private void InputManager_Update(On.InputManager.orig_Update orig, InputManager self)
{
orig(self);
List <Hero> localHeroes = Hero.LocalPlayerActiveRecruitedHeroes;
foreach (Hero h in localHeroes)
{
// First need to confirm that the hero is done with all of their current actions so that the next action can be accomplished
if (!h.MoverCpnt.IsMoving && h.MoverCpnt.CanMove && h.IsUsable && new DynData <Hero>(h).Get <Item>("gatheringItem") == null) // or need to check to see if i just opened a door, cause then i can pop from the queue.
{
// Then need to confirm that the hero has a queue
if (queue.ContainsKey(h))
{
if (queue[h] == null)
{
mod.Log("Null hero list... This should never happen!");
continue;
}
if (queue[h].Count == 0)
{
// There are no actions in the queue
continue;
}
PopQueue(h);
}
}
}
}
private void InputManager_Update(On.InputManager.orig_Update orig, InputManager self)
{
KeyCode key = (KeyCode)Enum.Parse(typeof(KeyCode), (mod.settings as PingSettings).Key);
if (Input.GetKeyDown(key))
{
// First, find the mouse position as a unity vector
// Next, spawn something there that lasts for x seconds
// Finally, remove it after those seconds pass
IGameCameraService gameCameraManager = Services.GetService <IGameCameraService>();
GameNetworkManager net = GameObject.FindObjectOfType <GameNetworkManager>();
IMessageBox msgBox = new DynData <GameNetworkManager>(net).Get <IMessageBox>("messageBox");
RaycastHit[] array = Physics.RaycastAll(gameCameraManager.ScreenPointToRay(Input.mousePosition), float.PositiveInfinity);
Array.Sort <RaycastHit>(array, (RaycastHit hitInfo1, RaycastHit hitInfo2) => hitInfo1.distance.CompareTo(hitInfo2.distance));
// In theory the first raycast hit should be the best?
// Not sure if this is the case...
Vector3 mousePos = array[0].point;
mod.Log("Raycast hits:");
foreach (RaycastHit ra in array)
{
mod.Log("Dist: " + ra.distance + " with pos: " + ra.point);
}
mod.Log("Mouse pos: " + mousePos.ToString());
bool assert = (bool)typeof(GameNetworkManager).GetMethod("AssertMessageBoxIsSet", System.Reflection.BindingFlags.NonPublic | System.Reflection.BindingFlags.Instance).Invoke(net, new object[0]);
if (assert && msgBox != null && net != null)
{
PingMessage pm = new PingMessage();
pm.SetPos(mousePos);
Message m = pm as Message;
mod.Log("Assertion: " + assert);
mod.Log("Net: " + net.name);
mod.Log("MSG BOX: " + msgBox.ToString());
EP2PSend temp = msgBox.SteamNetworkingSendMode;
msgBox.SteamNetworkingSendMode = EP2PSend.k_EP2PSendReliable;
msgBox.SendMessage(ref m, net.GetLobbyPlayerIDs());
msgBox.SteamNetworkingSendMode = temp;
mod.Log("Attempting to display!");
}
else
{
GameObject obj = new GameObject("PING OBJECT");
PingScript p = obj.AddComponent <PingScript>();
p.pos = mousePos;
mod.Log("It seems the game is not in multiplayer, attempting to create a local ping!");
}
}
orig(self);
}
private void InputManager_Update(On.InputManager.orig_Update orig, InputManager self)
{
orig(self);
Dungeon d = SingletonManager.Get <Dungeon>(false);
if (!overwriteWrapper.Value)
{
SeedCollection.UnLoad();
}
else
{
if (!SeedCollection.Loaded)
{
mod.Log("Reinitializing SeedCollection because it isn't loaded!");
SeedCollection.ReadAll();
}
}
if (d == null)
{
return;
}
if (Input.GetKeyUp((KeyCode)Enum.Parse(typeof(KeyCode), saveKeyWrapper.Value)))
{
mod.Log("Saving SeedData to SeedCollection!");
SeedCollection best = SeedCollection.GetMostCurrentSeeds(d.ShipName, d.Level);
if (best == null)
{
mod.Log("Creating new SeedCollection because there were no matching SeedCollections!");
best = SeedCollection.Create();
}
SeedData data = new SeedData();
d.EnqueueNotification("Saved SeedData: " + data + " to: " + best.ReadFrom);
best.Add(d.ShipName, d.Level, data);
SeedCollection.WriteAll();
mod.Log("Wrote SeedCollection to: " + best.ReadFrom);
}
if (Input.GetKeyUp((KeyCode)Enum.Parse(typeof(KeyCode), createNewSeedKeyWrapper.Value)))
{
mod.Log("Created new SeedCollection!");
SeedCollection best = SeedCollection.Create();
SeedData data = new SeedData();
best.Add(d.ShipName, d.Level, data);
SeedCollection.WriteAll();
d.EnqueueNotification("Saved SeedData: " + data + " to new: " + best.ReadFrom);
mod.Log("Wrote SeedCollection to: " + best.ReadFrom);
}
}
private void InputManager_Update(On.InputManager.orig_Update orig, InputManager self)
{
// Do the recording, pausing, resetting, and playing here.
