env_beam: Initial implementation. Visual fluff still missing, but coming up!
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GPG Key ID:
CE2032F0A2882A22
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@ -14,6 +14,7 @@
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* OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
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*/
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/* TODO: needs to be made consistent across all entities. */
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void
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Entity_EntityUpdate(float type, float new)
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{
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@ -31,6 +32,9 @@ Entity_EntityUpdate(float type, float new)
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case ENT_SURFPROP:
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NSSurfacePropEntity_ReadEntity(new);
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break;
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case ENT_BEAM:
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env_beam_ReadEntity(new);
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break;
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case ENT_PHYSICS:
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NSPhysicsEntity_ReadEntity(new);
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break;
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@ -14,24 +14,361 @@
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* OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
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*/
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/*QUAKED env_beam (1 0 0) (-8 -8 -8) (8 8 8)
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/*QUAKED env_beam (1 0 0) (-8 -8 -8) (8 8 8) BEAM_STARTON BEAM_TOGGLE BEAM_RANDOMSTRIKE BEAM_RING BEAM_STARTSPARKS BEAM_ENDSPARKS BEAM_DECAL BEAM_SHADESTART BEAM_SHADEEND
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This entity is incomplete. Purely stub.
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-------- KEYS --------
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"targetname" : Name
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"LightningStart" : Targetname of the entity that acts as starting point for the beam.
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"LightningEnd" : Targetname of the entity that acts as an ending point for the beam.
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"Radius" : If either start/end point is undefined, it'll pick the nearest surface
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in this specified radius as start/end points.
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"life" : Lifetime of the beam in seconds.
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"StrikeTime" : Time in seconds before the beam reactivates.
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"damage" : Damage per second that's dealt when touching the inner beam.
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-------- SPAWNFLAGS --------
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BEAM_STARTON : Activate the beam at map start.
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BEAM_TOGGLE : Beam can now be toggled off, else StrikeTime + life keys take over.
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BEAM_RANDOMSTRIKE : Use variations in StrikeTime + life keys when set.
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BEAM_RING : TODO: Instead of a beam, two points will connect into a ring.
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BEAM_STARTSPARKS : TODO: Start of the beam will spark when set.
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BEAM_ENDSPARKS : TODO: End of the beam will spark when set.
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BEAM_DECAL : TODO: Presumably leaves decals when sparks hit a surface.
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BEAM_SHADESTART : TODO: Beam will fade towards the start point when set.
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BEAM_SHADEEND : TODO: Beam will fade towards the end point when set.
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-------- TRIVIA --------
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This entity was introduced in Half-Life (1998).
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*/
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enumflags
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{
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BEAM_CHANGED_ORIGIN,
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BEAM_CHANGED_STARTPOS_X,
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BEAM_CHANGED_STARTPOS_Y,
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BEAM_CHANGED_STARTPOS_Z,
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BEAM_CHANGED_ENDPOS_X,
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BEAM_CHANGED_ENDPOS_Y,
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BEAM_CHANGED_ENDPOS_Z,
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BEAM_CHANGED_ACTIVE
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};
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enumflags
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{
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BEAM_STARTON,
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BEAM_TOGGLE,
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BEAM_RANDOMSTRIKE,
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BEAM_RING,
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BEAM_STARTSPARKS,
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BEAM_ENDSPARKS,
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BEAM_DECAL,
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BEAM_SHADESTART,
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BEAM_SHADEEND
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};
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class
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env_beam
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env_beam:NSEntity
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{
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public:
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void env_beam(void);
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#ifdef SERVER
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virtual void Respawn(void);
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virtual void SpawnKey(string,string);
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virtual void EvaluateEntity(void);
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virtual float SendEntity(entity,float);
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virtual void Trigger(entity,int);
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nonvirtual void CastLaser(void);
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nonvirtual void LaunchBeam(void);
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nonvirtual void EndBeam(void);
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nonvirtual void StopBeam(void);
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#else
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virtual float predraw(void);
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virtual void ReceiveEntity(float,float);
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#endif
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private:
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PREDICTED_VECTOR(m_vecStartPos)
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PREDICTED_VECTOR(m_vecEndPos)
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PREDICTED_INT(m_iActive)
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#ifdef SERVER
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string m_strStartEnt;
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string m_strEndEnt;
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float m_flRadius;
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float m_flLifeTime;
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float m_flStrikeTime;
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float m_iDamage;
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#endif
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};
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void
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env_beam::env_beam(void)
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{
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#ifdef SERVER
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m_strStartEnt = __NULL__;
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m_strEndEnt = __NULL__;
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m_flRadius = 0.0f;
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m_flLifeTime = 0.0f;
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m_flStrikeTime = 0.0f;
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m_iDamage = 0i;
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#endif
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}
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#ifdef SERVER
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void
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env_beam::Respawn(void)
