void CalculateMoveToFloor(float delta)
{
if (IsOnFloor())
{
hasFloorContact = true;
forcedWalk = false;
alowJumpInput = true;
Vector3 floorNormal = floorChecker.GetCollisionNormal();
float floorAngle = Mathf.Rad2Deg(Mathf.Acos(floorNormal.Dot(Vector3.Up)));
if (floorAngle > maxSlopeAngle)
{
forcedWalk = true;
airJumpsLeft = 0;
Fall(delta);
}
}
else
{
if (!floorChecker.IsColliding())
{
hasFloorContact = false;
Fall(delta);
}
}
if (hasFloorContact && !IsOnFloor())
{
MoveAndCollide(Vector3.Down);
}
}
public void GroundMove(float delta, PlayerCmd pCmd)
{
Vector3 wishDir = new Vector3();
float scale = CmdScale(pCmd);
wishDir += pCmd.aim.x * pCmd.move_right;
wishDir -= pCmd.aim.z * pCmd.move_forward;
wishDir = wishDir.Normalized();
_moveDirectionNorm = wishDir;
float wishSpeed = wishDir.Length();
wishSpeed *= MoveSpeed;
Accelerate(wishDir, wishSpeed, _runAcceleration, delta);
if (_climbLadder)
{
if (pCmd.move_forward != 0f)
{
_playerVelocity.y = _moveSpeed * (pCmd.cam_angle / 90) * pCmd.move_forward;
}
else
{
_playerVelocity.y = 0;
}
if (pCmd.move_right == 0f)
{
_playerVelocity.x = 0;
_playerVelocity.z = 0;
}
}
// walk up stairs
if (wishSpeed > 0 && _stairCatcher.IsColliding())
{
Vector3 col = _stairCatcher.GetCollisionNormal();
float ang = Mathf.Rad2Deg(Mathf.Acos(col.Dot(_game.World.Up)));
if (ang < _maxStairAngle)
{
_playerVelocity.y = _stairJumpHeight;
}
}
if (_wishJump && IsOnFloor())
{
// FIXME - if we add jump speed velocity we enable trimping right?
_playerVelocity.y = _jumpSpeed;
_jumpSound.Play();
}
}
public override void _PhysicsProcess(float delta)
{
Vector3 direction = GetAxisDirection() * speed;
groundingRay.ForceRaycastUpdate();
if (groundingRay.IsColliding() && groundingRay.GetCollisionNormal().AngleTo(Vector3.Up) < steepAngle) // check the ngle is not too steep
{
Transform t = GlobalTransform;
t.origin.y = groundingRay.GetCollisionPoint().y;
GlobalTransform = t;
Vector3 normal = groundingRay.GetCollisionNormal();
Vector3 cross = GlobalTransform.basis.y.Cross(normal);
if (cross.Length() > 0.0001f) // If the current player angle is not already at the slope angle
{
Rotate(cross.Normalized(), GlobalTransform.basis.y.AngleTo(normal));
}
direction = direction.Rotated(Vector3.Up.Cross(normal).Normalized(), Vector3.Up.AngleTo(normal)); // Also rotate the direction
}
else
{
MoveAndSlide(new Vector3(0, downwardsVelocity, 0));
// If player is falling, align him
Vector3 normal = Vector3.Up;
Vector3 cross = GlobalTransform.basis.y.Cross(normal);
if (cross.Length() > 0.0001f) // If the current player angle is not already at the slope angle
{
Rotate(cross.Normalized(), GlobalTransform.basis.y.AngleTo(normal));
}
}
MoveAndSlide(direction);
if (direction.Length() > 0)
{
LookAt(GlobalTransform.origin - direction, GlobalTransform.basis.y);
}
}
public void Update(RayCast ray)
{
// update manually instead only once per frame in process
ray.ForceRaycastUpdate();
var isColliding = ray.IsColliding();
Visible = isColliding;
if (isColliding)
{
Vector3 collisionPoint = ray.GetCollisionPoint();
Vector3 collisionNormal = ray.GetCollisionNormal();
var transform = this.GlobalTransform;
transform.origin = collisionPoint + collisionNormal * 0.01f;
GlobalTransform = transform;
LookAt(collisionPoint - collisionNormal, GlobalTransform.basis.y.Normalized());
}
}
private void Walk(float delta)
{
//Since IsOnFloor() doesn't properly update on concave collision shapes, count the number of bodies that _JumpArea is colliding with
//Get the rotation of the head
Basis aim = Head.GlobalTransform.basis;
//Get slope of floor and if ground hit, set head velocity
Vector3 normal;
bool playerFeetOverlapsFloor = PlayerFeet.Singleton.Bodies > 0;
if (playerFeetOverlapsFloor)
{
normal = GroundRay.GetCollisionNormal();
}
else
{
normal = Vector3.Up;
}
//Calculate ground angle
float groundAngle = Mathf.Acos(normal.Dot(Vector3.Up));
//Determine if slipping and set initial direction
bool slipping = false;
bool noWalkSlipping = false;
if (groundAngle > MaxSlopeSlip)
{
slipping = true;
if (groundAngle > MaxSlopeNoWalk)
{
noWalkSlipping = true;
}
Direction = Vector3.Up.Slide(normal);
}
else
{
Direction = Vector3.Zero;
}
//Get crouch
bool crouchPressed = CrouchToggle && !CrouchJumped?Input.IsActionJustPressed("crouch") : (Input.IsActionPressed("crouch") != Crouched);
//Determine if landing
PlayerArms.Singleton.Land = false;
if (IsOnFloor())
{
if (WasInAir)
{
//GD.Print("Landed");
//Reset number of jumps
JumpsLeft = JumpCount;
//Play land animations
