private void PlaybackButton(PressedActionArgs args)
{
if (!hologramRecording && !hologramPlaying && recordedPaths[selectedPath].First.HasValue && !(recordedPaths[selectedPath].Second > 0.0f))
{
StopPreview();
hologramPlayback = new GameObject("HologramPlayback", Owner.LocalPosition, Owner.LocalQuaternionRotation,
Owner.LocalScale, Owner.Scene, Owner.Parent);
Minimap.Hologram = hologramPlayback;
hologramPlayback.AddComponent(new HologramPlayback(recordedPaths[selectedPath].First.Value, StopPlayback));
recordedPaths[selectedPath].Second = recordedPaths[selectedPath].First.Value.Duration;
if (HologramMesh != null)
{
hologramPlayback.AddComponent(HologramMesh);
AnimationController anim = hologramPlayback.AddNewComponent <AnimationController>();
anim.BindAnimation("runForward", 1, true);
anim.BindAnimation("runBackward", 1, true);
anim.BindAnimation("runLeft", 1, true);
anim.BindAnimation("runRight", 1, true);
anim.BindAnimation("walkForward", 2, true);
anim.BindAnimation("walkBackward", 2, true);
anim.BindAnimation("walkLeft", 2, true);
anim.BindAnimation("walkRight", 2, true);
anim.BindAnimation("death", 3);
anim.BindAnimation("jump", 4);
anim.BindAnimation("crouchForward", 5, true);
anim.BindAnimation("crouchBackward", 5, true);
anim.BindAnimation("crouchLeft", 5, true);
anim.BindAnimation("crouchRight", 5, true);
anim.SetBindPose(isCrouching ? HologramMesh.Model.Clips[5] : HologramMesh.Model.Clips[3]);
}
this.hologramPlaying = true;
playingPath = selectedPath;
}
}
private void SelectHologramPath(PressedActionArgs args)
{
if (hologramRecording)
{
return;
}
if (hologramPreview)
{
StopPreview();
}
switch (args.action)
{
case GameAction.SELECT_FIRST_HOLOGRAM: selectedPath = 0; break;
case GameAction.SELECT_SECOND_HOLOGRAM: selectedPath = 1; break;
case GameAction.SELECT_THIRD_HOLOGRAM: selectedPath = 2; break;
}
if (!hologramPlaying)
{
if (recordedPaths[selectedPath].First.HasValue)
{
Minimap.Hologram = recordedPaths[selectedPath].First.Value.StartGlobalPosition;
}
else
{
Minimap.Hologram = null;
}
}
}
private void dropWeapon(PressedActionArgs args)
{
if (getWeapon() != null)
{
removeWeapon(getWeapon().Owner);
}
}
private void Crouch(PressedActionArgs args)
{
isCrouching = true;
movement = Movement.CROUCH;
Owner.Scene.Camera.LocalPosition = Owner.Scene.Camera.LocalPosition - new Vector3(0, 9, 0);
playerCameraPosition -= 9 * Vector3.Up;
}
private void Jump(PressedActionArgs args)
{
float timer = path.LocalPositions.Count * sampleTime + time;
path.Actions.Add(new Pair <Pair <float, float?>, Pair <GameAction, bool> >(new Pair <float, float?>(timer, null),
new Pair <GameAction, bool>(args.action, false)));
}
private void Run(PressedActionArgs args)
{
isRunning = true;
if (movement == Movement.WALK || movement == Movement.IDLE)
{
movement = Movement.RUN;
}
}
public void StopPlayback(PressedActionArgs args)
{
if (handler != null)
{
handler();
}
Owner.Scene.Destroy(Owner);
}
private void Jump(PressedActionArgs args)
{
// TODO: Needs logic for jumping and movement.
// Movement state will be the base for animation (possibly plus actual speed of the character).
