Released 0.2.2

ExampleFilters/alien.eff

@@ -1,7 +1,4 @@
 <effect name="Alien">
-    <biquad type="notch" fc="28" q="20" gain="-50" />
+    <!--biquad type="lowpass" fc="10000" q="1" gain="-10" /-->
-    <biquad type="notch" fc="91" q="20" gain="-50" />
+    <lfo frequency="50" depth="1.0" waveform="triangle" mode="replace"/>
-    <biquad type="notch" fc="120" q="20" gain="-50" />
-    <biquad type="lowpass" fc="10000" q="1" gain="-10" />
-    <lfo frequency="100" depth="0.5" />
 </effect>

ExampleFilters/bigecho.eff

@@ -1,7 +1,4 @@
 <effect name="Big Echo">
-    <biquad type="notch" fc="28" q="20" gain="-50" />
-    <biquad type="notch" fc="91" q="20" gain="-50" />
-    <biquad type="notch" fc="120" q="20" gain="-50" />
     <delayline>
         <delay samples="22000" gain="0.2" pan="-0.3">
             <biquad type="highpass" fc="300" q="1" gain="0" />

ExampleFilters/cuthumagc.eff

@@ -3,5 +3,5 @@
     <biquad type="notch" fc="91" q="20" gain="-50" />
     <biquad type="notch" fc="120" q="20" gain="-50" />
     <biquad type="lowpass" fc="10000" q="1" gain="-10" />
-    <agc ceiling="0.666" limit="1" attack="0.1" decay="0.01" />
+    <agc ceiling="0.666" limit="1.5" attack="0.08" decay="0.01" />
 </effect>

ExampleFilters/cuthumagcstereo.eff

@@ -0,0 +1,15 @@
+<effect name="Cut Computer Hum (with AGC and Stereo)">
+    <biquad type="notch" fc="28" q="20" gain="-50" />
+    <biquad type="notch" fc="91" q="20" gain="-50" />
+    <biquad type="notch" fc="120" q="20" gain="-50" />
+    <biquad type="lowpass" fc="10000" q="1" gain="-10" />
+    <delayline wetonly="false">
+        <delay samples="-100" gain="0.1" pan="-1.0">
+            <biquad type="highpass" fc="300" q="1" gain="0" />
+        </delay>
+        <delay samples="100" gain="0.1" pan="1.0">
+            <biquad type="highpass" fc="300" q="1" gain="0" />
+        </delay>
+    </delayline>
+    <agc ceiling="0.666" limit="1.5" attack="0.1" decay="0.01" />
+</effect>

ExampleFilters/ethereal.eff

@@ -1,7 +1,4 @@
 <effect name="Ethereal Voice">
-    <biquad type="notch" fc="28" q="20" gain="-50" />
-    <biquad type="notch" fc="91" q="20" gain="-50" />
-    <biquad type="notch" fc="120" q="20" gain="-50" />
     <amplifier gain="0.1" />
     <delayline>
         <delay samples="2000" gain="1.0" pan="-0.3">

ExampleFilters/largeroom.eff

@@ -1,7 +1,4 @@
 <effect name="Large Room (quiet)">
-    <biquad type="notch" fc="28" q="20" gain="-50" />
-    <biquad type="notch" fc="91" q="20" gain="-50" />
-    <biquad type="notch" fc="120" q="20" gain="-50" />
     <biquad type="lowpass" fc="10000" q="1" gain="-10" />
     <delayline>
         <delay samples="5500" gain="0.2" pan="-0.3">

ExampleFilters/largeroomloud.eff

@@ -1,7 +1,4 @@
 <effect name="Large Room (loud)">
-    <biquad type="notch" fc="28" q="20" gain="-50" />
-    <biquad type="notch" fc="91" q="20" gain="-50" />
-    <biquad type="notch" fc="120" q="20" gain="-50" />
     <biquad type="lowpass" fc="10000" q="1" gain="-10" />
     <delayline>
         <delay samples="5500" gain="0.2" pan="-0.3">

