bartolsthoorn

    // MULTIPLE SIGNAL GENERATOR!
    __block float *phases = nil;
    __block float dbVal = 0.0;
    __block float *dbData;
    [audioManager setOutputBlock:^(float *data, UInt32 numFrames, UInt32 numChannels)
    {
        float samplingRate = audioManager.samplingRate;
        NSUInteger activeSignalCount = [tones count];
        
        // Initialize phases

bartolsthoorn

    // MULTIPLE SIGNAL GENERATOR!
    __block float *phases = nil;
    [audioManager setOutputBlock:^(float *data, UInt32 numFrames, UInt32 numChannels)
    {
        float samplingRate = audioManager.samplingRate;
        NSUInteger activeSignalCount = [tones count];
        
        // Initialize phases
        if (phases == nil) {
            NSLog(@"Initializing float array");

bartolsthoorn

[audioManager setOutputBlock:^(float *data, UInt32 numFrames, UInt32 numChannels)
    {
    // Measure dB
        float maxAmp = abs(data[0]);
        for (int i=0; i < numFrames; ++i)
        {
            for (int iChannel = 0; iChannel < numChannels; ++iChannel) 
            {
                if (abs(data[i*numChannels + iChannel]) > maxAmp) {
                    maxAmp = abs(data[i*numChannels + iChannel]);

bartolsthoorn

#pragma mark -
#pragma mark Audio processing graph setup

// This method performs all the work needed to set up the audio processing graph:

    // 1. Instantiate and open an audio processing graph
    // 2. Obtain the audio unit nodes for the graph
    // 3. Configure the Multichannel Mixer unit
    //     * specify the number of input buses

bartolsthoorn

#pragma mark -
#pragma mark Audio processing graph setup

// This method performs all the work needed to set up the audio processing graph:

    // 1. Instantiate and open an audio processing graph
    // 2. Obtain the audio unit nodes for the graph
    // 3. Configure the Multichannel Mixer unit
    //     * specify the number of input buses
    //     * specify the output sample rate

bartolsthoorn

#pragma mark -
#pragma mark Audio processing graph setup

// This method performs all the work needed to set up the audio processing graph:

    // 1. Instantiate and open an audio processing graph
    // 2. Obtain the audio unit nodes for the graph
    // 3. Configure the Multichannel Mixer unit
    //     * specify the number of input buses
    //     * specify the output sample rate

bartolsthoorn

/*
 
 Original comments from Apple:
 
    File: MixerHostAudio.m
Abstract: Audio object: Handles all audio tasks for the application.
 Version: 1.0

 

bartolsthoorn

removeLastSentence = (text) ->
	lastSeparator = Math.max(
		text.lastIndexOf("."), 
		text.lastIndexOf("!"), 
		text.lastIndexOf("?")
	)
	
	revtext = text.split('').reverse().join('')
	sep = revtext.search(/[A-Z]\s+(\")?[\.\!\?]/)
	lastTag = text.length-revtext.search(/\/\</) - 2

bartolsthoorn

    NSString *xmldata_s = [[NSString alloc] initWithContentsOfFile:dataFile encoding:NSUTF8StringEncoding error:nil];
    NSData *xmldata = [xmldata_s dataUsingEncoding: NSUTF8StringEncoding];
    
    NSMutableArray *pp = [NSPropertyListSerialization propertyListFromData: xmldata
                                                    mutabilityOption: NSPropertyListMutableContainers
                                                              format: NSPropertyListXMLFormat_v1_0
                                                    errorDescription: nil];
    NSLog(@"Deserialized: %@", pp);
    [[NSUserDefaults standardUserDefaults] setObject:pp forKey:kPagePoints];

bartolsthoorn

for( int i = 0; i < 4; i++ ) {
        UIWebView *wview;
        int wx;
        if (i < 2) {
            wx = 12;
        } else {
            wx = 512;
        }

        wview = [[UIWebView alloc] initWithFrame:CGRectMake(wx, 16, 500, 716)];