontal_air_drag;
protected double horizontal_friction,horizontal_drag;
protected double sliding_velocity,sliding_acceleration;
/* LAND is for all values pertaining to being on land. Stored because our active physics values CAN (and probably will) change!
* Therefore these are storage containers for what the real values used are.
* The handling of switching between land and underwater physics should be abstracted away and not require refactoring of the code in any capacity.
* The game will automatically know which values to use.
*/
private double LAND_gravity;
private double LAND_x_velocity_limit,LAND_y_velocity_limit;
private double LAND_x_acceleration_limit,LAND_y_acceleration_limit;
private double LAND_jump_velocity;
private byte LAND_maxJumpCount;
private double LAND_horizontal_air_friction,LAND_horizontal_air_drag;
private double LAND_horizontal_friction,LAND_horizontal_drag;
private double LAND_sliding_velocity,LAND_sliding_acceleration;
private double UNDERWATER_gravity;
private double UNDERWATER_x_velocity_limit,UNDERWATER_y_velocity_limit;
private double UNDERWATER_x_acceleration_limit,UNDERWATER_y_acceleration_limit;
private double UNDERWATER_jump_velocity;
private byte UNDERWATER_maxJumpCount;
private double UNDERWATER_horizontal_air_friction,UNDERWATER_horizontal_air_drag;
private double UNDERWATER_horizontal_friction,UNDERWATER_horizontal_drag;
private double UNDERWATER_sliding_velocity,UNDERWATER_sliding_acceleration;
/** <b>Not to be exposed!</b> Internally tracks if we're underwater and when it switches, sets all the physics values appropriately.*/
private boolean underwaterState=false;
protected PhysicsObject(AnimatedSprite spr, double animationSpd, Panel panel) {
super(spr, animationSpd, panel);
setCollisionBox(setCollisionBounds());
@ -41,6 +72,7 @@ public abstract class PhysicsObject extends AnimatedObject implements PhysicsObj
@Override
public void update(double updateMult) {
super.update(updateMult);
setPhysicsBasedOnLandOrUnderwaterStatus();
handleMovementPhysics(updateMult);
if(state==State.STAGGER && staggerDuration>0){
staggerDuration-=updateMult;
@ -293,63 +325,105 @@ public abstract class PhysicsObject extends AnimatedObject implements PhysicsObj
return getCollisionBox();
}
@Override
public void setVelocityLimits(double x, double y) {
this.x_velocity_limit=x;
this.y_velocity_limit=y;
public void setPhysicsBasedOnLandOrUnderwaterStatus() {
if (isUnderwater()&&!underwaterState) {
gravity=UNDERWATER_gravity;
x_velocity_limit=UNDERWATER_x_velocity_limit;y_velocity_limit=UNDERWATER_y_velocity_limit;
x_acceleration_limit=UNDERWATER_x_acceleration_limit;y_acceleration_limit=UNDERWATER_y_acceleration_limit;
jump_velocity=UNDERWATER_jump_velocity;
maxJumpCount=UNDERWATER_maxJumpCount;
horizontal_air_friction=UNDERWATER_horizontal_air_friction;
horizontal_air_drag=UNDERWATER_horizontal_air_drag;
horizontal_friction=UNDERWATER_horizontal_friction;
horizontal_drag=UNDERWATER_horizontal_drag;
sliding_velocity=UNDERWATER_sliding_velocity;
sliding_acceleration=UNDERWATER_sliding_acceleration;
underwaterState=true;
} else
if (!isUnderwater()&&underwaterState) {
gravity=LAND_gravity;
x_velocity_limit=LAND_x_velocity_limit;y_velocity_limit=LAND_y_velocity_limit;
x_acceleration_limit=LAND_x_acceleration_limit;y_acceleration_limit=LAND_y_acceleration_limit;
jump_velocity=LAND_jump_velocity;
maxJumpCount=LAND_maxJumpCount;
horizontal_air_friction=LAND_horizontal_air_friction;
horizontal_air_drag=LAND_horizontal_air_drag;
horizontal_friction=LAND_horizontal_friction;
horizontal_drag=LAND_horizontal_drag;
sliding_velocity=LAND_sliding_velocity;
sliding_acceleration=LAND_sliding_acceleration;
underwaterState=false;
}
}
@Override
public void setAccelerationLimits(double x, double y) {
this.x_acceleration_limit=x;
this.y_acceleration_limit=y;
public void setVelocityLimits(double xVelocity,double yVelocity,double underwaterXVelocity,double underwaterYVelocity) {
this.LAND_x_velocity_limit=xVelocity;
this.LAND_y_velocity_limit=yVelocity;
this.UNDERWATER_x_velocity_limit=underwaterXVelocity;
this.UNDERWATER_y_velocity_limit=underwaterYVelocity;
}
@Override
public void setMaxJumpCount(byte jumps) {
this.maxJumpCount=jumps;