ExampleFilters/panleft.eff

@@ -0,0 +1,3 @@
+<effect name="Pan Left">
+    <pan pan="-0.4" />
+</effect>

ExampleFilters/panright.eff

@@ -0,0 +1,3 @@
+<effect name="Pan Right">
+    <pan pan="0.4" />
+</effect>

ExampleFilters/phone.eff

@@ -1,7 +1,4 @@
 <effect name="Telephone">
-    <biquad type="notch" fc="28" q="20" gain="-50" />
-    <biquad type="notch" fc="91" q="20" gain="-50" />
-    <biquad type="notch" fc="120" q="20" gain="-50" />
     <biquad type="lowshelf" fc="400" q="10" gain="-20" />
     <biquad type="highshelf" fc="8000" q="10" gain="-20" />
     <delayline>

ExampleFilters/radio.eff

@@ -1,14 +1,12 @@
 <effect name="Radio">
-    <biquad type="notch" fc="28" q="20" gain="-50" />
+    <amplifier gain="0.5" />
-    <biquad type="notch" fc="91" q="20" gain="-50" />
+    <biquad type="peak" fc="1000" q="10" gain="25" />
-    <biquad type="notch" fc="120" q="20" gain="-50" />
+    <lfo frequency="3000" depth="0.3" waveform="sine" mode="add" />
-    <amplifier gain="0.1" />
+    <clipping clip="0.9" />
-    <biquad type="peak" fc="1000" q="10" gain="45" />
-    <lfo frequency="5000" depth="0.3" />
-    <clipping clip="0.3" />
     <biquad type="highshelf" fc="8000" q="1" gain="-20" />
     <delayline>
         <delay samples="100" gain="0.7" />
         <delay samples="200" gain="0.5" />
     </delayline>
+    <amplifier gain="0.3" />
 </effect>

ExampleFilters/robotic.eff

@@ -1,7 +1,4 @@
 <effect name="Robotic">
-    <biquad type="notch" fc="28" q="20" gain="-50" />
-    <biquad type="notch" fc="91" q="20" gain="-50" />
-    <biquad type="notch" fc="120" q="20" gain="-50" />
     <biquad type="lowshelf" fc="100" q="2" gain="-20" />
     <delayline>
         <delay samples="400" gain="1" pan="-0.3" />

ExampleFilters/stereochorus.eff

@@ -0,0 +1,10 @@
+<effect name="Stereo Chorus">
+    <delayline>
+        <delay samples="2000" gain="0.1" pan="-0.3">
+            <biquad type="highpass" fc="300" q="1" gain="0" />
+        </delay>
+        <delay samples="4000" gain="0.1" pan="0.3">
+            <biquad type="highpass" fc="300" q="1" gain="0" />
+        </delay>
+    </delayline>
+</effect>

resources/uk/co/majenko/audiobookrecorder/config.txt

@@ -1 +1 @@
-version=0.2.1
+version=0.2.2

src/uk/co/majenko/audiobookrecorder/AudiobookRecorder.java

@@ -3227,7 +3227,40 @@ public class AudiobookRecorder extends JFrame {
         double f = Utils.s2d(root.getAttribute("frequency"));
         double d = Utils.s2d(root.getAttribute("depth"));
         double p = Utils.s2d(root.getAttribute("phase"));
-        return new LFO(f, d, p);
+        double dty = Math.PI;
+        String waveform = root.getAttribute("waveform");
+        if (waveform == null) {
+            waveform = "sine";
+        }
+
+        int w = LFO.SINE;
+
+        switch (waveform.toLowerCase()) {
+            case "sine": w = LFO.SINE; break;
+            case "cosine": w = LFO.COSINE; break;
+            case "square": w = LFO.SQUARE; break;
+            case "triangle": w = LFO.TRIANGLE; break;
+            case "sawtooth": w = LFO.SAWTOOTH; break;
+        }
+
+        int m = LFO.ADD;
+
+        String mode = root.getAttribute("mode");
+
+        if (mode == null) {
+            mode = "add";
+        }
+
+        switch (mode.toLowerCase()) {
+            case "add": m = LFO.ADD; break;
+            case "replace": m = LFO.REPLACE; break;
+        }
+
+        if (root.getAttribute("duty") != null) {
+            int di = Utils.s2i(root.getAttribute("duty")); // 0-100;
+            dty = (Math.PI * 2) * ((double)di / 100d);
+        }
+        return new LFO(f, d, p, w, dty, m);
     }
 
     public AGC loadAGC(Element root) {

src/uk/co/majenko/audiobookrecorder/BookTreeRenderer.java

@@ -34,6 +34,10 @@ public class BookTreeRenderer extends DefaultTreeCellRenderer {
                 icn.add(Overlays.important, OverlayIcon.TOP_RIGHT);
             } 
 
