Nuclide
Software Development Kit for id Technology (BETA)

About this class

Shared-Entity: Smoke Emitter.

QUAKED env_smoker (1 .5 0) (-8 -8 -8) (8 8 8)

OVERVIEW

Basic emitter for smoke like effects.

KEYS

  • "targetname" : Name
  • "health" : Duration of the effect.
  • "scale" : Scale multiplier.
  • "dmg" : Angle variance multiplier.

TRIVIA

This entity was introduced in Half-Life (1998).

Inheritance diagram for env_smoker:
ncRenderableEntity

Public Member Functions

void env_smoker (void)
 
virtual void Respawn (void)
 Server: Called when the entity first spawns or when game-logic requests the entity to return to its original spawn state. More...
 
virtual void SpawnKey (string, string)
 This method handles entity key/value pairs on map load. More...
 
virtual void EvaluateEntity (void)
 Run each tic after physics are run to determine if we need to send updates over the network. More...
 
virtual float SendEntity (entity, float)
 Called by the engine whenever we need to send a client an update about this entity. More...
 
virtual void Trigger (entity, triggermode_t)
 Called whenever we're legacy triggered by another object or function. More...
 
virtual void Input (entity, string, string)
 Called when we are being prompted by another object/function with an input message. More...
 
virtual void Save (float)
 Handles saving a copy of this entity to a given filehandle. More...
 
virtual void Restore (string, string)
 Similar to ncIO::SpawnKey() but for save-game fields. More...
 
nonvirtual void DisableSmoker (void)
 
virtual float predraw (void)
 
virtual void ReceiveEntity (float, float)
 Client: Handles network updates from the server for the associated entity. More...
 

Constructor & Destructor Documentation

◆ env_smoker()

void env_smoker::env_smoker ( void  )

Member Function Documentation

◆ DisableSmoker()

void env_smoker::DisableSmoker ( void  )

◆ EvaluateEntity()

void env_smoker::EvaluateEntity ( void  )
virtual

Run each tic after physics are run to determine if we need to send updates over the network.

Reimplemented from ncRenderableEntity.

◆ Input()

void env_smoker::Input ( entity  eAct,
string  strInput,
string  strData 
)
virtual

Called when we are being prompted by another object/function with an input message.

Reimplemented from ncRenderableEntity.

◆ predraw()

float env_smoker::predraw ( void  )
virtual

Reimplemented from ncRenderableEntity.

◆ ReceiveEntity()

void env_smoker::ReceiveEntity ( float  flNew,
float  flChanged 
)
virtual

Client: Handles network updates from the server for the associated entity.

Reimplemented from ncRenderableEntity.

◆ Respawn()

void env_smoker::Respawn ( void  )
virtual

Server: Called when the entity first spawns or when game-logic requests the entity to return to its original spawn state.

Reimplemented from ncRenderableEntity.

◆ Restore()

void env_smoker::Restore ( string  strKey,
string  strValue 
)
virtual

Similar to ncIO::SpawnKey() but for save-game fields.

Whatever you write into file handles within your ncIO::Save() method needs to be read back in here.

Reimplemented from ncRenderableEntity.

◆ Save()

void env_smoker::Save ( float  handle)
virtual

Handles saving a copy of this entity to a given filehandle.

Within you want to use the ncIO::SaveFloat() etc. methods to write the internal member attributes to the specified file handle.

Reimplemented from ncRenderableEntity.

◆ SendEntity()

float env_smoker::SendEntity ( entity  ,
float   
)
virtual

Called by the engine whenever we need to send a client an update about this entity.

Reimplemented from ncRenderableEntity.

◆ SpawnKey()

void env_smoker::SpawnKey ( string  strKey,
string  strValue 
)
virtual

This method handles entity key/value pairs on map load.

You can easily convert the strValue parameter using the ReadFloat etc. methods that are part of ncIO.

Reimplemented from ncRenderableEntity.

◆ Trigger()

void env_smoker::Trigger ( entity  act,
triggermode_t  state 
)
virtual

Called whenever we're legacy triggered by another object or function.

Reimplemented from ncTrigger.


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