logic_timer: Initial implementation of this Source SDK entity
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289
src/gs-entbase/server/logic_timer.qc
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289
src/gs-entbase/server/logic_timer.qc
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/*
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* Copyright (c) 2023 Vera Visions LLC.
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*
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* Permission to use, copy, modify, and distribute this software for any
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* purpose with or without fee is hereby granted, provided that the above
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* copyright notice and this permission notice appear in all copies.
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*
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* THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
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* WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
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* MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
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* ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
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* WHATSOEVER RESULTING FROM LOSS OF MIND, USE, DATA OR PROFITS, WHETHER
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* IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING
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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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enumflags
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{
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LOGICTIMER_OSCILLATOR
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};
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class
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logic_timer:NSPointTrigger
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{
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public:
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void logic_timer(void);
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virtual void Spawned(void);
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virtual void Save(float);
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virtual void Restore(string, string);
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virtual void Respawn(void);
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virtual void SpawnKey(string, string);
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virtual void Input(entity, string, string);
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nonvirtual void TimerEvent(void);
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nonvirtual void TimerSetup(void);
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private:
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bool m_bUseRandomTime;
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float m_flRandMins;
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float m_flRandMaxs;
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float m_flRefireTime;
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bool m_bStartDisabled;
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bool m_bOscillator;
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string m_strOnTimer;
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string m_strOnTimerHigh;
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string m_strOnTimerLow;
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bool m_bEnabled;
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entity m_eActivator;
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};
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void
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logic_timer::logic_timer(void)
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{
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m_bUseRandomTime = false;
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m_flRandMins = 0.0f;
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m_flRandMaxs = 1.0f;
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m_flRefireTime = 0.0;
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m_bStartDisabled = false;
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m_bOscillator = false;
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m_bEnabled = true;
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m_eActivator = this;
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m_strOnTimer = m_strOnTimerHigh = m_strOnTimerLow = __NULL__;
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}
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void
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logic_timer::SpawnKey(string keyName, string setValue)
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{
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switch (keyName) {
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case "UseRandomTime":
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m_bUseRandomTime = ReadBool(setValue);
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break;
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case "LowerRandomBound":
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m_flRandMins = ReadFloat(setValue);
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break;
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case "UpperRandomBound":
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m_flRandMaxs = ReadFloat(setValue);
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break;
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case "RefireTime":
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m_flRefireTime = ReadFloat(setValue);
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break;
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case "StartDisabled":
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m_bStartDisabled = ReadBool(setValue);
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break;
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/* I/O related */
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case "OnTimer":
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m_strOnTimer = PrepareOutput(m_strOnTimer, setValue);
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break;
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case "OnTimerHigh":
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m_strOnTimerHigh = PrepareOutput(m_strOnTimerHigh, setValue);
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break;
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case "OnTimerLow":
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m_strOnTimerLow = PrepareOutput(m_strOnTimerLow, setValue);
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break;
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default:
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super::SpawnKey(keyName, setValue);
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}
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}
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void
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logic_timer::Spawned(void)
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{
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super::Spawned();
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if (m_strOnTimer)
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m_strOnTimer = CreateOutput(m_strOnTimer);
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if (m_strOnTimerHigh)
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m_strOnTimerHigh = CreateOutput(m_strOnTimerHigh);
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if (m_strOnTimerLow)
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m_strOnTimerLow = CreateOutput(m_strOnTimerLow);
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}
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void
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logic_timer::Respawn(void)
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{
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InitPointTrigger();
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if (m_bStartDisabled) {
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nextthink = 0.0f;
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think = __NULL__;
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} else {
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TimerSetup();
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}
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}
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void
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logic_timer::Save(float handle)
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{
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super::Save(handle);
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SaveBool(handle, "m_bUseRandomTime", m_bUseRandomTime);
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SaveFloat(handle, "m_flRandMins", m_flRandMins);
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SaveFloat(handle, "m_flRandMaxs", m_flRandMaxs);
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SaveFloat(handle, "m_flRefireTime", m_flRefireTime);
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SaveBool(handle, "m_bStartDisabled", m_bStartDisabled);
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SaveString(handle, "m_strOnTimer", m_strOnTimer);
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SaveString(handle, "m_strOnTimerHigh", m_strOnTimerHigh);
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SaveString(handle, "m_strOnTimerLow", m_strOnTimerLow);
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SaveBool(handle, "m_bOscillator", m_bOscillator);
