diff --git a/tbc/optimizer.go b/tbc/optimizer.go
index 717a568..bd01943 100644
--- a/tbc/optimizer.go
+++ b/tbc/optimizer.go
@@ -16,6 +16,8 @@ func OptimalRotation(stats Stats, opts Options, equip Equipment, seconds int, nu
 
 	topDmg := 0.0
 	topNLB := 0
+	topRot := []string{}
+	topMets := []SimMetrics{}
 
 	numLB := 10
 
@@ -52,15 +54,24 @@ func OptimalRotation(stats Stats, opts Options, equip Equipment, seconds int, nu
 		if simdmg > topDmg {
 			topNLB = numLB
 			topDmg = simdmg
+			topMets = simmet
+			topRot = rotation
 		}
 
 		avgOOM := float64(numoom) / float64(numSims)
 		fmt.Printf("(%d LB: 1 CL) %0.0f DPS  OOM: %0.0f percent\n", numLB, simdmg/float64(seconds)/float64(numSims), avgOOM*100)
 
+		if numLB == minLB || numLB == maxLB {
+			fmt.Printf("Hit bounds of sim... Found: %0.0f DPS (%d LB : 1 CL)\n", simdmg/float64(seconds)/float64(numSims), numLB)
+			if simdmg >= topDmg {
+				return simmet, rotation
+			}
+			return topMets, topRot
+		}
 		// avgOOMAt := int(float64(oomat) / float64(numoom))
 		if avgOOM < 0.1 {
 			newLB := (numLB + minLB) / 2
-			if numLB-minLB == 1 { // im lazy and this is easy to write...
+			if numLB-minLB <= 1 { // im lazy and this is easy to write...
 				newLB = minLB
 			}
 			if newLB == numLB {
@@ -76,7 +87,7 @@ func OptimalRotation(stats Stats, opts Options, equip Equipment, seconds int, nu
 			newLB := (numLB + maxLB) / 2
 			if maxLB-numLB <= 1 { // im lazy and this is easy to write...
 				newLB = maxLB
-			} else if avgOOM > 0.85 {
+			} else if avgOOM > 0.9 {
 				newLB = (newLB + maxLB) / 2 // skip ahead
 			}
 
diff --git a/tbc/sim.go b/tbc/sim.go
index 2978957..c2becfd 100644
--- a/tbc/sim.go
+++ b/tbc/sim.go
@@ -257,9 +257,10 @@ func (sim *Simulation) Cast(cast *Cast) {
 			dmg *= 1 + (0.01 * sim.Options.Talents.Concussion)
 		}
 
-		// Average Resistance = (Target's Resistance / (Caster's Level * 5)) * 0.75 "AR"
-		// P(x) = 50% - 250%*|x - AR| <- where X is chance of resist
+		// Average Resistance (AR) = (Target's Resistance / (Caster's Level * 5)) * 0.75
+		// P(x) = 50% - 250%*|x - AR| <- where X is %resisted
 		// For now hardcode the 25% chance resist at 2.5% (this assumes bosses have 0 nature resist)
+		// .... Using level 70 shows a 0.35% chance of resist instead of 2.5%... not sure what is correct.
 		if sim.rando.Float64() < 0.025 { // chance of 25% resist
 			dmg *= .75
 			if IsDebug {
diff --git a/ui/lib.wasm b/ui/lib.wasm
index ce01242..01cf9d6 100755
Binary files a/ui/lib.wasm and b/ui/lib.wasm differ