MatchManager Class Reference

Responsible for managing a single match. More...

Inheritance diagram for MatchManager:

Collaboration diagram for MatchManager:

Public Types
enum	MatchState { init, running, gameOver }

Public Member Functions
Player	GetWinningPlayer ()
void	Start ()
void	OnDestroy ()

Static Public Member Functions
static MatchManager	Get ()

Public Attributes
GameObject []	spawnTiles

Private Member Functions
void	Awake ()
void	OnPlayerDeath (PlayerIdNetData data)
	Upon each players death, the clients update the players status and assess whether the game has ended. More...
void	CheckForMatchEnd ()
	Each players current status is held within its player information. More...
void	SendPlayerSpawnInfo ()
	Sends information on player figure spawn locations. More...

Private Attributes
MatchState	state
float	drawSimultaneousDeathTolerance = 0.05f
Player	winningPlayer

Static Private Attributes
static MatchManager	instance
	Singleton pattern instance, not persistent!

Detailed Description

Responsible for managing a single match.

Is thus part of each level scene and destroyed with it. The static singleton access can therefore not be guaranteed to return a valid object!

Definition at line 11 of file MatchManager.cs.

Member Enumeration Documentation

MatchState

enum MatchState

strong

Todo:

Remove as the match state can as well be inferred from the GameSM.

Definition at line 16 of file MatchManager.cs.

Member Function Documentation

Awake()

void Awake ( )

inlineprivate

Todo:

: Only have a MatchManager on the Host. Move Board functionality to a board or Level object.

Definition at line 65 of file MatchManager.cs.

CheckForMatchEnd()

void CheckForMatchEnd ( )

inlineprivate

Each players current status is held within its player information.

A reference to the winnings player is filled if the match result was not a draw. The player deaths are synchronized over clients, so the evaluation needs not to.

Definition at line 122 of file MatchManager.cs.

OnPlayerDeath()

void OnPlayerDeath ( PlayerIdNetData  data )

inlineprivate

Upon each players death, the clients update the players status and assess whether the game has ended.

Todo:

: This can be done when player data changes. The state will have changed to 'dead'.

Invoke the match end check a bit later, if multiple players died at about the same time. Will be invoked multiple times as well in that case, debounced by the Match State itself.

Definition at line 104 of file MatchManager.cs.

SendPlayerSpawnInfo()

void SendPlayerSpawnInfo ( )

inlineprivate

Sends information on player figure spawn locations.

This currently commences the game! These are randomized if set as such in the settings.

Todo:

: the spawn info should also contain the (synced) network time of the spawn. Rework the match startup phase in general (countdown, show-off, etc...).

Definition at line 148 of file MatchManager.cs.

Start()

void Start ( )

inline

Todo:

Lock and unlock the message queue, so everyone has finished loading when events arrive! Read the Photon documentation regarding this. Assess the below delay, add an initial Pre-Match phase for loading etc.

Todo:

shift more responsibility to the Game states

Definition at line 78 of file MatchManager.cs.

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The documentation for this class was generated from the following file:

• C:/Users/Toni/Documents/Programming/Unity/BomberUnits/Assets/Scripts/GameManagement/Match/MatchManager.cs