public void EditCraftFromBlueprint(CraftBlueprint bp)
{
ClearCurrCraft();
PlayerManager.instance.SetCraftInputEnabled(false);
PlayerManager.instance.PlayerCraft = null;
PlayerManager.instance.playerCraftWasNull = true; //To prevent spawn menu from opening again
currCraft = CraftBlueprint.SpawnCraftFromBlueprint(bp, transform.position, transform.eulerAngles);
SmoothFollowCam camComp = PlayerManager.instance.cam;
camComp.followTarget = CamLookTarget;
camComp.lookMode = SmoothFollowCam.LookMode.ORBIT;
camComp.freelook_xrot = 25;
camComp.freelook_yrot = 0;
camComp.rotation = 45;
camComp.zoom = 1f;
camRot = Vector2.zero;
foreach (PhysPart part in currCraft.GetComponentsInChildren <PhysPart>())
{
MakePartEditorFriendly(part);
}
currCraft.rb.isKinematic = true;
currCraft.enabled = false;
}
void FixedUpdate()
{
if (debug_CraftToSave != null)
{
debug_CraftBlueprint = CraftBlueprint.GetBlueprintFromCraft(debug_CraftToSave);
debug_CraftToSave = null;
}
if (debug_CraftBlueprint != null)
{
if (debug_SaveCraftBlueprint)
{
debug_SaveCraftBlueprint = false;
CraftBlueprint.SaveToFile(debug_CraftBlueprint);
}
if (debug_LoadCraftBlueprint)
{
debug_LoadCraftBlueprint = false;
debug_CraftBlueprint = CraftBlueprint.LoadFromFileByName(debug_LoadCraftBlueprintFileName);
}
if (debug_SpawnCraftBlueprint)
{
CraftBlueprint.SpawnCraftFromBlueprint(debug_CraftBlueprint, Vector3.up * 10f, Vector3.zero);
debug_SpawnCraftBlueprint = false;
}
if (debug_ForgetCraftBlueprint)
{
debug_ForgetCraftBlueprint = false;
debug_CraftBlueprint = null;
}
}
}
public void UpdateTransformStructureIfDisconnected()
{
MultipartPhysBody oldParent = GetBody();
if (!CheckConnectedToOrigin())
{
PhysPart[] ConnectedParts = PartConnection.GetConnectedParts(this);
Transform newDebrisCraft = new GameObject(oldParent.name + " debris").transform;
newDebrisCraft.SetParent(GameplayManager.GameplayTransform);
Transform newParent = new GameObject("Body").transform;
newParent.SetParent(newDebrisCraft);
newParent.transform.position = newDebrisCraft.transform.position = transform.position;
newParent.transform.rotation = newDebrisCraft.transform.rotation = transform.rotation;
foreach (PhysPart p in ConnectedParts)
{
p.transform.SetParent(newParent);
}
newDebrisCraft.gameObject.AddComponent <Rigidbody>().velocity = oldParent.rb.GetPointVelocity(transform.TransformPoint(CoMoffset));
newDebrisCraft.gameObject.AddComponent <MultipartPhysBody>();
oldParent.FullRecalcPhysics();
foreach (PhysPart p in ConnectedParts)
{
foreach (PartComponent c in p.components)
{
c.OnBodyChanged();
}
}
}
}
public void OnPlayerCraftSpawned(MultipartPhysBody craft)
{
//disable player input on previous craft
SetCraftInputEnabled(false);
//assign current craft and make camera follow it
PlayerCraft = craft;
cam.followTarget = null;
camSearchTimer = 0f;
//enable player input on current craft
SetCraftInputEnabled(true);
CraftEditor.instance.ClearCurrCraft();
}
public CraftBlueprint GetBlueprintFromCurrCraft()
{
//ignore held part
if (currPart != null)
{
currPart.transform.SetParent(null);
currPart.DestroyPartLite();
}
MultipartPhysBody physBody = currCraft.GetComponent <MultipartPhysBody>();
physBody.UpdatePhysParts(true);
foreach (PhysPart p in physBody.Parts)
{
p.connections = CalculatePartConnections(p);
}
return(CraftBlueprint.GetBlueprintFromCraft(physBody));
}
public static CraftBlueprint GetBlueprintFromCraft(MultipartPhysBody craft)
{
CraftBlueprint bp = new CraftBlueprint();
bp.craftName = craft.name;
//Generate parts list
int i = 0;
foreach (PhysPart part in craft.Parts)
{
//save part info
PartBlueprint p = part.GetBlueprint();
//Check if this is the origin part if originPartIndex isn't assigned yet. If it is the origin part, assign originPartIndex to reference it.
