Filtered Noise Generator

The Filtered Noise Generator (TTG) can generate noise signals and apply different frequency filters on them in real time. Applications are loudpspeaker or general audio testing, tinnitus masking, audio cross-over development, etc.

The Filtered Noise Generator produces high-quality sine waves, over a range of frequencies, by filtering an arbitrary waveform. The audio output and the controls allow for real-time design of the filters.
Filtered Noise Generator Features:
– Two editable sine wave generators, each has a different filter type.
– Filters can be modified in real time.
– Generate the waveform for sine waves, or arbitrary-waveforms using the play button.
– Any audio editor (FM soundcard) can be used with selected filters in real time.
– 100 different filters are included for sine-wave signals, with the option to select combinations of signal and filter type, and bandwidth to generate the filter type.
– Individual sine-wave filter has a symmetrical function, such that other sine-wave filters can be interchanged.
– The filter curves are adjustable using common real-time audio editors (RealBand, Max/MSP, Visualizing Computer Sound, etc).
– Fast filter switching in real time using MIDI.
– Real-time control and visualization.
– Supports YUV output.
– Generate sounds with a personal or unique character.
– Analytical software package included with Filtered Noise Generator.
– Interchangeable filters.

Shapes:

Filtered Noise Generator (TTG) downloads

The Filtered Noise Generator

The Filtered Noise Generator (TTG) can generate noise signals and apply different frequency filters on them in real time. Applications are loudpspeaker or general audio testing, tinnitus masking, audio cross-over development, etc.
Filtered Noise Generator Description:
The Filtered Noise Generator produces high-quality sine waves, over a range of frequencies, by filtering an arbitrary waveform. The audio output and the controls allow for real-time design of the filters.
Filtered Noise Generator Features:
– Two editable sine wave generators, each has a different filter type.
– Filters can be modified in real time.
– Generate the waveform for sine waves, or arbitrary-waveforms using the play button.
– Any audio editor (FM soundcard) can be used with selected filters in real time.
– 100 different filters are included for sine-wave signals, with the option to select combinations of signal and filter type, and bandwidth to generate the filter type.
– Individual sine-wave filter

The TTG is used to generate a noise with different frequency bandpass filters in real time. It is applicable for loudspeaker or general audio testing, or audio cross-over development for many applications. Example application includes tinnitus masking.

The defined channels are configured to be used as x32 stereo input/output. This feature can support audio loopback, cross-mixed and left/right output.

Audio Fader Description:
The multifunctional audio fader control panel is used to adjust the volume of the given signal. By using a knob controller, you can control the fader. The fader control panel is one of the most important and powerful components of TTG. All the source can be controlled by this fader. For example, you can adjust the volume of source device, or the gain of source by normalizing the fader.

The multiple faders are configurable. The audio faders can be used to control any input signal, microphone, and/or any output signal.

Fader Manage:
The fader menu can be set to control any signal source, microphone, and/or any output signal. You can configure the faders in various ways with the different steps.

Filter Configuration:
The faders are configurable. The faders can be used to control any input signal, microphone, and/or any output signal. You can configure the faders in various ways with the different steps.

Generate:
Generate button is used to start the generate button event sequence.

Record:
If you want to start recording, please click the record button. To finish the current recording, please click the stop button.

Play:
If you want to start the audio playback, please click the play button. To finish the current playback, please click the stop button.

Release:
If you want to stop playing the audio, please click the release button.

Mix:
If you want to mix all the sources, please click the mix button.

Panner:
If you want to pan all the sources, please click the panner button.

Configure:
If you want to change any settings, please click the configure button.

Steps to Change Fader:
In this component, you can adjust the faders in the following steps:

First, select the desired fader, and then use the steps below to adjust its settings
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Source Frequency: The range of the noise signal (freq) is the same as the noisy sound in the application. Therefore the frequency of the noise signal is the same as the input noise source.