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{
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SetSize([0,0,0], [0,0,0]);
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SetOrigin(GetSpawnOrigin());
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m_iValue = 0;
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if (HasSpawnFlags(BEAM_STARTON))
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Trigger(this, TRIG_ON);
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}
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void
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env_beam::SpawnKey(string strKey, string strValue)
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{
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switch (strKey) {
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case "LightningStart":
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m_strStartEnt = ReadString(strValue);
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break;
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case "LightningEnd":
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m_strEndEnt = ReadString(strValue);
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break;
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case "Radius":
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m_flRadius = ReadFloat(strValue);
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break;
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case "life":
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m_flLifeTime = ReadFloat(strValue);
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break;
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case "StrikeTime":
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m_flStrikeTime = ReadFloat(strValue);
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break;
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case "damage":
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m_iDamage = ReadInt(strValue);
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break;
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default:
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super::SpawnKey(strValue, strKey);
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}
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}
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void
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env_beam::CastLaser(void)
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{
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traceline(m_vecStartPos, m_vecEndPos, MOVE_NORMAL, this);
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if (trace_fraction >= 1.0)
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return;
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if (trace_ent.takedamage == DAMAGE_NO)
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return;
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Damage_Apply(trace_ent, this, m_iDamage, 0, DMG_ELECTRO);
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}
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/* called first */
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void
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env_beam::LaunchBeam(void)
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{
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float lifetime;
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m_iActive = 1i; /* beam is now active */
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/* attack when desired */
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if (m_iDamage > 0)
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CastLaser();
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/* if it's set to be toggle, we will forget about timers altogether */
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if (HasSpawnFlags(BEAM_TOGGLE))
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return;
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/* if we have a specific life time set */
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if (m_flLifeTime)
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lifetime = m_flLifeTime;
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else if (m_flStrikeTime) /* else, we'll just have to take the strike time */
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lifetime = m_flStrikeTime;
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/* if lifetime is less or equal to 0, it's an infinite beam */
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if (lifetime <= 0.0f)
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return;
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if (HasSpawnFlags(BEAM_RANDOMSTRIKE))
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lifetime *= random();
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ScheduleThink(EndBeam, lifetime);
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}
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/* called second */
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void
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env_beam::EndBeam(void)
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{
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float striketime;
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m_iActive = 0i; /* beam is now active */
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striketime = m_flStrikeTime;
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/* if the strike time is less or equal to 0, don't replay it */
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if (striketime <= 0.0f)
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return;
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/* odd behaviour: don't re-strike if we have no life-time set? */
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if (m_flLifeTime <= 0.0f)
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return;
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if (HasSpawnFlags(BEAM_RANDOMSTRIKE))
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striketime *= random();
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ScheduleThink(LaunchBeam, striketime);
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}
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/* kill the beam under any circumstances. */
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void
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env_beam::StopBeam(void)
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{
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m_iActive = 0i; /* beam is now active */
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ReleaseThink();
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}
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void
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env_beam::Trigger(entity act, int state)
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{
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/* if toggle isn't enabled, it can only ever get activated */
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if (HasSpawnFlags(BEAM_TOGGLE) == false) {
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m_iValue = 1;
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} else {
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switch (state) {
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case TRIG_OFF:
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m_iValue = 0;
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break;
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case TRIG_ON:
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m_iValue = 1;
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break;
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default:
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m_iValue = 1 - m_iValue;
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}
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}
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/* either launch a whole new beam, or kill it entirely */
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if (m_iValue)
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LaunchBeam();
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else
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StopBeam();
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}
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void
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env_beam::EvaluateEntity(void)
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{
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entity eFind;
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/* only bother updating our start/end pos if we're running */
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if (m_iActive) {
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m_vecStartPos = origin;
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m_vecEndPos = origin;
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/* Get updated positions */
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if (m_strStartEnt) {
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eFind = find(world, ::targetname, m_strStartEnt);
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if (eFind) {
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m_vecStartPos = eFind.origin;