+            if (s.getEndOffset() == s.getSampleSize() - 1) {
+                icn.add(Overlays.important, OverlayIcon.TOP_RIGHT);
+            }
+
             if (s.getEffectChain() != null) {
                 if (!s.getEffectChain().equals("none")) {
                     icn.add(Overlays.filter, OverlayIcon.BOTTOM_RIGHT);

src/uk/co/majenko/audiobookrecorder/LFO.java

@@ -9,37 +9,73 @@ public class LFO implements Effect {
     double depth;
     double sampleRate;
     double sampleStep;
+    int waveform;
+    double duty;
+    int mode;
+
+    public static final int SINE = 0;
+    public static final int COSINE = 1;
+    public static final int SQUARE = 2;
+    public static final int TRIANGLE = 3;
+    public static final int SAWTOOTH = 4;
+
+    public static final int ADD = 0;
+    public static final int REPLACE = 1;
 
     public LFO(double f, double d) {
-        frequency = f;
+        this(f, d, 0, SINE, Math.PI, REPLACE);
-        depth = d;
-        phase = 0;
     }
 
     public LFO(double f, double d, double p) {
+        this(f, d, p, SINE, Math.PI, REPLACE);
+    }
+
+    public LFO(double f, double d, double p, int w) {
+        this(f, d, p, w, Math.PI, REPLACE);
+    }
+
+    public LFO(double f, double d, double p, int w, double dty) {
+        this(f, d, p, w, dty, REPLACE);
+    }
+
+    public LFO(double f, double d, double p, int w, double dty, int m) {
         frequency = f;
         depth = d;
         phase = p;
+        waveform = w;
+        duty = dty;
+        mode = m;
     }
 
     public void process(double[][] samples) {
         for (double[] sample : samples) {
-            double v = Math.sin(phase);
+            double v = 0;
+            switch (waveform) {
+                case SINE: v = Math.sin(phase); break;
+                case COSINE: v = Math.cos(phase); break;
+                case SQUARE: v = (phase > duty) ? 1d : 0d; break;
+                case TRIANGLE: v = (phase < Math.PI) ? (phase / Math.PI) : (1d - ((phase - Math.PI) / Math.PI)); break;
+                case SAWTOOTH: v = (phase / (Math.PI*2d)); break;
+            }
             phase += sampleStep;
             if (phase > (Math.PI * 2d)) {
                 phase -= (Math.PI * 2d);
             }
 
-//        // Make it between 0 and 1.
-//        v = 1d + v;
-//        v /= 2d;
-
             // Multiply it by the gain factor
             v *= depth;
 
             // Apply it to the sample
+            switch (mode) {
+                case REPLACE:
+                    sample[Sentence.LEFT] = (sample[Sentence.LEFT] * v);
+                    sample[Sentence.RIGHT] = (sample[Sentence.RIGHT] * v);
+                    break;
+                case ADD:
                     sample[Sentence.LEFT] += (sample[Sentence.LEFT] * v);
                     sample[Sentence.RIGHT] += (sample[Sentence.RIGHT] * v);
+                    break;
+            }
         }
     }
 

src/uk/co/majenko/audiobookrecorder/Waveform.java

@@ -97,6 +97,7 @@ public class Waveform extends JPanel implements MouseListener, MouseMotionListen
                 double lmax = 0;
 
                 for (int o = 0; o < step; o++) {
+                    if (offset + (n * step) + o >= samples.length) break;
                     double sample = (samples[offset + (n * step) + o][Sentence.LEFT] + samples[offset + (n * step) + o][Sentence.RIGHT]) / 2d;
                     if (sample >= 0) {
                         have += sample;