PlayerArms.Singleton.Fall = false;
PlayerArms.Singleton.Land = true;
if (!slipping && ImpactVelocity >= HeadDipThreshold)
{
PlayerAnimationTree.Singleton.LandBlend = Mathf.Min(1f, Mathf.Abs((ImpactVelocity - HeadDipThreshold) / (-Gravity - HeadDipThreshold)));
PlayerAnimationTree.Singleton.Land();
}
//Play Land Sounds if Velocity is significant
PlayerFeet.Singleton.LandPlayer.Play();
//GD.Print(ImpactVelocity);
//Deal fall damage
if (ImpactVelocity >= FatalFallVelocity)
{
PlayerHealthManager.Singleton.Kill("A Fatal Fall");
}
else if (ImpactVelocity >= MajorInjuryFallVelocity)
{
PlayerHealthManager.Singleton.TakeDamage("A Major Spill", 50);
}
else if (ImpactVelocity >= MinorInjuryFallVelocity)
{
PlayerHealthManager.Singleton.TakeDamage("A Minor Spill", 10);
}
//Determine if player had crouch jumped
if (CrouchJumped)
{
CrouchJumped = false;
WantsToUncrouch = crouchPressed;
}
WasInAir = false;
}
}
else if (Mathf.Abs(Velocity.y) > 4f)
{
//GD.Print(Velocity.y);
WasInAir = true;
PlayerArms.Singleton.Fall = true;
ImpactVelocity = -Velocity.y;
}
//Get input and set direction
bool userMoving = (Vinput != 0 || Hinput != 0);
Direction += aim.z * (slipping ? -1f : 1f) * Vinput;
Direction += aim.x * (slipping ? -1f : 1f) * Hinput;
if (Direction.Length() > 1f)
{
Direction = Direction.Normalized();
}
Vector3 velocityNoGravity = new Vector3(Velocity.x, 0, Velocity.z);
//Get sprint
if (SprintToggle)
{
if (Input.IsActionJustPressed("sprint"))
{
Sprint = !Sprint;
}
}
else
{
Sprint = (Input.IsActionPressed("sprint") != SprintToWalk);
}
//Get speed and acceleration dependant variables
bool accelerate = Direction.Dot(velocityNoGravity) > 0;
//Set target speed
Vector3 targetVelocity;
if (slipping)
{
targetVelocity = Direction * Gravity * (1f - Vector3.Up.Dot(normal));
}
else
{
targetVelocity = Direction * (Sprint ? (IsOnFloor() ? FullSpeedSprint : Mathf.Max(Velocity.Length(), FullSpeedWalk)) : FullSpeedWalk);
}
//Apply gravity
Velocity.y += Gravity * delta;
//Calculate velocity
float acceleration = IsOnFloor() || (IsOnWall() && noWalkSlipping) ? AccelerationWalk: AccelerationAir;
float deacceleration = IsOnFloor() ? DeaccelerationWalk : DeaccelerationAir;
velocityNoGravity = velocityNoGravity.LinearInterpolate(targetVelocity, (accelerate ? acceleration : deacceleration) * delta);
Velocity.x = velocityNoGravity.x;
Velocity.z = velocityNoGravity.z;
//Set walking animation blend
float bob1D = PlayerArms.Singleton.Walk;
if (userMoving && IsOnFloor())
{
bob1D = Mathf.Min(1f, bob1D + ((Sprint ? BobIncrementSprint : BobIncrementWalk) * delta));
}
else
{
bob1D = Mathf.Max(0.01f, bob1D - ((IsOnFloor() ? BobDecrementFloor : BobDecrementAir) * delta));
}
if (HeadBobbing)
{
PlayerAnimationTree.Singleton.HeadBobBlend = bob1D;
}
PlayerArms.Singleton.Walk = bob1D;
PlayerAnimationTree.Singleton.HeadBobScale = Sprint ? 1.5f : 1f;
//Set arm swing blend
SwingTarget = SwingTarget.LinearInterpolate(Vector2.Zero, 0.05f);
PlayerArms.Singleton.Swing = SwingTarget;
//Set step timer
if (bob1D > 0.1f)
{
if (PlayerFeet.Singleton.StepTimer.Paused == true)
{
//GD.Print("Not Paused");
PlayerFeet.Singleton.StepTimer.Paused = false;
}
}
else
{
if (PlayerFeet.Singleton.StepTimer.Paused == false)
{
//GD.Print("Paused");
PlayerFeet.Singleton.StepTimer.Paused = true;
}
}
PlayerFeet.Singleton.StepTimer.WaitTime = Sprint ? 0.25f : 0.5f;
//Get jump
PlayerArms.Singleton.Jump = false;
if ((BunnyHopping ? Input.IsActionPressed("jump") : Input.IsActionJustPressed("jump")) && (playerFeetOverlapsFloor) || Input.IsActionJustPressed("jump") && JumpsLeft > 0)
{
PlayerArms.Singleton.Jump = true;
if (!PlayerFeet.Singleton.JumpPlayer.Playing)
{
PlayerFeet.Singleton.JumpPlayer.Play();
}
Velocity.y = 0f;
//Velocity += normal * JumpHeight;
//Velocity.y *= (noWalkSlipping ? 0.1f : 1f);
if (!slipping && Direction.Dot(velocityNoGravity) < 0f)
{
//GD.Print("Reset Velocity");
Velocity.x = 0f;
Velocity.z = 0f;
}
Velocity += (noWalkSlipping ? normal : Vector3.Up) * JumpHeight;
PlayerFeet.Singleton.CanBunnyHop = false;
_SnapArea.Snap = false;
if (!playerFeetOverlapsFloor)
{
//Update number of jumps
JumpsLeft -= 1;
}
}
if (crouchPressed || (Crouched && WantsToUncrouch))
{
if (IsOnFloor())
{
//Check if uncrouch is possible
if ((Crouched && StandArea.GetOverlappingBodies().Count == 0) || (!Crouched))
{
//Invert crouch (animation, collision, etc. handled in get set)
Crouched = !Crouched;
WantsToUncrouch = false;
}
else if (crouchPressed)
{
//Invert WantToUncrouch. Player will uncrouch at latest opportunity.
