phys_slideconstraint Class Reference

About this class

Server-Entity: Sliding Physics Constraint.

QUAKED phys_slideconstraint (.5 .3 0) (-8 -8 -8) (8 8 8) BREAKCOLL LIMITENDS

OVERVIEW

Will slide an entity along a segment.

KEYS

• "targetname" : Name
• "attach1" : Entity 1
• "attach2" : Entity 2
• "slideaxis" : Axis onto which the entity slides along. Technically the position it is aiming at.
• "slidefriction" : Friction the entity experiences along the slide.

INPUTS

• "Break" : Forcefully break the constraint.
• "TurnOn" : Turn
• "TurnOff" : Disables the constraint

SPAWNFLAGS

• BREAKCOLL (1) : No collision until the connection breaks.
• LIMITENDS (2) : Limit endpoints.

TRIVIA

This entity was introduced in Half-Life 2 (2004).

Inheritance diagram for phys_slideconstraint:

Public Member Functions
void	phys_slideconstraint (void)
virtual void	Save (float)
	Handles saving a copy of this entity to a given filehandle.
virtual void	Restore (string, string)
	Similar to ncIO::SpawnKey() but for save-game fields.
virtual void	SpawnKey (string, string)
	This method handles entity key/value pairs on map load.
virtual void	Input (entity, string, string)
	Called when we are being prompted by another object/function with an input message.
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.
nonvirtual void	AfterSpawn (void)

Constructor & Destructor Documentation

phys_slideconstraint()

void phys_slideconstraint::phys_slideconstraint

(

void

)

Member Function Documentation

AfterSpawn()

void phys_slideconstraint::AfterSpawn

(

void

)

Input()

void phys_slideconstraint::Input ( entity eAct, string strInput, string strData )

virtual

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

Reimplemented from ncPhysicsConstraint.

Respawn()

void phys_slideconstraint::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 ncEntity.

Restore()

void phys_slideconstraint::Restore ( string keyName, string setValue )

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 ncPhysicsConstraint.

Save()

void phys_slideconstraint::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 ncPhysicsConstraint.

SpawnKey()

void phys_slideconstraint::SpawnKey ( string keyName, string setValue )

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 ncPhysicsConstraint.

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

• src/gs-entbase/server/phys_slideconstraint.qc