![]() These are discrete routing spaces, where all the normal patching can take place, but nothing can be patched between them. ![]() Ie, say it’s 4 core processor, GP decides that one core is needed to run system stuff etc (I appreciate that the OS probably isn’t that neat, just spitballing here), so it sets up two or three core lanes. it would a be a black box, so no possibility of mixing routing from withhin the container, only patching signal in and patching signal out, so a disicrete object, but it would give that flexibility to users who want to squeeze more out of their existing hardware, and are happy to trade off a little flexibility.Īlternatively, if that feels too open to problems, couldn’t GP detect the number of cores, and then offer ‘core lanes’ in it’s rackspace. May be me misunderstanding something technical and complicated, but wouldn’t that be quite a good way to make use of multiple cores?Īlso, I totally see the logic of the above flow diagrams from dhj, but couldn’t one implement multicore support, for those who need it, by making a ‘core container’ or similar, Ie a container element that can have its own internal chain, and which makes use of a core other than the one being used by the main patch. So the potential for overload if you are switching between two patches that run at 50%, say, is high? Therefore, you have to wait and doing stuff in parallel doesn’t save you time.īut referring to your graph, the problem is, as soon as you do this (see red arrow),Īh ok. ![]() But if you try to do something such as “change all pixels to the average of the brightness of the pixels surrounding them”, then you can’t do parallel like that since you don’t know what color your new pixel will be until you’ve finished calculating the brightness of the surrounding colors. You could easily use multiple cores to do this since the color of each pixel is independent of anything else going on. As an analogy, suppose you’re in photoshop and you run a command to change all pixels to RED. Sure - if you use a channel strip model, it’s not too hard to do this since in principle you are forced to have independent chains, although you will run into some sync issues and consequently some slowdown as soon as you have Send busses. The PDF Manual can be downloaded from your product's info page at the NI website.But I have counter-argument: All “classic” DAWs I checked distribute plugins over multiple (DAW-owned) thread You can also find more info on using REAKTOR instruments and effects in their corresponding manuals. Type your DAW in the search field to find relevant results. You can search our Knowledge base to find more info about loading NI plug-ins in your DAW. Alternatively, the instrument file can be dragged to the right. Double click the REAKTOR instrument file to open it.Clicking the plus ( +) icon expands the folder and shows the instrument file. Scroll through the upper section of the Player browser to select a REAKTOR instrument or effect.Note: Click the magnifying symbol if the Player browser does not appear. The Player browser displays all REAKTOR instruments and effects that are installed. ![]() The Start Screen can be enabled in REAKTOR Preferences > General > On startup. Note: If the Start Screen does not appear, the browser is automatically available.
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