WantsToUncrouch = !WantsToUncrouch;
}
}
else if (CanCrouchJump && !Crouched && !CrouchJumped)
{
CrouchJumped = true;
Crouched = true;
PlayerAnimationTree.Singleton.StateMachineCrouch.Start("CrouchJump");
Translate(Vector3.Up * 1.1f);
//GD.Print("Crouch jump.");
}
}
//Get Climb
if (Input.IsActionPressed("climb"))
{
WantsToClimb = true;
ClimbTimer.Start(ClimbTimeout);
}
//Calculate ledge point
Vector3 closestLedgePoint = Vector3.Inf;
bool canClimb = false;
bool withCrouch = false;
ClimbLabel.Visible = false;
if (!Crouched)
{
foreach (RayCast LedgeRay in LedgeRays)
{
if (LedgeRay.IsColliding())
{
if (LedgeRay.GetCollisionPoint().DistanceTo(Translation) < closestLedgePoint.DistanceTo(Translation))
{
closestLedgePoint = LedgeRay.GetCollisionPoint();
canClimb = true;
}
}
}
closestLedgePoint = closestLedgePoint + (Vector3.Up * (StandHeight + 0.075f));
if (canClimb)
{
//Disable all other colliders
bool[] shapeDisabledState = new bool[OtherCollision.Count];
for (int i = 0; i < OtherCollision.Count; ++i)
{
//GD.Print("Disabling collision ", OtherCollision[i].Name);
shapeDisabledState[i] = OtherCollision[i].Disabled;
OtherCollision[i].Disabled = true;
}
//Test to see if player has space to climb
canClimb = !TestMove(new Transform(Quat.Identity, closestLedgePoint), Vector3.Zero);
if (!canClimb)
{
_CollisionStand.Disabled = true;
_CollisionCrouch.Disabled = false;
canClimb = !TestMove(new Transform(Quat.Identity, closestLedgePoint), Vector3.Zero);
withCrouch = canClimb;
_CollisionStand.Disabled = false;
_CollisionCrouch.Disabled = true;
}
//Reset colliders
for (int i = 0; i < OtherCollision.Count; ++i)
{
//GD.Print("Reseting other collision", OtherCollision[i], " ", shapeDisabledState[i]);
OtherCollision[i].Disabled = shapeDisabledState[i];
}
}
ClimbLabel.Visible = canClimb;
if (canClimb && WantsToClimb)
{
if (withCrouch)
{
Crouched = true;
}
//Set climb point and enter climb state
ClimbPoint = closestLedgePoint;
ClimbStep = (ClimbPoint - Translation).Normalized() * ClimbSpeed;
ClimbDistance = (ClimbPoint - Translation).Length();
PlayerAnimationTree.Singleton.Climb();
PlayerAnimationTree.Singleton.HeadBobScale = 0f;
Climbing = true;
//Reset ImpactVelocity and zero y Velocity to avoid confusing animations
ImpactVelocity = Velocity.y = 0f;
}
}
//Move Player and calculate distance
Vector3 o = Translation;
Vector3 vo = velocityNoGravity;
if (userMoving || slipping)
{
Velocity = MoveAndSlideWithSnap(Velocity, _SnapArea.Snap ? Vector3.Down : Vector3.Zero, Vector3.Up, true, 4, MaxSlopeNoWalk);
}
else
{
//Velocity = MoveAndSlideWithSnap(Velocity, _SnapArea.Snap ? Vector3.Down : Vector3.Zero, Vector3.Up, true, 4, MaxSlopeNoWalk);
Velocity = MoveAndSlide(Velocity, Vector3.Up, true, 4, MaxSlopeNoWalk);
if (GetSlideCount() > 0)
{
KinematicCollision slide = GetSlideCollision(0);
if (Vector3.Up.AngleTo(slide.Normal) < MaxSlopeSlip)
{
//Player is sliding on a slope they shouldn't be sliding on.
