1 files changed, 12 insertions, 12 deletions

diff --git a/linden/indra/newview/llvopart.cpp b/linden/indra/newview/llvopart.cpp
index 5e471be..6b38cf9 100644
--- a/linden/indra/newview/llvopart.cpp
+++ b/linden/indra/newview/llvopart.cpp
@@ -654,7 +654,7 @@ void LLVOPart::setParticleCountdownStateWaitingDead(const U32 particleNumber)
 
         frequency = mSpawnFrequency;
         // **** Hack!  remainingLifetime counts up from negative, to avoid subtracts! - djs
-        mParticleState[particleNumber].remainingLifetime = -(((mSpawnFrequencyRange * 2.0f)*frand(1.f)) + frequency - mSpawnFrequencyRange);
+        mParticleState[particleNumber].remainingLifetime = -(((mSpawnFrequencyRange * 2.0f)*ll_frand()) + frequency - mSpawnFrequencyRange);
 }
 
 //Can override later
@@ -672,9 +672,9 @@ void LLVOPart::spawnParticle(const U32 particleNumber)
         mDeadArr[particleNumber] = 0; // not dead yet!
 
         //j = pos_offset_i(particleNumber);
-        mParticleState[particleNumber].position[0] = 2.f*mSpawnRange*(frand(1.f)) - mSpawnRange;
-        mParticleState[particleNumber].position[1] = 2.f*mSpawnRange*(frand(1.f)) - mSpawnRange;
-        mParticleState[particleNumber].position[2] = 2.f*mSpawnRange*(frand(1.f)) - mSpawnRange;
+        mParticleState[particleNumber].position[0] = 2.f*mSpawnRange*(ll_frand()) - mSpawnRange;
+        mParticleState[particleNumber].position[1] = 2.f*mSpawnRange*(ll_frand()) - mSpawnRange;
+        mParticleState[particleNumber].position[2] = 2.f*mSpawnRange*(ll_frand()) - mSpawnRange;
         
         //mParticleStateArray[j] = (pos_ranges[1] - pos_ranges[0])*(F32)rand()/((F32)RAND_MAX) + pos_ranges[0];
         //j++;
@@ -687,12 +687,12 @@ void LLVOPart::spawnParticle(const U32 particleNumber)
         //Create the ranged direction vector first - then rotate by the actual direction and then scale
         //Creating a random value about 1,0,0
         //1. pick a random angle YZ orientation through full circle.
-        randomUnitValue = (frand(1.f));
+        randomUnitValue = (ll_frand());
         direction.mV[VY] = sinf(randomUnitValue * 2.0 * F_PI);
         direction.mV[VZ] = cosf(randomUnitValue * 2.0 * F_PI);
 
         //2. pick a rotation to this angle to project into z which is scaled by mSpawnDirectionRange
-        randomUnitValue = (frand(1.f));
+        randomUnitValue = (ll_frand());
         randomUnitValue *= mSpawnDirectionRange;
         direction.mV[VY] = direction.mV[VY] * sinf(randomUnitValue * F_PI);
         direction.mV[VZ] = direction.mV[VZ] * sinf(randomUnitValue * F_PI);
@@ -804,7 +804,7 @@ void LLVOPart::spawnParticle(const U32 particleNumber)
 
 
         //4. scale the vector by a random scale by mSpawnVelocityRange and offset by mSpawnVelocity
-        randomUnitValue = (frand(1.f));
+        randomUnitValue = (ll_frand());
         randomUnitValue = (randomUnitValue * mSpawnVelocityRange) + mSpawnVelocity;
 
         mParticleState[particleNumber].velocity[0] = direction.mV[VX] * randomUnitValue;
@@ -822,16 +822,16 @@ void LLVOPart::spawnParticle(const U32 particleNumber)
         
         mParticleState[particleNumber].acceleration[2] = 0.0f;
 
-        mParticleState[particleNumber].scale[0] = (mScale_range[1] - mScale_range[0])*frand(1.f) + mScale_range[0];
-        mParticleState[particleNumber].scale[1] = (mScale_range[3] - mScale_range[2])*frand(1.f) + mScale_range[2];
+        mParticleState[particleNumber].scale[0] = (mScale_range[1] - mScale_range[0])*ll_frand() + mScale_range[0];
+        mParticleState[particleNumber].scale[1] = (mScale_range[3] - mScale_range[2])*ll_frand() + mScale_range[2];
         mParticleState[particleNumber].scale[2] = 0.0f;
 
-        mParticleState[particleNumber].alpha[0] = (mAlpha_range[1] - mAlpha_range[0])*frand(1.f) + mAlpha_range[0];
-        mParticleState[particleNumber].alpha[1] = (mAlpha_range[3] - mAlpha_range[2])*frand(1.f) + mAlpha_range[2];
+        mParticleState[particleNumber].alpha[0] = (mAlpha_range[1] - mAlpha_range[0])*ll_frand() + mAlpha_range[0];
+        mParticleState[particleNumber].alpha[1] = (mAlpha_range[3] - mAlpha_range[2])*ll_frand() + mAlpha_range[2];
         mParticleState[particleNumber].alpha[2] = 0.0f;
 
         // **** Hack!  remainingLifetime counts up from negative, to avoid subtracts! - djs
-        mParticleState[particleNumber].remainingLifetime = -((mIndividualLifetimeRange*2.0f)*frand(1.f) + mIndividualLifetime - mIndividualLifetimeRange);
+        mParticleState[particleNumber].remainingLifetime = -((mIndividualLifetimeRange*2.0f)*ll_frand() + mIndividualLifetime - mIndividualLifetimeRange);
 
         //rest of the state - 0 for now
         mParticleState[particleNumber].deathOffset = 0.0f;