Unity3D : JumpPhysics

Mere som dette

Setting Goals and Ob

af Benn Lynch

Bill Nye The Science Guy dropping his pencil

af Karman Sachar

Demand and Supply

af Elizabeth O'Neill

Climate Change

af Jangjit Alex

JumpPhysics

(func)

Vector2

GetJumpPowerVector(){ ... }

return (HasDoubleJumped) ? new Vector2(0, doubleJumpPower) : new Vector2(0, jumpPower);

bool

HitTagOrLayerObject(GameObject collisionObject){ ... }

//???

RaycastCollideVertical(Vector3 direction){ ... }

//ray casting on left and right side

AtMaxVariableJumpHeight(){ ... }

//changes max height based on if double jump is possible or not

(delete)

RemovedJumpInputCheck(){ ... }

JumpInputCheck(){ ... }

void

DebugRays(){ ... }

// draws all rays in up and down direction

CalculateMoveDirection(){ ... }

if(!IsGrounded){ ... }

moveDirection += jumpDirection;

// moveDirection holds final value of movement delta

//apply gravity

else if(IsMaxHeightReached || !IsHoldingJump){ ... }

//else MaxHeight must be reached or no longer holding jump to apply gravity

if (!allowVariableJumpHeight){ ... }

jumpDirection += new Vector2(0, currentGravity);

//if not variable jump, just apply gravity

if (allowVariableJumpHeight) { ... }

if(AtMaxVariableJumpHeight()){ ... }

// check if we're at max height so we can apply gravity

if (bCeiling) { ... }

IsMaxHeightReached = true;

jumpDirection = (jumpDirection.y > 0) ? new Vector2(0, 0) : jumpDirection;

// if hit ceiling, stop all upward movement.

// if airborne, apply gravity to current jump speed then add to movement vector

else if(Input.GetButtonUp("Jump")) { ... }

IsHoldingJump = false;

if(Input.GetButtonDown("Jump")){ ... }

if (!IsHoldingJump && (IsGrounded || (allowDoubleJump && IsDoubleJumping && !HasDoubleJumped)) && !RaycastCollideVertical(Vector3.up)) { ... }

if (allowDoubleJump && !HasDoubleJumped && HasJumpedOnce) { ... }

Update(){ ... }

transform.Translate(moveDirection * Time.deltaTime);

// move via transform component

CalculateMoveDirection();

bool bCeiling = RaycastCollideVertical(Vector2.up);

Awake(){ ... }

(var)