Velocity = vo;
}
}
}
Vector3 d = Translation;
Vector3 distance = (d - o);
//Calculate Acceleration and force
MovementVelocity = distance / delta;
MovementAcceleration = 2f * distance / Mathf.Pow(delta, 2f);
MovementForce = Mass * MovementAcceleration;
}
private void GroundMove(float delta)
{
Vector3 wishDir = new Vector3();
Basis aim = camera.GetGlobalTransform().basis;
// Do not apply friction if the player is queueing up the next jump
if (!wishJump)
{
ApplyFriction(1.0f, delta);
}
else
{
ApplyFriction(0, delta);
}
float scale = CmdScale();
wishDir += aim.x * _playerController.move_right;
wishDir -= aim.z * _playerController.move_forward;
wishDir = wishDir.Normalized();
moveDirectionNorm = wishDir;
float wishSpeed = wishDir.Length();
wishSpeed *= _tranquilised ? moveSpeed / 2 : moveSpeed;
Accelerate(wishDir, wishSpeed, runAcceleration, delta);
if (climbLadder)
{
if (_playerController.move_forward != 0f)
{
playerVelocity.y = moveSpeed * (cameraAngle / 90) * _playerController.move_forward;
}
else
{
playerVelocity.y = 0;
}
if (_playerController.move_right == 0f)
{
playerVelocity.x = 0;
playerVelocity.z = 0;
}
}
else
{
playerVelocity.y = 0;
}
// walk up stairs
if (wishSpeed > 0 && stairCatcher.IsColliding())
{
Vector3 col = stairCatcher.GetCollisionNormal();
float ang = Mathf.Rad2Deg(Mathf.Acos(col.Dot(new Vector3(0, 1, 0))));
if (ang < maxStairAngle)
{
playerVelocity.y = stairJumpHeight;
}
}
if (wishJump)
{
playerVelocity.y = jumpSpeed;
wishJump = false;
}
}
public override void _PhysicsProcess(float delta)
{
if (ray.IsColliding())
{
picker.Pick(ray.GetCollisionPoint(), ray.GetCollisionNormal());
ray.Enabled = false;
}
chunks.Text = "Chunks: " + Foreman.chunksPlaced;
vertices.Text = "Vertices: " + Performance.GetMonitor(Performance.Monitor.RenderVerticesInFrame);
fps.Text = "FPS: " + Performance.GetMonitor(Performance.Monitor.TimeFps);
position.Text = "X: " + GlobalTransform.origin.x + "Y: " +
GlobalTransform.origin.y + "Z:" + GlobalTransform.origin.z;
memory.Text = "Memory: " + GC.GetTotalMemory(false) / (1048576) + "MB";
Vector3 velocity = new Vector3();
if (Input.IsActionPressed("walk_left"))
{
motion.x = 1;
}
else if (Input.IsActionPressed("walk_right"))
{
motion.x = -1;
}
else
{
motion.x = 0;
}
if (Input.IsActionPressed("walk_forward"))
{
motion.z = -1;
}
else if (Input.IsActionPressed("walk_backward"))
{
motion.z = 1;
}
else
{
motion.z = 0;
}
if (Input.IsActionPressed("move_up"))
{
motion.y = 1;
}
else if (Input.IsActionPressed("move_down"))
{
motion.y = -1;
}
else
{
motion.y = 0;
}
motion = motion.Normalized();
if (Input.IsActionPressed("move_speed"))
{
motion *= 2;
}
motion = motion.Rotated(new Vector3(0, 1, 0), Rotation.y - initialRotation.y)
.Rotated(new Vector3(1, 0, 0), (float)Math.Cos(Rotation.y) * Rotation.x)
.Rotated(new Vector3(0, 0, 1), -(float)Math.Sin(Rotation.y) * Rotation.x);
velocity = motion * MOVE_SPEED;
speed.Text = "Movement Speed: " + velocity.Length() + "m/s";
Vector3 translation = new Vector3(Translation.x + velocity.x, Translation.y + velocity.y,
Translation.z + velocity.z);
Translation = translation;
TerraVector3 origin = Converter.ConvertVector(translation);
marker.MoveTo(origin);
}
public void shoot(float delta, bool isPuppet)
{
if (reloadWeapon)
{
return;
}
if (!isPuppet)
{
return;
}
// Get bullet ray.
RayCast bulletRay = (RayCast)camera.GetNode("bullet_ray");
if (bullets > 0)
{
bullets -= 1;
// Notify bullet update
GameState.instance.EmitSignal(nameof(GameState.updateWeapon), weaponName, bullets, ammo);
if (camera != null)
{
// Recoil
camera.Rotation = new Vector3(
Mathf.Lerp(camera.Rotation.x, (float)GD.RandRange(1, 2), delta),
Mathf.Lerp(camera.Rotation.y, (float)GD.RandRange(-1, 1), delta),
camera.Rotation.z
);
// Shake
camera.Set("shakeForce", 0.002);
camera.Set("shakeTime", 0.2);
}
// Audio
AudioStreamPlayer3D shoot = ((AudioStreamPlayer3D)audioNode.GetNode("shoot"));
shoot.PitchScale = (float)GD.RandRange(0.9, 1.1);
shoot.Play();
// Update crosshair
crosshair.RectScale = crosshair.RectScale.LinearInterpolate(new Vector2(4, 4), 10 * delta);
if (bulletRay.IsColliding())
{
// Object collision
CollisionObject collisionObject = (CollisionObject)bulletRay.GetCollider();
// Add spark to props.
if (collisionObject.IsInGroup("props"))
{
// Add Spark
Particles spark = (Particles)sparkScene.Instance();
((Node)bulletRay.GetCollider()).AddChild(spark);
spark.GlobalTransform = new Transform(spark.GlobalTransform.basis, bulletRay.GetCollisionPoint());
spark.Emitting = true;
}
// Add Muzzle
Particles muzzle = (Particles)muzzleScene.Instance();
barrelNode.AddChild(muzzle);
muzzle.Emitting = true;
if (collisionObject is KinematicBody)
{
// Add Blood splatter
Particles splatter = (Particles)splatterScene.Instance();
((Node)bulletRay.GetCollider()).AddChild(splatter);
splatter.GlobalTransform = new Transform(splatter.GlobalTransform.basis, bulletRay.GetCollisionPoint());
splatter.Emitting = true;
int localDamage = 0;
if (collisionObject.IsInGroup("head"))
{
localDamage = (int)GD.RandRange(damage / 2, damage);
}
else
{
localDamage = (int)GD.RandRange(damage / 3, damage / 2);
}
int colliderId = Convert.ToInt32(collisionObject.Name);
// Send damage report.
