forked from Jaysyn/PRC8
92 lines
3.5 KiB
Plaintext
92 lines
3.5 KiB
Plaintext
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//::///////////////////////////////////////////////
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//:: Name Otiluke's Resilient Sphere On Enter
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//:: FileName sp_otiluke_rsA.nss
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//:://////////////////////////////////////////////
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/**@file Otiluke's Resilient Sphere
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Evocation [Force]
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Level: Sor/Wiz 4
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Components: V, S, M
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Range: Short
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Effect: Sphere, centered around a creature
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Duration: 1 min./level (D)
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Saving Throw: Reflex negates
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Spell Resistance: Yes
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A globe of shimmering force encloses a creature within
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the diameter of the sphere. The sphere contains its
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subject for the spell<6C>s duration. The sphere is not
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subject to damage of any sort except from a rod of
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cancellation, a rod of negation, a disintegrate spell,
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or a targeted dispel magic spell. These effects destroy
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the sphere without harm to the subject. Nothing can
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pass through the sphere, inside or out, though the
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subject can breathe normally.
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Author: Tenjac
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Created: 7/6/07
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*/
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//:://////////////////////////////////////////////
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//:://////////////////////////////////////////////
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#include "prc_inc_spells"
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#include "prc_add_spell_dc"
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void DoPush(object oTarget, object oCreator, int nReverse = FALSE);
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void main()
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{
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object oCaster = GetAreaOfEffectCreator();
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object oTarget = GetEnteringObject();
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//Look to see if it is for some reason the target
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if(GetLocalInt(oTarget, "PRC_OTILUKES_RS_TARGET"))
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{
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return;
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}
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else
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DoPush(oTarget, oCaster);
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}
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void DoPush(object oTarget, object oCreator, int nReverse = FALSE)
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{
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// Calculate how far the creature gets pushed
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float fDistance = FeetToMeters(6.096);
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// Determine if they hit a wall on the way
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location lCreator = GetLocation(oCreator);
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location lTargetOrigin = GetLocation(oTarget);
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vector vAngle = AngleToVector(GetRelativeAngleBetweenLocations(lCreator, lTargetOrigin));
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vector vTargetOrigin = GetPosition(oTarget);
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vector vTarget = vTargetOrigin + (vAngle * fDistance);
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if(!LineOfSightVector(vTargetOrigin, vTarget))
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{
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// Hit a wall, binary search for the wall
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float fEpsilon = 1.0f; // Search precision
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float fLowerBound = 0.0f; // The lower search bound, initialise to 0
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float fUpperBound = fDistance; // The upper search bound, initialise to the initial distance
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fDistance = fDistance / 2; // The search position, set to middle of the range
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do
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{
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// Create test vector for this iteration
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vTarget = vTargetOrigin + (vAngle * fDistance);
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// Determine which bound to move.
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if(LineOfSightVector(vTargetOrigin, vTarget))
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fLowerBound = fDistance;
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else
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fUpperBound = fDistance;
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// Get the new middle point
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fDistance = (fUpperBound + fLowerBound) / 2;
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}
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while(fabs(fUpperBound - fLowerBound) > fEpsilon);
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}
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// Create the final target vector
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vTarget = vTargetOrigin + (vAngle * fDistance);
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// Move the target
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location lTargetDestination = Location(GetArea(oTarget), vTarget, GetFacing(oTarget));
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AssignCommand(oTarget, ClearAllActions(TRUE));
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AssignCommand(oTarget, JumpToLocation(lTargetDestination));
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}
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