Further file organization

Further file organization

nwn/nwnprc/trunk/newspellbook/tob_dw_slmdrchrg.nss

@@ -0,0 +1,73 @@
+/*
+   ----------------
+   Salamander Charge
+
+   tob_dw_slmdrchrg.nss
+   ----------------
+
+    19/08/07 by Stratovarius
+*/ /** @file
+
+    Salamander Charge
+
+    Desert Wind (Strike) [Fire]
+    Level: Swordsage 7
+    Prerequisite: Three Desert Wind maneuvers
+    Initiation Action: 1 Full-round action
+    Range: Personal
+    Target: You
+    Duration: Instantaneous, see text
+
+    You spin and tumble about the battlefield, a wall of raging flame marking your steps.
+    
+    You charge your foe. In the space across which you charge, a wall of fire appears, dealing 6d6 damage to all who enter.
+    This wall lasts for 5 rounds.
+    This is a supernatural maneuver.
+*/
+
+#include "tob_inc_move"
+#include "tob_movehook"
+#include "prc_inc_combmove"
+
+location FindLocation(object oTarget, object oInitiator);
+
+void main()
+{
+    if (!PreManeuverCastCode())
+    {
+    // If code within the PreManeuverCastCode (i.e. UMD) reports FALSE, do not run this spell
+        return;
+    }
+
+// End of Spell Cast Hook
+
+    object oInitiator    = OBJECT_SELF;
+    object oTarget       = PRCGetSpellTargetObject();
+    struct maneuver move = EvaluateManeuver(oInitiator, oTarget);
+
+    if(move.bCanManeuver)
+    {
+    	// Yup, thats it.
+        int nDamage;
+        if (GetLocalInt(oInitiator, "DesertFire")) nDamage += d6();        
+	    DoCharge(oInitiator, oTarget, TRUE, TRUE, nDamage);
+	    effect eAOE = EffectAreaOfEffect(AOE_PER_SALAMANDER_CHARGE);
+	    location lTarget = FindLocation(oTarget, oInitiator);
+	    // So you run over it first
+	    DelayCommand(3.0, ApplyEffectAtLocation(DURATION_TYPE_TEMPORARY, eAOE, lTarget, 30.0));
+    }
+}
+
+location FindLocation(object oTarget, object oInitiator)
+{
+            // Calculate location 
+            float fDistance        = GetDistanceBetween(oTarget, oInitiator);
+            location lInitiator    = GetLocation(oInitiator);
+            location lTargetOrigin = GetLocation(oTarget);
+            vector vAngle          = AngleToVector(GetRelativeAngleBetweenLocations(lInitiator, lTargetOrigin));
+            vector vTargetOrigin   = GetPosition(oTarget); 
+            // Half the distance
+            vector vTarget         = vTargetOrigin + (vAngle * (fDistance/2));
+
+            return lTargetOrigin = Location(GetArea(oTarget), vTarget, GetFacing(oTarget));
+}