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Instead, for them, it's just a simple forward loop. This means that other components like the player and all converters don't have to deal with the alternate loop issue. If the sample has an alternate loop, the Virtual sample object will emulate its looping mode and provide audio data accordingly. When you read a sample using CDXtract, each sample is handled by a special object called a "Virtual Sample." This Virtual Sample is responsible for providing audio data to other components.
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An example of CDXtract's proficiency is its support for alternate loops, which are available in some hardware samplers but not in any software samplers so far.
This leads to increased reliability, which is crucial in music production.
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This means that most of the high-level functions needed to work on sampler files are directly implemented in the Kernel and accessible to any format that needs to use it.ĬDXtract's architecture has a major advantage over other software because the same code is not duplicated repeatedly. It is built on a sophisticated and robust architecture that is fully object-oriented. The Akai stereo samples are converted to stereo interleaved samples and they are saved in the same folder using the Aiff format.If you are a music producer looking for a software that can help you access and work on sampler files, then CDXtract is worth considering. The Akai programs with the same program number are automatically merged with the "AutoMerge" option, then the tuning reference is adjusted from 442 Hz to 440 Hz and the output level is set to -6dB. In the following example, we are converting an Akai disc to the EXS24 format. All the options are represented in a conversion graph that speaks for itself. That's why CDXtract 4 has an extremely intuitive representation of all the options applicable to each conversion. Moreover it's not easy for the user to understand if a given option affects or not one specific conversion.
Given the number of possible conversions within CDXtract, the number of options available is quite large. Possible applications are infinite, you can for example create a new violin instrument by stacking a legato violin, a staccato violin, a tremolo violin and finally a pizzicato.ĬDXtract 4 includes a stack editor that allows you to adjust the velocity scale and the global velocity response of your new multi-layered instruments. For example you can stack them on top of each other in order to create new multi-layered programs. CDXtract 4 allows you to select several programs and combine them in different ways. CDXtract has always been a precursor and again this version 4 includes some unique features that bring the sampler conversion to a new level of creativity. That's why the number of possible conversions in CDXtract is growing at an exponential rate, while the competition is still adding one conversion at a time. So everytime we add a new destination format then all the existing source formats can be converted to this new destination format, and everytime we add a new source format then it can be converted to all the existing destination formats. 
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Each source format and each destination format are implemented as drivers and all the conversions are performed through an internal format.
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Here again CDXtract benefits from a excellent design based on a driver technology. This guarantee that an alternate loop will always be perfectly converted whatever the destination format is. If this sample has an alternate loop then the Virtual sample object will emulate its looping mode and will provide audio data accordingly which means that the player and all the converters don't have to deal with this alternate loop problem, for them it's just a simple forward loop. Each sample read by CDXtract is handled by a special object called a "Virtual Sample", this Virtual Sample is responsible for providing audio data to any other components. One example is the support of alternate loops that are available in some hardware samplers but not in any software samplers so far. The advantage of this architecture is that the same code is not duplicated again and again, moreover it increases the overal reliability. Most of the high level functions required to work on sampler files are directly implemented in the Kernel and accessible to any format that needs to use it. CDXtract is based on a very sophisticated and robust architecture that is fully object-oriented. CDXtract provides the most reliable and powerful sampler utility for the audio professionnals.
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