GameState.instance.EmitSignal(nameof(GameState.takeDamage), colliderId, localDamage);
return;
}
else if (collisionObject.IsInGroup("props") || collisionObject.IsInGroup("walls"))
{
// Apply force to rigid body other than hitbox
if (bulletRay.GetCollider() is RigidBody)
{
int localDamage = (int)GD.RandRange(damage / 1.5f, damage);
((RigidBody)bulletRay.GetCollider()).ApplyCentralImpulse(-bulletRay.GetCollisionNormal() * (localDamage * 0.3f));
}
// Apply decal
Spatial decal = (Spatial)decalScene.Instance();
((Node)bulletRay.GetCollider()).AddChild(decal);
decal.GlobalTransform = new Transform(
decal.GlobalTransform.basis,
bulletRay.GetCollisionPoint()
);
decal.LookAt(bulletRay.GetCollisionPoint() + bulletRay.GetCollisionNormal(), new Vector3(1, 1, 0));
return;
}
}
}
else
{
AudioStreamPlayer3D empty = ((AudioStreamPlayer3D)audioNode.GetNode("empty"));
if (!empty.Playing)
{
empty.PitchScale = (float)GD.RandRange(0.9, 1.1);
empty.Play();
}
}
}
private void walk(float delta)
{
direction = Vector3.Zero;
// Direction player is looking
aim = head.GetGlobalTransform().basis;
// Get input
if (Input.IsActionPressed("Forward"))
{
direction.z -= 1;
}
if (Input.IsActionPressed("Backward"))
{
direction.z += 1;
}
if (Input.IsActionPressed("Left"))
{
direction.x -= 1;
}
if (Input.IsActionPressed("Right"))
{
direction.x += 1;
}
// Rotate direction
direction = direction.Rotated(Vector3.Up, head.Rotation.y);
direction.Normalized();
// Determine if player is on the ground and do some gravity stuff
if (IsOnFloor())
{
onGround = true;
var normal = onGroundRaycast.GetCollisionNormal();
var floorAngle = Math.PI * (Math.Acos(normal.Dot(Vector3.Up)));
if (floorAngle > maxSlopAngle)
{
velocity.y += gravity * delta;
}
}
else
{
if (!onGroundRaycast.IsColliding())
{
onGround = false;
}
velocity.y += gravity;
}
// Jump
if (Input.IsActionPressed("Jump") && onGround)
{
velocity.y += jumpHeight;
onGround = false;
}
Vector3 horizVelocity = velocity;
horizVelocity.y = 0;
// Speed to move at
float speed = maxWalkSpeed;
// Check if also running
if (Input.IsActionPressed("Run"))
{
speed = maxSprintSpeed;
}
// Position player would move to at max speed
var target = direction * speed;
// Decide if accel or deaccel
float acceleration;
if (direction.Dot(horizVelocity) > 0)
{
acceleration = accel;
}
else
{
acceleration = deAccel;
}
// Calculate amount to move based on acceleration.
horizVelocity = horizVelocity.LinearInterpolate(target, accel * delta);
velocity.x = horizVelocity.x;
velocity.z = horizVelocity.z;
// Move only when movement is not extremely small. Workaround for some godot bug
if (velocity.Length() > 0.1f)
{
// TODO: Velocity is not supposed to be multiplied by delta but it is above. Removing delta messes up velocity though so this needs experimenting.
velocity = MoveAndSlide(velocity, Vector3.Up, false, 4, 0.784398f, false);
}
// Apply impulse to rigidbodies player is colliding with
for (int i = 0; i < GetSlideCount(); i++)
{
var collision = GetSlideCollision(i);
// TODO: Replace this with something more proper than try catch
try
{
((RigidBody)collision.Collider).ApplyCentralImpulse(-collision.Normal + -collision.Normal * Velocity.Length());
}
catch {}
}
}
//Processes movement
public void ProcessMovement(float delta)
{
//Sets the normal in a variable to calculate the dot product later
if (GetFloorNormal() != Vector3.Zero)
{
Normal_vect = GetFloorNormal();
}
else if (Floor_cast.GetCollisionNormal() != Vector3.Zero)
{
Normal_vect = Floor_cast.GetCollisionNormal();
}
//Sets a redundant check to secure that the character isn't on the ground (and sets a fake normal that is perpendicular to the up vector)
if (!Floor_cast.IsColliding())
{
Normal_vect = Vector3.Forward;
Floor_dect = false;
}
//Reset the redundant check to true if it detects it touched the floor (and sets a -10 gravity value)
if (IsOnFloor())
{
Floor_dect = true;
Grav.y = -10;
}
//Sets the velocity of gravity if the check is negative
if (!Floor_dect)
{
Grav.y -= 30.0f * delta;
}
//Sets the velocity vector (acceleration coming in the future)
Velocity_vect = Direction_vect * 20;
//If the dot product of the normalized normal and the Vector 3 that points downwards is -0.5 < or 0.5 > and the player presed jump (aka space) set a variable to jump and change the gravity
if ((new Vector3(0, -1, 0).Dot(Normal_vect.Normalized()) > 0.5 || new Vector3(0, -1, 0).Dot(Normal_vect.Normalized()) < -0.5) && Input.IsActionPressed("Player_jump"))
{
Jumping = true;
Grav.y = 10;
}
//If you were not jumping and you fell from a platform it resets the gravity to 0 for 1 frame
if (Floor_dect_PFPS && !Floor_dect && !Jumping)
{
Grav.y = 0;
}
//If you were jumping and you touched the floor it reset jumping to false
if (!Floor_dect_PFPS && Floor_dect && Jumping)
{
Jumping = false;
}
//If the dot product of the normalized normal and the Vector 3 that points downwards is not -0.5 < and not 0.5 > or the Vector_velocity isn't 0 or is jumping, it aplies the movement WITH gravity
if (((!(new Vector3(0, -1, 0).Dot(Normal_vect.Normalized()) > 0.5) && !(new Vector3(0, -1, 0).Dot(Normal_vect.Normalized()) < -0.5)) || Velocity_vect != Vector3.Zero) || Jumping)
{
MoveAndSlide((Velocity_vect) + Grav, Vector3.Up, true);
}
Floor_dect_PFPS = Floor_dect;
//If you touch the ceiling with a positive y value on gravity and you keep pressing jump you get ""grabed"" on the ceiling, else you bonk
if (IsOnCeiling() && Grav.y > 0)
{
if (Input.IsActionPressed("Player_jump"))
{
Grav.y = 2;
}
else
{
Grav.y = 0;
}
}
}
public override void _Process(float delta)
{
// Mouse movement.