// Updates the state
UpdateState();
// Performs an action depending on the state
if (SingletonManager.Get <Dungeon>(false) == null)
{
// We don't have a Dungeon to work with yet!
// This should be removed soon and instead of having levels, have time stamps or something else.
// That would allow for TAS in menus (without a Dungeon)
orig(self);
return;
}
int level = SingletonManager.Get <Dungeon>(false).Level;
if (HasFlag(State.Pausing))
{
// Need to find some way of doing standard processing except for actually updating the game
}
if (HasFlag(State.Playing) && !HasFlag(State.Pausing))
{
// Read Inputs from file/RAM and perform them
if (TASInput.HasNext(level))
{
TASInputPlayer.Update(TASInput.GetNext(level));
mod.Log("Playing input: " + TASInputPlayer.Current);
}
else
{
mod.Log("Completed input playback!");
ToggleState(State.Playing);
}
}
if (HasFlag(State.Recording))
{
// Read Inputs from real action into file/RAM
// Assumes the current level exists.
TASInput.CreateAndAdd(level);
// Also make sure that the seed is correctly set
mod.Log("Recording input: " + TASInput.inputs[level][TASInput.inputs[level].Count - 1].ToString());
// TODO: REMOVE LINE BELOW
ToggleState(State.Recording);
}
if (HasFlag(State.Saving))
{
// Save the current floor as a start point (somehow)
// Probably just save the SeedData and do a "generateForLevel" or something
SaveKey = GameSave.GenerateSaveKey();
SingletonManager.Get <Dungeon>(false).SaveGameData(SaveKey);
mod.Log("Saved Key: " + SaveKey + " saved successfully!");
ToggleState(State.Saving);
}
if (HasFlag(State.SavingToFile))
{
// Assume the Dungeon exists, use it to determine the level to write the TAS for.
mod.Log("Writing files with *" + tasFileExtensionWrapper.Value);
TASIO.WriteTAS(TASInput.inputs, tasFileExtensionWrapper.Value);
ToggleState(State.SavingToFile);
}
if (HasFlag(State.ReadingFromFiles))
{
// Don't assume that the Dungeon exists, but read the many information things from the TAS file.
// The trick with this is that the seed also needs to be read.
TASInput.Clear();
mod.Log("Reading from *" + tasFileExtensionWrapper.Value + " files...");
foreach (string file in System.IO.Directory.GetFiles(".", "*" + tasFileExtensionWrapper.Value))
{
// Let's just load all of the info into the TASInput RAM
mod.Log("Reading file: " + file);
TASIO.ReadTAS(file);
}
ToggleState(State.ReadingFromFiles);
}
if (HasFlag(State.Resetting))
{
// Reset to the current save point (whatever floor it is)
// Probably just do a "generateForLevel" or something (make the game think the data was saved in a certain way)
mod.Log("Attempting to load SaveKey: " + SaveKey);
if (SaveKey.Length > 0)
{
// Only now can we load valid data.
mod.Log("Preparing Dungeon for SaveKey!");
Dungeon.PrepareForSavedGame(SaveKey, false);
}
ToggleState(State.Resetting);
}
if (HasFlag(State.Clearing))
{
// Clear the data for this level
TASInput.ClearForLevel(level);
mod.Log("Cleared all TAS data for level: " + level);
ToggleState(State.Clearing);
}
orig(self);
}
