Open j-nz opened 1 year ago
//:://///////////////////////////////////////////// //:: Tremor Trigger (OnEnter) //:: En_Trig_Tremor.nss //:: Copyright (c) 2001 Bioware Corp. //::////////////////////////////////////////////// /* Create a tremor from random components. */ //::////////////////////////////////////////////// //:: Created By: Rob Bartel //:: Created On: April 8, 2003 //::////////////////////////////////////////////// #include "x0_i0_common" void DoInterjection(object oHench, object oPC, int MOD_EVENT_NUMBER); int ValidForInterjection(object oPC, object oHench); void CheckForInterjection(object oPC, int nEventNum, int bPopUpOnly = TRUE); void main() { object oPC = GetEnteringObject(); int bInactive = GetLocalInt(OBJECT_SELF, "bInactive"); int iDelay; float fDelay; int iMaxIterations; int iCurrentIteration; int iMaxRubble; int iCurrentRubble; location lPC = GetLocation(oPC); vector vPC = GetPositionFromLocation(lPC); int iOffset_X; int iOffset_Y; float fOffset_X; float fOffset_Y; vector vOffset; location lOffset; effect eDebris = EffectVisualEffect(353); effect eShake = EffectVisualEffect(356); int iSoundDelay; float fSoundDelay; int iSoundType; string sSoundResRef = "Null ResRef"; object oNearestPC; int iNearestPC; //Only worry about entering PCs and active triggers if (GetIsPC(oPC) == TRUE && bInactive == FALSE) { //Determine the delay preceding the tremor iDelay = Random(10); fDelay = IntToFloat(iDelay); /*DEBUG*///DelayCommand(fDelay, SendMessageToPC(oPC, "fDelay = "+FloatToString(fDelay))); //Determine the length of the tremor (# of iterations) iMaxIterations = Random(6); iCurrentIteration = 0; /*DEBUG*///DelayCommand(fDelay, SendMessageToPC(oPC, "iMaxIterations = "+IntToString(iMaxIterations))); while (iCurrentIteration < iMaxIterations) { /*DEBUG*///DelayCommand(fDelay, SendMessageToPC(oPC, "iCurrentIteration = "+IntToString(iCurrentIteration))); //Determine the number of rubble points on this iteration. iMaxRubble = Random(6); iCurrentRubble = 0; /*DEBUG*///DelayCommand(fDelay, SendMessageToPC(oPC, "iMaxRubble = "+IntToString(iMaxRubble))); while (iCurrentRubble < iMaxRubble) { /*DEBUG*///DelayCommand(fDelay, SendMessageToPC(oPC, "iCurrentRubble = "+IntToString(iCurrentRubble))); //Determine the offset values for this rubble point. iOffset_X = Random(30)-15; iOffset_Y = Random(30)-15; fOffset_X = IntToFloat(iOffset_X); fOffset_Y = IntToFloat(iOffset_Y); vOffset = Vector(vPC.x + fOffset_X, vPC.y + fOffset_Y, vPC.z + 15.0); lOffset = Location(GetArea(OBJECT_SELF), vOffset, 0.0); //Apply the Debris effect to the rubble point. DelayCommand(fDelay, ApplyEffectAtLocation(DURATION_TYPE_INSTANT, eDebris, lOffset)); //Update loop variables iCurrentRubble++; } //Determine which sound to play on this iteration. iSoundType = Random(35)+1; switch (iSoundType) { case 1: //Beam Creak 1 sSoundResRef = "as_cv_beamcreak1"; break; case 2: //Beam Creak 2 sSoundResRef = "as_cv_beamcreak2"; break; case 3: //Beam Creak 3 sSoundResRef = "as_cv_beamcreak3"; break; case 4: //Beam Creak 4 sSoundResRef = "as_cv_beamcreak4"; break; case 5: //Building Crumble 1 sSoundResRef = "as_cv_bldgcrumb1"; break; case 6: //Building Crumble 2 sSoundResRef = "as_cv_bldgcrumb2"; break; case 7: //Building Crumble 3 sSoundResRef = "as_cv_bldgcrumb3"; break; case 8: //Boiler Groan 1 sSoundResRef = "as_cv_boilergrn1"; break; case 9: //Boiler Groan 2 sSoundResRef = "as_cv_boilergrn2"; break; case 10: //Distant Boom 1 sSoundResRef = "as_cv_boomdist1"; break; case 11: //Distant Boom 2 sSoundResRef = "as_cv_boomdist2"; break; case 12: //Crank sSoundResRef = "as_cv_crank1"; break; case 13: //Pipe Groan 1 sSoundResRef = "as_cv_pipegroan1"; break; case 14: //Pipe Groan 2 sSoundResRef = "as_cv_pipegroan2"; break; case 15: //Pipe Groan 3 sSoundResRef = "as_cv_pipegroan3"; break; case 16: //Pipe Groan 4 sSoundResRef = "as_cv_pipegroan4"; break; case 17: //Ship Hull 1 sSoundResRef = "as_cv_shiphull1"; break; case 18: //Ship Hull 2 sSoundResRef = "as_cv_shiphull2"; break; case 19: //Large Cave Rockfall sSoundResRef = "as_cv_rockcavlg1"; break; case 20: //Small Cave Rockfall 1 sSoundResRef = "as_cv_rockcavsm1"; break; case 21: //Small Cave Rockfall 2 sSoundResRef = "as_cv_rockcavsm2"; break; case 22: //Large Rockfall 1a sSoundResRef = "as_cv_rockfalgl1"; break; case 23: //Large Rockfall 2a sSoundResRef = "as_cv_rockfalgl2"; break; case 24: //Large Rockfall 1b sSoundResRef = "as_cv_rockfallg1"; break; case 25: //Large Rockfall 2b sSoundResRef = "as_cv_rockfallg2"; break; case 26: //Small Rockfall 1 sSoundResRef = "as_cv_rockfalsm1"; break; case 27: //Small Rockfall 2 sSoundResRef = "as_cv_rockfalsm2"; break; case 28: //Small Rockfall 3 sSoundResRef = "as_cv_rockfalsm3"; break; case 29: //Small Rockfall 4 sSoundResRef = "as_cv_rockfalsm4"; break; //Any additional cases = no SFX. } //Play the sound. AssignCommand(oPC, DelayCommand(fDelay, PlaySound(sSoundResRef))); /*DEBUG*///DelayCommand(fDelay, SendMessageToPC(oPC, "SFX = "+sSoundResRef)); //Play the screen shake for all players in the area iNearestPC = 1; oNearestPC = GetNearestCreature(CREATURE_TYPE_PLAYER_CHAR, PLAYER_CHAR_IS_PC, OBJECT_SELF, iNearestPC); while (oNearestPC != OBJECT_INVALID) { DelayCommand(fDelay, ApplyEffectToObject(DURATION_TYPE_INSTANT, eShake, oNearestPC)); //Update loop variables iNearestPC++; oNearestPC = GetNearestCreature(CREATURE_TYPE_PLAYER_CHAR, PLAYER_CHAR_IS_PC, OBJECT_SELF, iNearestPC); } //Increment the delay for the next iteration. fDelay = fDelay + 2.0; //Update loop variables. iCurrentIteration++; } //Deactivate the trigger for a while to prevent over-firing. SetLocalInt(OBJECT_SELF, "bInactive", TRUE); DelayCommand(60.0, SetLocalInt(OBJECT_SELF, "bInactive", FALSE)); } }
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1 year ago j-nz
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