_mouse_motion.y = Clamp(_mouse_motion.y, -1550, 1550);
Transform t = GlobalTransform;
t.basis = new Basis(new Vector3(0, _mouse_motion.x * -0.001f, 0));
GlobalTransform = t;
var htr = head.GlobalTransform;
htr.basis = new Basis(new Vector3(_mouse_motion.y * -0.001f, 0, 0));
head.GlobalTransform = htr;
// Block selection.
var position = raycast.GetCollisionPoint();
var normal = raycast.GetCollisionNormal();
if (Input.IsActionJustPressed("pick_block"))
{
// Block picking.
var block_global_position = (position - normal / 2).Floor();
_selected_block = voxel_world.get_block_global_position(block_global_position);
}
else
{
// Block prev/next keys.
if (Input.IsActionJustPressed("prev_block"))
{
_selected_block -= 1;
}
if (Input.IsActionJustPressed("next_block"))
{
_selected_block += 1;
}
_selected_block = Wrap(_selected_block, 1, 30);
}
// # Set the appropriate texture.
var uv = Chunk.calculate_block_uvs(_selected_block);
Texture texture = selected_block_texture.Texture;
if (texture is AtlasTexture atlasTexture)
{
atlasTexture.Region = new Rect2(uv[0] * 512, Vector2.One * 64);
}
// Block breaking/placing.
if (crosshair.Visible && raycast.IsColliding())
{
var breaking = Input.IsActionJustPressed("break");
var placing = Input.IsActionJustPressed("place");
// Either both buttons were pressed or neither are, so stop.
if (breaking == placing)
{
return;
}
if (breaking)
{
var block_global_position = (position - normal / 2).Floor();
voxel_world.set_block_global_position(block_global_position, 0);
}
else if (placing)
{
var block_global_position = (position + normal / 2).Floor();
voxel_world.set_block_global_position(block_global_position, _selected_block);
}
}
}
public override void AReady()
{
PlayerSprite = GetNodeOrNull(new NodePath("PlayerSprite")) as AnimatedSprite3D;
ActorDetectorArea = GetNodeOrNull(new NodePath("ActorDetector")) as Area;
FloorRayCast = GetNodeOrNull(new NodePath("FloorRayCast")) as RayCast;
if (PlayerSprite == null || ActorDetectorArea == null || FloorRayCast == null)
{
GD.PrintErr("One or multiple required child nodes could not be found! Some features won't work!");
}
InputManager = new InputManager(PlayerNumber);
StandState = new ActorState(() =>
{ //Enter State
SnapToGround = true;
}, (float delta) =>
{ //Process State
if (Mathf.Abs(Velocity.x) > 0.5f)
{
PlayerSprite.SetAnimation(PlayerAnimation.WALK);
PlayerSprite.Frames.SetAnimationSpeed(PlayerAnimation.WALK, (Mathf.Abs(Velocity.x)) + 5);
}
else
{
PlayerSprite.SetAnimation(PlayerAnimation.IDLE);
}
}, (float delta) =>
{ //State Physics Processing
if (InputManager.DirectionalInput.x != 0)
{
ChangeState(WalkState);
}
CanFall();
CanJump();
CanCrouch();
}, () =>
{ //Exit State
});
WalkState = new ActorState(() =>
{ //Enter State
SetSpeedLimit(WalkSpeed);
SnapToGround = true;
}, (float delta) =>
{ //Process State
if (Mathf.Sign(Velocity.x) == Mathf.Sign(InputManager.DirectionalInput.x) || Velocity.x == 0)
{
PlayerSprite.SetAnimation(PlayerAnimation.WALK);
PlayerSprite.Frames.SetAnimationSpeed(PlayerAnimation.WALK, (Mathf.Abs(Velocity.x)) + 5);
}
else
{
PlayerSprite.SetAnimation(PlayerAnimation.TURN);
}
}, (float delta) =>
{ //State Physics Processing
if (InputManager.DirectionalInput.x == 0)
{
ChangeState(StandState);
}
if (InputManager.RunPressed || InputManager.AltRunPressed)
{
ChangeState(RunState);
}
CanFall();
CanJump();
CanCrouch();
float force = InputManager.DirectionalInput.x * WalkAcceleration;
ApplyForce2D(new Vector2(force, 0));
}, () =>
{ //Exit State
});
RunState = new ActorState(() =>
{ //Enter State
SetSpeedLimit(RunSpeed);
SnapToGround = true;
}, (float delta) =>
{ //Process State
if (Mathf.Sign(Velocity.x) == Mathf.Sign(InputManager.DirectionalInput.x) || Velocity.x == 0)
{
PlayerSprite.SetAnimation(PlayerAnimation.WALK);
PlayerSprite.Frames.SetAnimationSpeed(PlayerAnimation.WALK, (Mathf.Abs(Velocity.x)) + 7);
}
else
{
PlayerSprite.SetAnimation(PlayerAnimation.TURN);
}
}, (float delta) =>
{ //State Physics Processing
if (InputManager.DirectionalInput.x == 0)
{
ChangeState(StandState);
}
if (!InputManager.RunPressed && !InputManager.AltRunPressed)
{
ChangeState(WalkState);
}
if (GetElapsedTimeInState() > LongRunTime)
{
ChangeState(LongRunState);
}
CanFall();
CanJump();
CanCrouch();
float force = InputManager.DirectionalInput.x * RunAcceleration;
