diff --git a/example.maxpat b/example.maxpat
index 2619f50..de201ed 100644
--- a/example.maxpat
+++ b/example.maxpat
@@ -168,7 +168,7 @@
 					"numoutlets" : 1,
 					"outlettype" : [ "" ],
 					"patching_rect" : [ 586.0, 713.0, 89.0, 36.0 ],
-					"text" : "harmoniclarity 40.156651"
+					"text" : "harmoniclarity 14.213599"
 				}
 
 			}
@@ -181,7 +181,7 @@
 					"numoutlets" : 1,
 					"outlettype" : [ "" ],
 					"patching_rect" : [ 491.0, 713.0, 85.0, 36.0 ],
-					"text" : "event_length 29.843349"
+					"text" : "event_length 55.786401"
 				}
 
 			}
@@ -194,7 +194,7 @@
 					"numoutlets" : 1,
 					"outlettype" : [ "" ],
 					"patching_rect" : [ 385.0, 715.0, 84.0, 36.0 ],
-					"text" : "metriclarity 0.5"
+					"text" : "metriclarity 79.192955"
 				}
 
 			}
diff --git a/lfogui.js b/lfogui.js
index 24281fa..1a1d9cb 100644
--- a/lfogui.js
+++ b/lfogui.js
@@ -48,6 +48,7 @@ function MasterLfoHandler(){
     const [userDefinedWave, setUserDefinedWave] = React.useState(Array(50).fill(0));
 
     const [modVisibleArr, setModVisibleArr] = React.useState(initVisArr);
+    const [modTypeArr, setModTypeArr] = React.useState(Array(MAXLFOS).fill('LFO'));
     const [modInstanceNumArr, setModInstanceNumArr] = React.useState(Array(MAXLFOS).fill('1'));
 
     const [modCenterVals, setModCenterVals] = React.useState({'1':{}, '2':{}, '3':{}, '4':{}});
@@ -55,6 +56,7 @@ function MasterLfoHandler(){
     const [ticks, setTicks] = React.useState(0);
     const [beatsInMeasure, setBeatsInMeasure] = React.useState(4);
 
+    const [noiseTypeArr, setNoiseTypeArr] = React.useState(Array(MAXLFOS).fill('Sine Int.'));
     const [shapeArr, setShapeArr] = React.useState(Array(MAXLFOS).fill('Sine'));
     const [djParamArr, setDjParamArr] = React.useState(Array(MAXLFOS).fill('NONE')); 
 
@@ -64,11 +66,15 @@ function MasterLfoHandler(){
     const [minArr, setMinArr] = React.useState(Array(MAXLFOS).fill('0'));
     const [maxArr, setMaxArr] = React.useState(Array(MAXLFOS).fill('1'));
 
-    const [phaseArr, setPhaseArr] = React.useState(Array(MAXLFOS).fill('0'));
+    const [initPhaseArr, setInitPhaseArr] = React.useState(Array(MAXLFOS).fill('0'));
+    const [lastPhaseArr, setLastPhaseArr] = React.useState(Array(MAXLFOS).fill(0));
+    const [cachedNoiseValueArr, setCachedNoiseValueArr] = React.useState(Array(MAXLFOS).fill([0, 0]));
 
-    const allModArrays = [modVisibleArr, modInstanceNumArr, shapeArr, djParamArr, freqArr, minArr, maxArr, phaseArr];
-    const allModSetters = [setModVisibleArr, setModInstanceNumArr, setShapeArr, setDjParamArr, setFreqArr, setMinArr, setMaxArr, setPhaseArr];
-    const modBlankVals = [true, '1', SHAPETYPES[0], MODPARAMOPTIONS[0], '1hz', '0', '1', '0'];
+    
+
+    const allModArrays = [modVisibleArr, modTypeArr, modInstanceNumArr, shapeArr, noiseTypeArr, djParamArr, freqArr, minArr, maxArr, initPhaseArr, lastPhaseArr, cachedNoiseValueArr];
+    const allModSetters = [setModVisibleArr, setModTypeArr, setModInstanceNumArr, setShapeArr, setNoiseTypeArr, setDjParamArr, setFreqArr, setMinArr, setMaxArr, setInitPhaseArr, lastPhaseArr, cachedNoiseValueArr];
+    const modBlankVals = [true, 'LFO', '1', SHAPETYPES[0], MODPARAMOPTIONS[0], "Sine Int.", '1hz', '0', '1', '0', 0, [0, 0]];
 