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SaveBool(handle, "m_bEnabled", m_bEnabled);
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SaveEntity(handle, "m_eActivator", m_eActivator);
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}
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void
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logic_timer::Restore(string strKey, string strValue)
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{
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switch (strKey) {
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case "m_bUseRandomTime":
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m_bUseRandomTime = ReadBool(strValue);
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break;
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case "m_flRandMins":
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m_flRandMins = ReadFloat(strValue);
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break;
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case "m_flRandMaxs":
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m_flRandMaxs = ReadFloat(strValue);
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break;
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case "m_flRefireTime":
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m_flRefireTime = ReadFloat(strValue);
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break;
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case "m_bStartDisabled":
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m_bStartDisabled = ReadBool(strValue);
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break;
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case "m_strOnTimer":
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m_strOnTimer = ReadString(strValue);
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break;
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case "m_strOnTimerHigh":
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m_strOnTimerHigh = ReadString(strValue);
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break;
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case "m_strOnTimerLow":
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m_strOnTimerLow = ReadString(strValue);
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break;
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case "m_bOscillator":
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m_bOscillator = ReadBool(strValue);
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break;
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case "m_bEnabled":
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m_bEnabled = ReadBool(strValue);
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break;
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case "m_eActivator":
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m_eActivator = ReadEntity(strValue);
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break;
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default:
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super::Restore(strKey, strValue);
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}
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}
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void
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logic_timer::Input(entity activatorEntity, string inputName, string dataField)
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{
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switch (inputName) {
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case "RefireTime":
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m_flRefireTime = stof(dataField);
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break;
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case "ResetTimer":
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if (m_bEnabled == false)
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return;
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TimerSetup();
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break;
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case "FireTimer": /* force fire */
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if (m_bEnabled == false)
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return;
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m_eActivator = activatorEntity;
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TimerEvent();
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break;
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case "Enable":
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m_bEnabled = true;
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TimerSetup(); /* reset timer */
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break;
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case "Disable":
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m_bEnabled = false;
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break;
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case "Toggle":
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m_bEnabled = (m_bEnabled) ? false : true;
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if (m_bEnabled)
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TimerSetup();
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break;
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case "LowerRandomBound":
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m_flRandMins = stof(dataField);
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break;
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case "UpperRandomBound":
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m_flRandMaxs = stof(dataField);
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break;
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case "AddToTimer":
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if (nextthink <= 0.0)
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nextthink += stof(dataField);
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else
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NSEntWarning("AddToTimer when inactive!");
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break;
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case "SubtractFromTimer":
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if (nextthink <= 0.0)
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nextthink -= stof(dataField);
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else
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NSEntWarning("SubtractFromTimer when inactive!");
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break;
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default:
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super::Input(activatorEntity, inputName, dataField);
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}
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}
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void
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logic_timer::TimerSetup(void)
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{
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float delay;
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if (m_bEnabled == false) {
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ReleaseThink();
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return;
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}
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if (m_bUseRandomTime) {
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delay = random(m_flRandMins, m_flRandMaxs);
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} else {
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delay = m_flRefireTime;
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}
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/* just in case? */
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if (delay == 0.0) {
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delay = 0.1f;
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}
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//error(sprintf("TIMER WILL GO OFF IN %f SECONDS!\n", time+delay));
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nextthink = time + delay;
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think = TimerEvent;
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}
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void
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logic_timer::TimerEvent(void)
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{
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if (m_bEnabled == false) {
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ReleaseThink();
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return;
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}
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//error(m_strOnTimer);
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if (HasSpawnFlags(LOGICTIMER_OSCILLATOR)) {
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UseOutput(m_eActivator, (m_bOscillator) ? m_strOnTimerHigh : m_strOnTimerLow);
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m_bOscillator = (m_bOscillator) ? false : true;
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//print("FIRING %S OSCILLATING %S", m_strOnTimerHigh, m_strOnTimerLow));
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} else {
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UseOutput(m_eActivator, m_strOnTimer);
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//print("FIRING %S", m_strOnTimer));
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}
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TimerSetup(); /* repeat */
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}
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