ApplyForce2D(new Vector2(force, 0));
}, () =>
{ //Exit State
});
LongRunState = new ActorState(() =>
{ //Enter State
PlayerSprite.SetAnimation(PlayerAnimation.LONG_RUN);
SetSpeedLimit(LongRunSpeed);
SnapToGround = true;
}, (float delta) =>
{ //Process State
if (Mathf.Sign(Velocity.x) == Mathf.Sign(InputManager.DirectionalInput.x) || Velocity.x == 0)
{
PlayerSprite.SetAnimation(PlayerAnimation.LONG_RUN);
PlayerSprite.Frames.SetAnimationSpeed(PlayerAnimation.LONG_RUN, (Mathf.Abs(Velocity.x)) + 10);
}
else
{
PlayerSprite.SetAnimation(PlayerAnimation.TURN);
}
}, (float delta) =>
{ //State Physics Processing
if (InputManager.DirectionalInput.x == 0)
{
ChangeState(StandState);
}
if (!InputManager.RunPressed && !InputManager.AltRunPressed || Mathf.Sign(Velocity.x) != Mathf.Sign(InputManager.DirectionalInput.x))
{
ChangeState(WalkState);
}
CanFall();
CanJump();
CanCrouch();
float force = InputManager.DirectionalInput.x * LongRunAcceleration;
ApplyForce2D(new Vector2(force, 0));
}, () =>
{ //Exit State
});
JumpState = new ActorState(() =>
{ //Enter State
SnapToGround = false;
float speed = Mathf.Abs(Velocity.x);
if (speed > RunSpeed)
{
ApplyForce2D(new Vector2(0, LongRunJumpForce));
PlayerSprite.SetAnimation(PlayerAnimation.HIGH_JUMP);
}
else if (speed > 0.5f)
{
ApplyForce2D(new Vector2(0, WalkJumpForce));
PlayerSprite.SetAnimation(PlayerAnimation.JUMP);
}
else if (PreviousState == CrouchState)
{
ApplyForce2D(new Vector2(0, IdleJumpForce));
PlayerSprite.SetAnimation(PlayerAnimation.CROUCH);
SetPlayerCollisionShape(PlayerCollisionShape.SMALL);
}
else
{
ApplyForce2D(new Vector2(0, IdleJumpForce));
PlayerSprite.SetAnimation(PlayerAnimation.JUMP);
}
}, (float delta) =>
{ //Process State
//DebugText.Display("P" + PlayerNumber + "_JumpSusTime", "P" + PlayerNumber + " Jump Sustain Time: " + (MaxJumpSustainTime - GetElapsedTimeInState()).ToString());
}, (float delta) =>
{ //State Physics Processing
if (IsOnFloor())
{
ChangeState(StandState);
}
if ((!InputManager.JumpPressed && !InputManager.AltJumpPressed) || GetElapsedTimeInState() > MaxJumpSustainTime)
{
ChangeState(FallState);
}
if (SpeedLimit >= LongRunSpeed && (InputManager.RunPressed || InputManager.AltRunPressed))
{
SetSpeedLimit(LongRunSpeed);
}
else if (InputManager.RunPressed || InputManager.AltRunPressed)
{
SetSpeedLimit(RunSpeed);
}
else
{
SetSpeedLimit(WalkSpeed);
}
//Add some force for extra air time if the jump button is held
ApplyForce2D(Vector2.Up, Gravity.y * (1 - JumpSustainGravityMultiplier));
float force = InputManager.DirectionalInput.x * AirHorizontalAcceleration;
ApplyForce2D(new Vector2(force, 0));
}, () =>
{ //Exit State
//DebugText.Remove("P" + PlayerNumber + "_JumpSusTime");
SetPlayerCollisionShape(GetDefaultCollisionShape());
});
SpinJumpState = new ActorState(() =>
{ //Enter State
SnapToGround = false;
PlayerSprite.SetAnimation(PlayerAnimation.SPIN_JUMP);
float speed = Mathf.Abs(Velocity.x);
if (speed > RunSpeed)
{
ApplyForce2D(new Vector2(0, LongRunJumpForce));
}
else if (speed > 0.5f)
{
ApplyForce2D(new Vector2(0, WalkJumpForce));
}
else if (PreviousState == CrouchState)
{
ApplyForce2D(new Vector2(0, IdleJumpForce));
}
else
{
ApplyForce2D(new Vector2(0, IdleJumpForce));
}
}, (float delta) =>
{ //Process State
//DebugText.Display("P" + PlayerNumber + "_JumpSusTime", "P" + PlayerNumber + " Jump Sustain Time: " + (MaxJumpSustainTime - GetElapsedTimeInState()).ToString());
}, (float delta) =>
{ //State Physics Processing
if (IsOnFloor())
{
ChangeState(StandState);
}
if ((!InputManager.JumpPressed && !InputManager.AltJumpPressed) || GetElapsedTimeInState() > MaxJumpSustainTime)
{
ChangeState(FallState);
}
if (SpeedLimit >= LongRunSpeed && (InputManager.RunPressed || InputManager.AltRunPressed))
{
SetSpeedLimit(LongRunSpeed);
}
else if (InputManager.RunPressed || InputManager.AltRunPressed)
{
SetSpeedLimit(RunSpeed);
}
else
{
SetSpeedLimit(WalkSpeed);
}
//Add some force for extra air time if the jump button is held
ApplyForce2D(Vector2.Up, Gravity.y * (1 - JumpSustainGravityMultiplier));
float force = InputManager.DirectionalInput.x * AirHorizontalAcceleration;
ApplyForce2D(new Vector2(force, 0));
}, () =>
{ //Exit State
//DebugText.Remove("P" + PlayerNumber + "_JumpSusTime");
});
FallState = new ActorState(() =>