public void setAccelerationLimits(double xAccelerationLimit,double yAccelerationLimit,double underwaterXAccelerationLimit,double underwaterYAccelerationLimit) {
this.LAND_x_acceleration_limit=xAccelerationLimit;
this.LAND_y_acceleration_limit=yAccelerationLimit;
this.UNDERWATER_x_acceleration_limit=underwaterXAccelerationLimit;
this.UNDERWATER_y_acceleration_limit=underwaterYAccelerationLimit;
}
@Override
public void setGroundFriction(double x) {
this.horizontal_friction=x;
public void setMaxJumpCount(byte jumps,byte underwaterJumps) {
this.LAND_maxJumpCount=jumps;
this.UNDERWATER_maxJumpCount=underwaterJumps;
}
@Override
public void setAirFriction(double x) {
this.horizontal_air_friction=x;
public void setGroundFriction(double groundFriction,double underwaterGroundFriction) {
this.LAND_horizontal_friction=groundFriction;
this.UNDERWATER_horizontal_friction=underwaterGroundFriction;
}
@Override
public void setGroundDrag(double x) {
this.horizontal_drag=x;
public void setAirFriction(double airFriction,double underwaterAirFriction) {
this.LAND_horizontal_air_friction=airFriction;
this.UNDERWATER_horizontal_air_friction=underwaterAirFriction;
}
@Override
public void setAirDrag(double x) {
this.horizontal_air_drag=x;
public void setGroundDrag(double groundDrag,double underwaterGroundDrag) {
this.LAND_horizontal_drag=groundDrag;
this.UNDERWATER_horizontal_drag=underwaterGroundDrag;
}
@Override
public void setSlidingVelocity(double x) {
this.sliding_velocity=x;
public void setAirDrag(double airDrag,double underwaterAirDrag) {
this.LAND_horizontal_air_drag=airDrag;
this.UNDERWATER_horizontal_air_drag=underwaterAirDrag;
}
@Override
public void setSlidingAcceleration(double x) {
this.sliding_acceleration=x;
public void setSlidingVelocity(double slidingVelocity,double underwaterSlidingVelocity) {
this.LAND_sliding_velocity=slidingVelocity;
this.UNDERWATER_sliding_velocity=underwaterSlidingVelocity;
}
@Override
public void setJumpVelocity(double x) {
this.jump_velocity=x;
public void setSlidingAcceleration(double slidingAcceleration,double underwaterSlidingAcceleration) {
this.LAND_sliding_acceleration=slidingAcceleration;
this.UNDERWATER_sliding_acceleration=underwaterSlidingAcceleration;
}
@Override
public void setGravity(double gravity) {
this.gravity = gravity;
public void setJumpVelocity(double jumpVelocity,double underwaterJumpVelocity) {
this.LAND_jump_velocity=jumpVelocity;
this.UNDERWATER_jump_velocity=underwaterJumpVelocity;
}
@Override
public void setGravity(double gravity, double underwaterGravity) {
this.LAND_gravity=gravity;
this.UNDERWATER_gravity=underwaterGravity;
}
public double getGravity() {

22
src/sig/objects/actor/PhysicsObjectRequirements.java
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@ -7,15 +7,15 @@ public interface PhysicsObjectRequirements {
boolean leftKeyHeld();
Rectangle getCollisionBounds();
Rectangle setCollisionBounds();
void setVelocityLimits(double x,double y);
void setAccelerationLimits(double x,double y);
void setMaxJumpCount(byte jumps);
void setGroundFriction(double x);
void setAirFriction(double x);
void setGroundDrag(double x);
void setAirDrag(double x);
void setSlidingVelocity(double x);
void setSlidingAcceleration(double x);
void setJumpVelocity(double x);
void setGravity(double gravity);
void setVelocityLimits(double xVelocity,double yVelocity,double underwaterXVelocity,double underwaterYVelocity);
void setAccelerationLimits(double xAccelerationLimit,double yAccelerationLimit,double underwaterXAccelerationLimit,double underwaterYAccelerationLimit);
void setMaxJumpCount(byte jumps,byte underwaterJumps);
void setGroundFriction(double groundFriction,double underwaterGroundFriction);
void setAirFriction(double airFriction,double underwaterAirFriction);
void setGroundDrag(double groundDrag,double underwaterGroundDrag);
void setAirDrag(double airDrag,double underwaterAirDrag);
void setSlidingVelocity(double slidingVelocity,double underwaterSlidingVelocity);
void setSlidingAcceleration(double slidingAcceleration,double underwaterSlidingAcceleration);
void setJumpVelocity(double jumpVelocity,double underwaterJumpVelocity);
void setGravity(double gravity, double underwaterGravity);
}