KTAudioHealer  Crack + Download X64
Program is based on the KTAudioHealer Activation Code Technology.
Features
1. Works with all VSTi and DirectShow formats including AU, RTAS, AIFF, M4A
2. Add 3 levels of noise, distortion and frequency shaping filters to the audio input.
3. Frequency response is between 0 and 24000 Hz
4. Remove 90%, 95% and 99.999% of some unwanted noise
5. Apply anti-aliasing filters (3 types available: UnSampled, Best, and Custom)
6. Reduce jitter and noise by applying DC (Direct Current) and LF (Low-frequency) blocking
7. Remove compression
8. Normalize Audio
9. Apply 5 bands of Noise Gate to the incoming signal
10. Process Audio by applying bands of Noise Gate, Equalizer, HighPass, LowPass, HighShelf, LowShelf (3 types available: UnSampled, Best and Custom)
11. Preset all the parameters or edit and change them as you like
12. Save your settings and create presets
13. Write 8 short cuts to KTAudioHealer VSt plugin and your KTAudioHealer Studio VST plugin
14. Store all effects parameters (DC, LF, HF, Nyquist, A, B, C, D, E, F, G and H) to a.KTA file
15. Restore all parameters to default setting from a.KTA file
16. Automatically load your latest preset
17. No installation required
No more one click only - keep the settings
18. Quickly access to all settings (Filter, Gate, FilterStrip, etc.)
19....
What's new
Version 2.1
- Support for Custom settings
- Bug fixes
The License:
Free Download: $15
Buy Now: $25 (paid for month. Add $7.50 for each user)
Buy Multiple Licenses: $1 (paid for each download)
Buy the Full Version: $0.99 (paid for 24 hours)
KTAudioHealer VSt 2.0 Plug-In
1.0.3 (2013-03-05)
What's new
Version 1.0.3
- Add 7 more short cuts to KTAudioHealer VSt plugin (68 Keys total)
- Bug fixes
What's new
Version 1.
KTAudioHealer 
Nyquist / HF blocking is the normalization of high frequencies above a certain level.
dcblock(audioTime)
This function applies a DC blocking filter to the incoming audio. This
removes DC from the incoming audio.
int32 SampleRate = 9900, LowPassFrequency = 10, HighPassFrequency = 250;
AudioTimestamp pts = 0;
//Apply DCB
kAudioChannelBus DCBbus = 1, //Bus number, 1 to 3. [0] is Main Bus.
float dcbRate = 1000, dcbTolerance = 0.01;
float dwPrevDCB = 0.0f, dwCurrentDCB = 0.0f;
bool dcbEnabled = true;
AudioStreamBasicDescription busDescription;
GetBus(busDescription);
AudioConverterRef converter = NULL;
UInt32 *buffers;
CFMutableArrayRef streamArrayRef;
AudioConverterInit(
//KTAudioHealer Description:
InOut AudioConverterRef converter,
//InOut CFNumberRef bus,
//InOut CFNumberRef channels,
//InOut CFNumberRef sampleRate,
//InOut CFNumberRef sampleFormat,
//InOut CFNumberRef inputFrameCount,
//InOut CFNumberRef inputBusNumber,
//InOut CFNumberRef outputFrameCount,
//InOut CFNumberRef outputBusNumber,
//InOut CFNumberRef bitDepth,
//InOut CFStringRef inputFormat,
//InOut CFStringRef outputFormat,
//InOut CFNumberRef inputSampleRate,
//InOut CFNumberRef outputSampleRate,
//InOut CFBooleanRef enforceBitRateChange,
//InOut CFNumberRef maxInputPacketSize,
//InOut CFNumberRef maxOutputPacketSize,
//InOut CFNumberRef compressionQuality,
//InOut CFNumberRef maxFramesPerSlice,
//InOut CFNumberRef maxNrInputFrames,
//InOut CFNumberRef maxNrOutputFrames,
//InOut CFBooleanRef enforcePeriodChange,
//InOut CFNumberRef inputPeriod,
//InOut CFNumberRef outputPeriod,
//InOut CFBooleanRef enforceMeterChange,
//InOut CFNumberRef meter,
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