diff --git a/lfogui.js b/lfogui.js
index d18133e..1a1d9cb 100644
--- a/lfogui.js
+++ b/lfogui.js
@@ -205,7 +205,7 @@ function MasterLfoHandler(){
 
         function handleTick(event) {
             let time = (Date.now() - firstUpdateTime) / 1000;
-            let noiseData = {lastPhaseArr, setLastPhaseArr, cachedNoiseValueArr, setCachedNoiseValueArr};
+            let noiseData = {lastPhaseArr, setLastPhaseArr, cachedNoiseValueArr, setCachedNoiseValueArr, noiseTypeArr};
             operateModulators(modVisibleArr, modTypeArr, modInstanceNumArr, djParamArr, modCenterVals, freqArr, minArr, maxArr, shapeArr, initPhaseArr, noiseData, userDefinedWave, time, beatsInMeasure, ticks);
         }
 
diff --git a/modulators.js b/modulators.js
index 80445aa..618fd2d 100644
--- a/modulators.js
+++ b/modulators.js
@@ -5,7 +5,7 @@
 
 var TYPEOPTIONS = ["LFO", "Noise"];
 var SHAPETYPES = ["Sine", "SawUp", "SawDown", "Tri", "Square", "Custom"];
-var NOISETYPES = ["Sine Int."]
+var NOISETYPES = ["Rand", "Line Int.", "Sine Int."]
 
 var INSTANCEOPTIONS = ["1", "2", "3", "4"];
 
@@ -132,6 +132,7 @@ function operateNoise(center, inst, timeBaseStr, min, max, waveType, phaseArr, i
     let amp = parseFloat(max) - parseFloat(min);
     let phaseType;
     let timeBase;
+    let noiseType = noiseData.noiseTypeArr[index];
     
     [timeBase, phaseType] = parseLfoTime(timeBaseStr, beatsInMeasure);
     let phase;
@@ -156,13 +157,31 @@ function operateNoise(center, inst, timeBaseStr, min, max, waveType, phaseArr, i
 
     let sinePhase = (Math.sin(Math.PI + Math.PI * phase) + 1) / 2
 
-    let unscaled = (noiseData.cachedNoiseValueArr[index][1] - noiseData.cachedNoiseValueArr[index][0]) * sinePhase + noiseData.cachedNoiseValueArr[index][0];
+    //let unscaled = (noiseData.cachedNoiseValueArr[index][1] - noiseData.cachedNoiseValueArr[index][0]) * sinePhase + noiseData.cachedNoiseValueArr[index][0];
+    let unscaled = interpolateNoise(noiseData.noiseTypeArr[index], noiseData.cachedNoiseValueArr[index][0], noiseData.cachedNoiseValueArr[index][1], phase);
     syncDisplay(inst, name, unscaled);
     
     return  unscaled * amp + center + parseFloat(min);
 
 }
 
+function interpolateNoise(type, cachedVal1, cachedVal2, phase){
+    let interpVal;
+
+    switch (type){
+        case "Sine Int.":
+            interpVal = (Math.sin(Math.PI + Math.PI * phase) + 1) / 2;
+            break;
+        case "Rand":
+            interpVal = 0;
+            break;
+        case "Line Int.":
+            interpVal = phase;
+            break;
+    }
+    return (cachedVal2 - cachedVal1) * interpVal + cachedVal1;
+}
+
 // actual returns the period for musical timing, to avoid floating point errors
 function parseLfoTime(lfoTime, beatsInMeasure){
     if (lfoTime.slice(-2) == "hz"){