 
     /// ENUMERATOR ARRAYS
@@ -112,7 +118,6 @@ function MasterLfoHandler(){
 
     React.useEffect(() => {
         function handleLoad(event) {
-            
             window.max.getDict(event.detail, (dict) => {
                 
                 for (let i = 0; i<allModArrays.length; i++) {
@@ -200,8 +205,8 @@ function MasterLfoHandler(){
 
         function handleTick(event) {
             let time = (Date.now() - firstUpdateTime) / 1000;
-            
-            operateModulators(modVisibleArr, modInstanceNumArr, djParamArr, modCenterVals, freqArr, minArr, maxArr, shapeArr, phaseArr, userDefinedWave, time, beatsInMeasure, ticks);
+            let noiseData = {lastPhaseArr, setLastPhaseArr, cachedNoiseValueArr, setCachedNoiseValueArr, noiseTypeArr};
+            operateModulators(modVisibleArr, modTypeArr, modInstanceNumArr, djParamArr, modCenterVals, freqArr, minArr, maxArr, shapeArr, initPhaseArr, noiseData, userDefinedWave, time, beatsInMeasure, ticks);
         }
 
         function handleTimeSig(event) {
@@ -259,8 +264,14 @@ function MasterLfoHandler(){
             e(LfoRow, {
                 instanceNum : modInstanceNumArr[i],
                 setInstanceNum: CreateParamChanger(modInstanceNumArr, setModInstanceNumArr, i),
+
+                type: modTypeArr[i],
+                setType: CreateParamChanger(modTypeArr, setModTypeArr, i),
                 shape: shapeArr[i],
                 setShape: CreateParamChanger(shapeArr, setShapeArr, i),
+
+                noise: noiseTypeArr[i],
+                setNoise: CreateParamChanger(noiseTypeArr, setNoiseTypeArr, i),
                 djParam: djParamArr[i],
                 setDjParam: CreateParamChanger(djParamArr, setDjParamArr, i),
                 centerVals: modCenterVals,
@@ -276,13 +287,15 @@ function MasterLfoHandler(){
                 max: maxArr[i],
                 setMax: CreateParamChanger(maxArr, setMaxArr, i),
 
-                phase: phaseArr[i],
-                setPhase: CreateParamChanger(phaseArr, setPhaseArr, i),
+                phase: initPhaseArr[i],
+                setPhase: CreateParamChanger(initPhaseArr, setInitPhaseArr, i),
                 visible: modVisibleArr[i],
 
                 linked: CheckLinked(modInstanceNumArr[i], djParamArr[i], enumInstanceNumArr, enumDjParamArr),
                 addLfo: () => {
+                    
                     if (id < MAXLFOS - 1){
+                        
                         if (modVisibleArr[id + 1]){ 
                             
                             let emptyIndex = modVisibleArr.findIndex((item) => !item);
@@ -298,6 +311,7 @@ function MasterLfoHandler(){
                             }
                         }
                         else {
+                            log("adding lfo");
                             for (var j = 0; j < allModArrays.length; j++){ // no space below, easy.
                                 let array = allModArrays[j];
                                 array[id + 1] = modBlankVals[j];
diff --git a/modulators.js b/modulators.js
index dc4a778..618fd2d 100644
--- a/modulators.js
+++ b/modulators.js
@@ -2,7 +2,10 @@
 // MODULATORS
 /////////////////////////
 
+
+var TYPEOPTIONS = ["LFO", "Noise"];
 var SHAPETYPES = ["Sine", "SawUp", "SawDown", "Tri", "Square", "Custom"];
+var NOISETYPES = ["Rand", "Line Int.", "Sine Int."]
 
 var INSTANCEOPTIONS = ["1", "2", "3", "4"];
 
@@ -28,10 +31,19 @@ function LfoRow(props){
     if (!center)
         center = 0;
 
+    let typeOption = null;
+
+    if (props.type == "LFO"){
+        typeOption = ListItem(DropDown({onChange: props.setShape, value:props.shape, options: SHAPETYPES}));
+    }
+    else if (props.type == "Noise"){
+        typeOption = ListItem(DropDown({onChange: props.setNoise, value:props.noise, options: NOISETYPES}));
+    }
+
     let content = e('ul', {className: 'lfo-item'},
         ListItem(DropDown({onChange: props.setInstanceNum, value:props.instanceNum, options: INSTANCEOPTIONS})),  
-        ListItem(ControlType()), 
-        ListItem(DropDown({onChange: props.setShape, value:props.shape, options: SHAPETYPES})), 
+        ListItem(DropDown({options: TYPEOPTIONS, onChange: props.setType, value:props.type})), 
+        typeOption,
         ListItem(DropDown({onChange: props.setDjParam, value: props.djParam, options: MODPARAMOPTIONS})), 
         ListItem(e("input", {onChange:props.setFreq, value:props.freq, className:"timeInput"}, null)), 
         ListItem(e(NumberBox, {onChange:props.setMin, value:props.min, step:0.1}, null)),
@@ -66,7 +78,7 @@ function indexWave(type, phase, userDefinedWave){
     }
 }
 
