Using Standards for Creating Subliminals

Before you begin creating subliminals and mixing your message, sound, masking or brainwave tracks, it is important that you adopt standards with respect to their recording characteristics.

Each audio component should be digitally recorded in the same manner so that it is easier to mix your final recording and reuse them in future recordings.

Regardless of what method you use to create or mix the different audio clips needed for your recording, each has certain attributes relating to the digital audio file type, sample size, number of channels and the sampling rate.

Even if a recorded audio clip was not recorded digitally, it will have to be converted to digital and the same characteristics should be used.

Why Use Standards to Build Subliminal Recordings?

It requires effort on your part to create each audio component and mix them together so that you end up with the type of recording desired. By adopting standards you will exert less effort in creating your recordings.

The reason for this is it will not be necessary to convert each one into a common format before mixing them.

An advantage you gain by doing this is time and the disadvantage is that it may require additional storage space.

Given a choice between the two, and the continuing reduction in the cost of memory and storage devices, it is much more cost effective to adopt a standard format for each of your audio recording components.

There is another benefit in that when you decide to reuse an existing audio component, such as a message clip or brainwave track, you will not need to convert it before using it in a new recording.

Standards for Building Subliminal Audio Files

There are different file formats that can store digital audio clips, but the suggested one to use is the WAV format. This represents audio that is stored in an uncompressed digital format and is widely accepted.

Storing your recorded or generated audio segments in a compressed format such as MP3 is not initially recommended.

This should only be done after the final recording is built and only after careful consideration as to compression quality issues.

A WAV file is a digital representation of the audio clip, but an MP3, OGG or other compressed format is actually a data file that describes to a digital player how to play the file.

They are completely different and any compressed file will have to be converted back into WAV or another format in order for mixing.

Also, a WAV file retains the original audio characteristics of the clip, whereas a compressed version sounding virtually identical can result in a loss of audio information.

Each time you mix or combine different audio clips for your final recording, using compressed versions of them means that you are could be reducing the desired effect of your recording.

Using the WAV audio file type for all of your initial and intermediate recording components almost guarantees that the subliminal messages will be audible, and at the desired low level of volume.

If you were to compress each of your audio segments, then it is possible that you could lose some quality with respect to the subliminal messages as you progressively mixed the audio components together.

Audio Digital Sampling Rates and Sample Size

A standard music CD or Compact Disc is a digital representation of the original and attempts to reproduce it in the best way. This is done by sampling the original analog recording at extremely frequent intervals and converting those samples into numbers that a computer sound processor can understand and reproduce.

In order to achieve the best sounding digital recording, both the number of times per second the recording is sampled and the size of the sample are important.

For a CD recording, the sample rate is 44,100 times per second (44.1 KHz) and each sample represents a number.

That number can have approximately 64,000 different values and is stored as a 16 digit binary number.

It is suggested that you use the same sample rate and sample size when creating each of your recording audio segments. This will prevent any loss of quality as you progress to mixing your final recording.

Even though it may seem to be inefficient to store your recording segments using these attributes, it is likely to your benefit. The additional sound, masking or even brainwave audio tracks must be recorded at a high standard.

Since you will have to eventually mix all of these components together, adopting a standard format will save you time.

Using Mono or Stereo Audio Channels

It is tempting to record or generate all your message, masking, sound or brainwave tracks using either one or two sound channels, but this should depend on the nature of the individual recording component.

Using both left and right channels for any audio segment of your recording means that it will require double the amount of storage space.

Only certain tracks or mixtures of them should be built in stereo. For audio message clips, it is suggested that they be created only using one track.

The reason for doing this is that they may be later mixed in different manners for another recording. You may choose to build an audio message segment using both left and right channels for one of your recordings.

If recorded in mono, then you can easily later combine them in any way desired, but if they were in stereo, then you would have to separate them. Doing this would only add additional effort to what you want to accomplish.

The secondary advantage is that mono recording segments use only half as much storage as stereo audio segments.

To summarize, using a standard set of characteristics when creating your subliminal, supraliminal or paraliminal recordings will save you time and reduce any effort involved in converting between different audio formats.

It will also enable you to reuse any of the audio clips that you have already created and may desire to use in creating a new recording.

The standards you may wish to adopt when creating your recording components are suggested as follows:

• Record basic and intermediate audio segments in the WAV format
• Suggested digital sample size should be 16-bits
• The preferred sample frequency is 44,100 Hz.
• Basic audio message segments should be recorded in mono

Following these suggestions should only help you to create better recordings, but more importantly to save storage space and to organize your audio recording components more efficiently.

(c) Copyright – B. James Kudlak. All Rights Reserved Worldwide.

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Filed under: Building Subliminal Recordings