I don't really have much words right now, other than I want to kiss this man's feet and then maybe hope to stop crying eventually. There are people who pay others to build schools, and then there are those that build things far more capable of transmitting the most optimally distilled form of knowledge and intellectual achievement that mankind has to offer to us today. Creating highly complex sounds has never been this quick. (For background, I've worked as a mastering engineer and have done a fair amount of audio production, so I know intimately what the tools ought to do.)Īs a millenial with no degree+vague/little prospects of being able to one day purchase my own home, I've already saved his entire website and put it in my "very important things" folder.Īs someone who really likes math, programming, and visual design as well as having spent hours upon hours practicing often short, yet incredibly complex lead guitar riffs by himself for many hours as a kid, I never quite grasped music theory back then and I realize now that essentially the only reason that is the case is because it was never presented to me in such a fun, digestible, and incredibly beautiful way a way that I've been very much seeking to discover myself my whole life. Sound Particles is an immersive audio software capable of generating thousands (even millions) of sounds in a virtual 3D audio world. ![]() But because of the way these resources are written, I have to consume massive amounts of theory first. At least there will be parts that I could have done with hardly any theory at all. I have this sneaking suspicion that at the end what I want to achieve won't be as hard as DSP resources imply. I've been studying math for a while trying to build up the prerequisites for writing audio DSP code. There are our bins! Step 2: OK, for real world signals we need phase, so now let's talk about complex numbers." I wish there was a resource that was programming focused, starting with "Step 1: Process this artificially created periodic signal by multiplying it by sine waves of frequencies from from 1 to N. I have this conviction that I ought to be able to code up crude audio DSP processors before I understand the totality of the theory.įor example, every DFT/FFT explanation seems to start with complex numbers. It was only after Lagrange died that the paper was finally published, some 15 years later.“ The Institut de France bowed to the prestige of Lagrange, and rejected Fourier's work. For nearly 50 years, Lagrange had insisted that such an approach could not be used to represent signals with corners, i.e., discontinuous slopes, such as in square waves. While Laplace and the other reviewers voted to publish the paper, Lagrange adamantly protested. Among the reviewers were two of history's most famous mathematicians, Joseph Louis Lagrange (1736-1813), and Pierre Simon de Laplace (1749-1827). ”The paper contained the controversial claim that any continuous periodic signal could be represented as the sum of properly chosen sinusoidal waves. It’s an uncomfortable reminder of how essential reputation and credibility are in the machinery of science. Such a profound insight could not get published for 15 years because others couldn’t grasp it. From music to sound design, from stereo to Dolby Atmos, Density is a plugin that you definitely want in your toolset.Wow. Using our granular technology, It’s now incredibly easy to increase the density of sounds on your tracks, with beautiful results. ![]() Density creates various layers of sounds based on a single track. A voice turns into choirs and a violin into string ensembles. Sound Particles Density v1-1-2 MACĭensity creates various layers of sounds based on a single track. Usando nuestra tecnología granular, ahora es increíblemente fácil aumentar la densidad de los sonidos en tus pistas, con hermosos resultados. Density crea varias capas de sonidos basados en una sola pista. Una voz se convierte en coros y un violín en conjuntos de cuerdas. Space Controller usa tu teléfono como un lector de movimiento y desplaza los sonidos hacia donde estás señalando.ĭensity crea varias capas de sonidos basados en una sola pista. Sound Particles Density v1-1-2 MAC…Density utiliza nuestra tecnología granular para convertir un solo sonido en conjuntos pequeños y grandes con varias capas.
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