if (bp.originPartIndex == -1 && part == craft.originPart)
{
bp.originPartIndex = i;
}
bp.parts.Add(p);
i++;
}
//Generate part connections list now that we have all the parts.
//We can use indices interchangably between the physical craft and the blueprint because the parts were added in the same order.
int partIndex = 0;
foreach (PhysPart part in craft.Parts)
{
foreach (PartConnection connection in part.connections)
{
ConnectionBlueprint c = new ConnectionBlueprint();
c.fromIndex = partIndex; //set fromIndex to reference the part we are currently processing
int toIndex = craft.Parts.IndexOf(connection.toPart);
c.toIndex = toIndex;
bp.connections.Add(c);
}
partIndex++;
}
return(bp);
}
public void DestroyPart(float carryStress = 0f, bool useFX = true, DestructionType destructionType = DestructionType.GENERIC)
{
if (useFX)
{
bool fallbackToGeneric = false;
switch (destructionType)
{
case DestructionType.GENERIC:
fallbackToGeneric = true;
break;
default:
fallbackToGeneric = true;
break;
}
if (fallbackToGeneric)
{
if (DestroyGenericSounds)
{
DestroyGenericSounds.PlayRandomSoundAtPosition(transform.position);
}
if (DestroyGenericParticles)
{
DestroyGenericParticles.PlayRandomEffectAtPosition(transform.position, transform.eulerAngles, pfxScale);
}
}
}
while (connections.Count > 0)
{
DisconnectPart(connections[0].toPart, carryStress);
}
MultipartPhysBody body = GetBody();
body.StartCoroutine(body.FullRecalcPhysNextFixedUpdate());
Destroy(gameObject);
}
public static MultipartPhysBody SpawnCraftFromBlueprint(CraftBlueprint bp, Vector3 position, Vector3 rotation)
{
//Set up transform structure before adding any parts etc.
Transform t = new GameObject(bp.craftName).transform; //Main craft
t.position = position;
t.eulerAngles = rotation;
t.SetParent(GameplayManager.GameplayTransform);
Transform body = new GameObject("Body").transform; //Body (part holder)
body.SetParent(t);
body.localPosition = body.localEulerAngles = Vector3.zero;
//Set up components
t.gameObject.AddComponent <Rigidbody>();
MultipartPhysBody craft = t.gameObject.AddComponent <MultipartPhysBody>();
//Set up parts
List <PhysPart> spawnedParts = new List <PhysPart>();
foreach (PartBlueprint p in bp.parts)
{
PhysPart part = p.SpawnPart(body);
spawnedParts.Add(part);
}
//Set up part connections
foreach (ConnectionBlueprint c in bp.connections)
{
spawnedParts[c.fromIndex].connections.Add(new PartConnection(spawnedParts[c.toIndex], spawnedParts[c.fromIndex]));
}
//Disable input until it gets overriden by a system which is responsible for this (player spawning, AI spawning, etc.)
craft.SetBalancerInputActive(false);
return(craft);
}
/// <summary>
/// Called when craft breaks into multiple pieces for example
/// </summary>
public virtual void OnBodyChanged()
{
body = part.GetBody();
}
public void SpawnCraftFromBlueprint(CraftBlueprint bp)
{
MultipartPhysBody craft = CraftBlueprint.SpawnCraftFromBlueprint(bp, SpawnPoint.position, SpawnPoint.eulerAngles);
PlayerManager.instance.OnPlayerCraftSpawned(craft);
}