-function operateModulators(visibleArr, instanceNumArr, paramNames, centers, freqs, mins, maxs, waveTypes, phaseArr, userDefinedWave, currTime, beatsInMeasure, ticks){
+function operateModulators(visibleArr, typeArr, instanceNumArr, paramNames, centers, freqs, mins, maxs, waveTypes, phaseArr, noiseData, userDefinedWave, currTime, beatsInMeasure, ticks){
     for (let i=0; i<paramNames.length; i++){
         if (visibleArr[i]){
             
@@ -76,15 +88,20 @@ function operateModulators(visibleArr, instanceNumArr, paramNames, centers, freq
             if (centers[inst].hasOwnProperty(name)){
                 center = centers[inst][name];   
             }
-            let output = operateModulator(center, inst, freqs[i], mins[i], maxs[i], waveTypes[i], phaseArr, i, userDefinedWave, name, currTime, beatsInMeasure, ticks);
+
+            let output = 0;
+            
+            if (typeArr[i] == "LFO")
+                output = operateLFO(center, inst, freqs[i], mins[i], maxs[i], waveTypes[i], phaseArr, i, userDefinedWave, name, currTime, beatsInMeasure, ticks);
+            else
+                output = operateNoise(center, inst, freqs[i], mins[i], maxs[i], waveTypes[i], phaseArr, i, name, noiseData, currTime, beatsInMeasure, ticks);
             if (name !== "NONE")
                 window.dispatchEvent(new CustomEvent('enum', {'detail' : [inst, name, output]}));
         }
     }
 }
 
-function operateModulator(center, inst, timeBaseStr, min, max, waveType, phaseArr, phaseI, userDefinedWave, name, currTime, beatsInMeasure, maxTicks){
-    
+function operateLFO(center, inst, timeBaseStr, min, max, waveType, phaseArr, phaseIndex, userDefinedWave, name, currTime, beatsInMeasure, maxTicks){
     let amp = parseFloat(max) - parseFloat(min);
     let phaseType;
     let timeBase;
@@ -93,16 +110,76 @@ function operateModulator(center, inst, timeBaseStr, min, max, waveType, phaseAr
     let phase;
     
     if (phaseType === PhaseTypes.TIME)
-        phase = (currTime * timeBase + parseFloat(phaseArr[phaseI])) % 1.00;
+        phase = (currTime * timeBase + parseFloat(phaseArr[phaseIndex])) % 1.00;
     else if (phaseType === PhaseTypes.MUSICAL)
         phase = (maxTicks % timeBase) / timeBase;
     let unscaled = indexWave(waveType, phase, userDefinedWave);
+    syncDisplay(inst, name, unscaled);
+    
+    return  unscaled * amp + center + parseFloat(min);
+}
+
+function syncDisplay(inst, name, val) {
     let el = document.getElementById(`slider-${inst}-${name}`);
     
     if (el)
-        el.value = unscaled;
+        el.value = val;
+}
+
+// For now, we're only using sine interpolation
+function operateNoise(center, inst, timeBaseStr, min, max, waveType, phaseArr, index, name, noiseData, currTime, beatsInMeasure, maxTicks){
+    
+    let amp = parseFloat(max) - parseFloat(min);
+    let phaseType;
+    let timeBase;
+    let noiseType = noiseData.noiseTypeArr[index];
+    
+    [timeBase, phaseType] = parseLfoTime(timeBaseStr, beatsInMeasure);
+    let phase;
+
+    if (phaseType === PhaseTypes.TIME)
+        phase = (currTime * timeBase + parseFloat(phaseArr[index])) % 1.00;
+    else if (phaseType === PhaseTypes.MUSICAL)
+        phase = (maxTicks % timeBase) / timeBase;
+
+    
+    if (noiseData.cachedNoiseValueArr[index][0] == 0 || noiseData.lastPhaseArr[index] > phase){ // occurs if the phase reset to 0 or at the very start
+
+        noiseData.cachedNoiseValueArr[index][0] = noiseData.cachedNoiseValueArr[index][1];
+        if (noiseData.cachedNoiseValueArr[index][0] == 0)
+            noiseData.cachedNoiseValueArr[index][0] = center;
+
+        noiseData.cachedNoiseValueArr[index][1] = Math.random();
+        noiseData.setCachedNoiseValueArr(noiseData.cachedNoiseValueArr);
+    }
+    noiseData.lastPhaseArr[index] = phase;
+    noiseData.setLastPhaseArr(noiseData.lastPhaseArr);
+
+    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 = 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