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} else {
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m_vecStartPos = NearestWallPointForRadius(m_flRadius);
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}
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} else {
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m_vecStartPos = NearestWallPointForRadius(m_flRadius);
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}
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if (m_strEndEnt) {
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eFind = find(world, ::targetname, m_strEndEnt);
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if (eFind) {
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m_vecEndPos = eFind.origin;
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} else {
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m_vecEndPos = NearestWallPointForRadius(m_flRadius);
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}
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} else {
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m_vecEndPos = NearestWallPointForRadius(m_flRadius);
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}
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}
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EVALUATE_VECTOR(m_vecStartPos, 0, BEAM_CHANGED_STARTPOS_X)
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EVALUATE_VECTOR(m_vecStartPos, 1, BEAM_CHANGED_STARTPOS_Y)
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EVALUATE_VECTOR(m_vecStartPos, 2, BEAM_CHANGED_STARTPOS_Z)
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EVALUATE_VECTOR(m_vecEndPos, 0, BEAM_CHANGED_ENDPOS_X)
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EVALUATE_VECTOR(m_vecEndPos, 1, BEAM_CHANGED_ENDPOS_Y)
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EVALUATE_VECTOR(m_vecEndPos, 2, BEAM_CHANGED_ENDPOS_Z)
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EVALUATE_FIELD(m_iActive, BEAM_CHANGED_ACTIVE)
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}
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float
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env_beam::SendEntity(entity ePEnt, float flChanged)
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{
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WriteByte(MSG_ENTITY, ENT_BEAM);
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WriteFloat(MSG_ENTITY, flChanged);
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SENDENTITY_COORD(m_vecStartPos[0], BEAM_CHANGED_STARTPOS_X)
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SENDENTITY_COORD(m_vecStartPos[1], BEAM_CHANGED_STARTPOS_Y)
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SENDENTITY_COORD(m_vecStartPos[2], BEAM_CHANGED_STARTPOS_Z)
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SENDENTITY_COORD(m_vecEndPos[0], BEAM_CHANGED_ENDPOS_X)
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SENDENTITY_COORD(m_vecEndPos[1], BEAM_CHANGED_ENDPOS_Y)
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SENDENTITY_COORD(m_vecEndPos[2], BEAM_CHANGED_ENDPOS_Z)
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SENDENTITY_BYTE(m_iActive, BEAM_CHANGED_ACTIVE)
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//print(sprintf("S (%x): %v %v %i\n", flChanged, m_vecStartPos, m_vecEndPos, m_iActive));
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return (1);
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}
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#else
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void
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env_beam::ReceiveEntity(float flNew, float flChanged)
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{
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READENTITY_COORD(m_vecStartPos[0], BEAM_CHANGED_STARTPOS_X)
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READENTITY_COORD(m_vecStartPos[1], BEAM_CHANGED_STARTPOS_Y)
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READENTITY_COORD(m_vecStartPos[2], BEAM_CHANGED_STARTPOS_Z)
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READENTITY_COORD(m_vecEndPos[0], BEAM_CHANGED_ENDPOS_X)
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READENTITY_COORD(m_vecEndPos[1], BEAM_CHANGED_ENDPOS_Y)
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READENTITY_COORD(m_vecEndPos[2], BEAM_CHANGED_ENDPOS_Z)
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READENTITY_BYTE(m_iActive, BEAM_CHANGED_ACTIVE)
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//print(sprintf("R (%x): %v %v %i\n", flChanged, m_vecStartPos, m_vecEndPos, m_iActive));
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drawmask = MASK_ENGINE;
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setsize(this, [0,0,0], [0,0,0]);
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setorigin(this, m_vecStartPos);
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}
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float
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env_beam::predraw(void)
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{
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/* only draw when active. */
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if (!m_iActive)
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return;
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/* primitive representation */
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R_BeginPolygon("", 0, 0);
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R_PolygonVertex(m_vecStartPos, [0,1], [0,1,0], 1.0f);
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R_PolygonVertex(m_vecEndPos, [1,1], [0,1,0], 1.0f);
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R_EndPolygon();
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return (PREDRAW_NEXT);
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}
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#endif
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#ifdef CLIENT
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void
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env_beam_ReadEntity(float isnew)
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{
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env_beam beam = (env_beam)self;
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float changedflags = readfloat();
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if (isnew)
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spawnfunc_env_beam();
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beam.ReceiveEntity(isnew, changedflags);
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}
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#endif
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@ -339,6 +339,8 @@ public:
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/** Stops a sound sample or soundDef that is playing on the given channel. */
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nonvirtual void StopSound(float,bool);
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nonvirtual vector NearestWallPointForRadius(float);
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/** For physics functions only. Call this inside your customphysics function
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of any entity class that you want to support think functions in.
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This saves you the effort of writing your own routines and methods. */
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@ -919,6 +919,18 @@ void NSEntity::StopSound( float channel, bool broadcast ) {
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sound( this, channel, "common/null.wav", 0.1f, ATTN_NORM );
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}
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vector NSEntity::NearestWallPointForRadius(float radius)
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{
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vector vecRadius = [radius, radius, radius];
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tracebox(origin, -vecRadius, vecRadius, origin, MOVE_EVERYTHING, this);
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if (trace_fraction <= 1.0) {
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return trace_endpos;
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} else {
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return origin;
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}
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}
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void NSEntity::HandleThink( void ) {
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/* support for think/nextthink */
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if ( think && nextthink > 0.0f ) {
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@ -21,6 +21,7 @@ enum
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ENT_ENTITY,
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ENT_ENTITYRENDERABLE,
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ENT_SURFPROP,
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ENT_BEAM,
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ENT_PHYSICS,
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ENT_MONSTER,
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ENT_TALKMONSTER,
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