Rigidbody rigidbody = Owner.GetComponent <Rigidbody>();
if (rigidbody != null && rigidbody.IsGrounded)
{
rigidbody.AddImpulseForce(rigidbody.Mass * 40 * Vector3.Up);
}
}
private void Reload(PressedActionArgs args)
{
if (hologramRecording)
{
return;
}
Weapon weapon = getWeapon();
if (weapon == null)
{
return;
}
weapon.reload();
}
private void StopRecording(PressedActionArgs args)
{
foreach (Pair <Pair <float, float?>, Pair <GameAction, bool> > action in path.Actions)
{
if (action.First.Second == null)
{
action.First.Second = sampleTime * path.LocalPositions.Count + time;
}
}
if (handler != null)
{
handler(path);
}
Owner.Scene.Destroy(Owner);
}
private void Interact(PressedActionArgs args)
{
if (closestObject != null)
{
Interaction interact = closestObject.GetComponent <Interaction>();
if (canInteract())
{
interact.Interact(Owner);
}
System.Console.WriteLine(closestObject.Name + " " + closestObjectDistance);
}
else
{
System.Console.WriteLine("No object found in radius.");
}
}
private void RecordingButton(PressedActionArgs args)
{
Rigidbody rig = Owner.GetComponent <Rigidbody>();
if (!hologramRecording && !hologramPlaying && (rig == null || rig.IsGrounded || !rig.GravityEnabled))
{
GameObject hologramRecording = new GameObject("HologramRecorder", Owner.LocalPosition,
Owner.LocalQuaternionRotation, Owner.LocalScale, Owner.Scene, Owner.Parent);
hologramRecording.AddComponent(new HologramRecorder(5.0f, 100, StopRecording));
hologramRecording.AddComponent(new Rigidbody(Owner.GetComponent <Rigidbody>()));
Collider holCol = hologramRecording.AddNewComponent <Collider>();
Bounding_Volumes.BoundingBox bound = (Owner.GetComponent <Collider>().bound as Bounding_Volumes.BoundingBox);
holCol.bound = new Bounding_Volumes.BoundingBox(holCol, bound.Center, new Vector3(bound.HalfLength, bound.HalfHeight, bound.HalfWidth));
MeshInstance mesh = Owner.GetComponent <MeshInstance>();
if (mesh != null)
{
hologramRecording.AddComponent(new MeshInstance(mesh));
}
if (PlayerMesh != null)
{
Owner.AddComponent(PlayerMesh);
AnimationController contr = Owner.AddNewComponent <AnimationController>();
contr.BindAnimation("idle", isCrouching ? 7 : 6, true);
contr.PlayAnimation("idle");
}
Stay(null);
if (getWeapon() != null)
{
getWeapon().Owner.IsVisible = false;
}
player = Owner;
playerRotation = Owner.LocalQuaternionRotation;
Vector3 rotation = Owner.LocalEulerRotation;
Owner.RemoveComponent(this);
hologramRecording.AddComponent(this);
Owner.Scene.Camera.Parent = hologramRecording;
rotation.Y = 0; rotation.Z = 0;
player.LocalEulerRotation = rotation;
this.hologramRecording = true;
}
}
private void PreviewHologram(PressedActionArgs args)
{
if (hologramPreview)
{
StopPreview();
return;
}
if (!hologramRecording && !hologramPlaying && recordedPaths[selectedPath].First.HasValue)
{
preview = new GameObject("HologramPreview", Owner.LocalPosition, Owner.LocalQuaternionRotation,
Owner.LocalScale, Owner.Scene, Owner.Parent);
Minimap.Hologram = preview;
preview.AddComponent(new HologramPlayback(recordedPaths[selectedPath].First.Value, StopPreview));
if (PreviewMesh != null)
{
preview.AddComponent(PreviewMesh);
AnimationController anim = preview.AddNewComponent <AnimationController>();
anim.BindAnimation("runForward", 1, true);
anim.BindAnimation("runBackward", 1, true);
anim.BindAnimation("runLeft", 1, true);
anim.BindAnimation("runRight", 1, true);
anim.BindAnimation("walkForward", 2, true);
anim.BindAnimation("walkBackward", 2, true);
anim.BindAnimation("walkLeft", 2, true);
anim.BindAnimation("walkRight", 2, true);
anim.BindAnimation("death", 3);
anim.BindAnimation("jump", 4);
anim.BindAnimation("crouchForward", 5, true);
anim.BindAnimation("crouchBackward", 5, true);
anim.BindAnimation("crouchLeft", 5, true);
anim.BindAnimation("crouchRight", 5, true);
anim.SetBindPose(isCrouching ? PreviewMesh.Model.Clips[5] : PreviewMesh.Model.Clips[3]);
}
hologramPreview = true;
}
}
private void StartMoving(PressedActionArgs args)
{
isMoving++;
}