Output Frequency: In most cases, the noise generated by the TTG will be distorted by the filter. The output frequency will be harmonics or sub-harmonics of the input source. The most common result is to sound like a sound of a car passing by a crowd.

Filter Frequency Range: The frequency range of the noise generated by the TTG will be same as the range of the filter. In other words, if the output frequency of the TTG is 1000Hz, the range of the filter will be between 1000Hz-2000Hz. When the input is a band noise, the low frequency component will be zero if the filter range is a too high value.

Filter Threshold: The threshold is a significant value that if the input is greater than this value, the filtered noise will be zero.

Filter Type: The filter type can be a plain low pass or high pass filter. The type of the filter is determined by selecting the applied filter type. If the type is selected as low pass, the output will be filtered by low pass and the output frequency will be determined by the output frequency of the TTG.

Filter Type: The filter type can be a plain low pass or high pass filter. The type of the filter is determined by selecting the applied filter type. If the type is selected as low pass, the output will be filtered by low pass and the output frequency will be determined by the output frequency of the TTG.

Filter Type: The filter type can be a plain low pass or high pass filter. The type of the filter is determined by selecting the applied filter type. If the type is selected as low pass, the output will be filtered by low pass and the output frequency will be determined by the output frequency of the TTG.

Filter Type: The filter type can be a plain low pass or high pass filter. The type of the filter is determined by selecting the applied filter type. If the type is selected as low pass, the output will be filtered by low pass and the output frequency will be determined by the output frequency of the TTG.

Filter Type: The filter type can be a plain low pass or high pass filter. The type of the filter is determined by selecting the applied filter type. If the type is selected

Filtered Noise Generator (TTG) can generate noise signals and apply different frequency filters on them in real time. Applications are loudspeaker or general audio testing, tinnitus masking, audio cross-over development, etc. The block works at direct source level (spikes) without being sent to a virtualizer or equalizer. It can process different kind of signals like discrete, pWM or pulse dWM. Multiple filters can be applied.
– Stable: works just fine on any stable input source.
– Frequency: any signal can be filtered in very fine steps. Varying between ~600Hz to 45KHz.
– Amplitude: varying from 0dB to -20dB(the negative dB value depends on the amount of filtering).
– Gain: varying from 0 to -20dB

The Cyton – The Colorimeter has 8 spectral color sensors and 8 RGB sensors. It shows the readings in real time. The Alpha2 colorimetric software is able to measure spectral color and RGB values of many colors, both solid and liquid. This software is the only reliable, accurate and comprehensive spectroradiometric color measurement tool on the market. It’s a complete stand-alone package. The software is easy to use.
– Spectral colors: D65, D50, D50 (tungsten), D50 (Hg), D40, D25, D0, and a number of user defined colors.
– RGB: 12 user defined colors and many shades within.
– Works with the standard spectroradiometric sources.
– Measurements in d/m/y; real time, simultaneous or consecutive.
– Export data to the PC.
– Analysis of the results: histograms, graphs, individual values, and numerical data.
– User defined color measurement space with spectral color: standard and enhanced.
– Real-time and automatic spectroradiometric image display, measurement and comparison.
– Immediate display and change of RGB sensor settings.
– Other additional spectral colors: index, index plus and lombkin.
– Ability to work with samples.

The Apogee Enforcer is an instrument that can sample any audio input and dump its measured signal to an external digital audio file to be played back at the same time as the input. It also allows for remote control over the event sequence. With the Apogee Enforcer, the whole audio domain of all analog connected audio devices can be monitored and

For Mac:
Mac OS X 10.7 (Lion), 10.8 (Mountain Lion), 10.9 (Mavericks), 10.10 (Yosemite)
Minimum:
2 GB RAM
NVIDIA GTX 460 or AMD HD5850
1024×768 minimum display resolution
Intel Core2 Duo CPU with PAE support
Microsoft Windows 7, 8, 8.1,