{ //Enter State
if (InputManager.DirectionalInput.y < CrouchInputThreshold)
{
PlayerSprite.SetAnimation(PlayerAnimation.CROUCH);
SetPlayerCollisionShape(PlayerCollisionShape.SMALL);
}
else if (PreviousState == SpinJumpState)
{
PlayerSprite.SetAnimation(PlayerAnimation.SPIN_JUMP);
}
else
{
PlayerSprite.SetAnimation(PlayerAnimation.FALL);
}
SnapToGround = false;
}, (float delta) =>
{ //Process State
}, (float delta) =>
{ //State Physics Processing
if (IsOnFloor())
{
if (InputManager.DirectionalInput.y < CrouchInputThreshold)
{
ChangeState(CrouchState);
}
else
{
ChangeState(StandState);
}
}
if (SpeedLimit >= LongRunSpeed && (InputManager.RunPressed || InputManager.AltRunPressed))
{
SetSpeedLimit(LongRunSpeed);
}
else if (InputManager.RunPressed || InputManager.AltRunPressed)
{
SetSpeedLimit(RunSpeed);
}
else
{
SetSpeedLimit(WalkSpeed);
}
float force = InputManager.DirectionalInput.x * AirHorizontalAcceleration;
ApplyForce2D(new Vector2(force, 0));
}, () =>
{ //Exit State
SetPlayerCollisionShape(GetDefaultCollisionShape());
});
CrouchState = new ActorState(() =>
{ //Enter State
SnapToGround = true;
var angle = Mathf.Rad2Deg(Mathf.Acos(FloorRayCast.GetCollisionNormal().Dot(FloorNormal)));
if (angle >= SlideMinAngle)
{
ChangeState(SlideState);
return;
}
PlayerSprite.SetAnimation(PlayerAnimation.CROUCH);
SetPlayerCollisionShape(PlayerCollisionShape.SMALL);
}, (float delta) =>
{ //Process State
}, (float delta) =>
{ //State Physics Processing
Transform slightlyRight;
slightlyRight.origin = Transform.origin;
slightlyRight.basis = Transform.basis;
slightlyRight.origin.x += 0.4f;
Transform slightlyLeft;
slightlyLeft.origin = Transform.origin;
slightlyLeft.basis = Transform.basis;
slightlyLeft.origin.x -= 0.4f;
if (!TestMove(Transform, new Vector3(0, 0.5f, 0)))
{
if (InputManager.DirectionalInput.y >= CrouchInputThreshold)
{
ChangeState(StandState);
}
CanJump();
CanFall();
}
else if (!TestMove(slightlyRight, new Vector3(0, 0.5f, 0)))
{
ApplyForce2D(new Vector2(0.4f, 0));
}
else if (!TestMove(slightlyLeft, new Vector3(0, 0.5f, 0)))
{
ApplyForce2D(new Vector2(-0.4f, 0));
}
else
{
if (InputManager.JumpJustPressed || InputManager.AltJumpJustPressed)
{
ApplyForce2D(new Vector2(CrouchBoostForce.x * InputManager.DirectionalInput.x, CrouchBoostForce.y));
}
}
}, () =>
{ //Exit State
SetPlayerCollisionShape(GetDefaultCollisionShape());
});
SlideState = new ActorState(() =>
{ //Enter State
SetSpeedLimit(SlideSpeed);
SnapToGround = true;
PlayerSprite.SetAnimation(PlayerAnimation.SLIDE);
autoPlayerFacing = false;
}, (float delta) =>
{ //Process State
//Manually flip the sprite according to the movement direction
if (Velocity.x > 0)
{
PlayerSprite.SetFlipH(false);
}
else if (Velocity.x < 0)
{
PlayerSprite.SetFlipH(true);
}
}, (float delta) =>
{ //State Physics Processing
Vector3 normal = FloorRayCast.GetCollisionNormal();
float angle = Mathf.Rad2Deg(Mathf.Acos(normal.Dot(FloorNormal)));
if (angle < SlideMinAngle)
{
ChangeState(InputManager.DirectionalInput.y < CrouchInputThreshold ? CrouchState : StandState);
}
CanFall();
CanJump();
float force = Mathf.Sign(normal.x) * SlideAcceleration;
ApplyForce2D(new Vector2(force, 0));
}, () =>
{ //Exit State
autoPlayerFacing = true;
});
}
public void GroundMove(float delta)
{
Vector3 wishDir = new Vector3();
if (!_wishJump)
{
ApplyFriction(1.0f, delta);
}
else
{
ApplyFriction(0, delta);
}
float scale = CmdScale();
wishDir += _pCmd.aim.x * _pCmd.move_right;
wishDir -= _pCmd.aim.z * _pCmd.move_forward;
wishDir = wishDir.Normalized();
_moveDirectionNorm = wishDir;
float wishSpeed = wishDir.Length();
wishSpeed *= _moveSpeed;
Accelerate(wishDir, wishSpeed, _runAcceleration, delta);
if (_climbLadder)
{
if (_pCmd.move_forward != 0f)
{
_playerVelocity.y = _moveSpeed * (_pCmd.cam_angle / 90) * _pCmd.move_forward;
}
else
{
_playerVelocity.y = 0;
}
if (_pCmd.move_right == 0f)
{
_playerVelocity.x = 0;
_playerVelocity.z = 0;
}
}
/*else
* {
* _playerVelocity.y = 0;
* }*/
// walk up stairs
if (wishSpeed > 0 && _stairCatcher.IsColliding())
{
Vector3 col = _stairCatcher.GetCollisionNormal();
float ang = Mathf.Rad2Deg(Mathf.Acos(col.Dot(_world.Up)));
if (ang < _maxStairAngle)
{
_playerVelocity.y = _stairJumpHeight;
}
}
if (_wishJump && IsOnFloor())
{
_playerVelocity.y = _jumpSpeed;
_wishJump = false;
}
}
