![]() ![]() Ok, I wasn't aware that most here were into generative music, but fair enough. Many of these people would love to have an (arguably) better sounding and (certainly) more flexible alternative on iOS, like Pianoteq. Piano apps like Ravenscroft and Pure Piano are among the targets they use for this generated music. Seems like the majority of people in this forum are into generative music, using sequencers and various other apps to create midi streams that they feed to synth apps. No one is playing Pianoteq on an iPad keyboard. Pianoteq, my favourite desktop plugin of all time, for iOS? ![]() I haven't heard so far of any deals for current owners, but it seems odd that Modartt would use it as a selling point for Pianoteq 8 if you couldn't get some kind of said: I rarely touch the screen after I get the sound. After a few touch tweaks you are playing. Plug in headphones/speaker (after hunting down audio dongle) or hook-up your audio interface. Laptop? Plug in midi keyboard and headphones out (or to speakers) and you're playing/ready to record. The more I think about it, the less inclined I am to get the iOS version. I've read a few posters online suggest that this is the case.Įdit: Actually the FAQ is for Pianoteq 8. Note also that the FAQ is for Pianoteq 7 and it's possible that Pianoteq 8 is more CPU intensive. *No mention of the Apple A12Z, but it's similar and probably a touch more powerful than the A12X The iPad CPUs on the high end cpus benchmark link are: Many bass notes in combination with the sustain pedal require lots of computations for the CPU. In what situation does the CPU load get high? The Linux version of Pianoteq 7 and later lets you work with ARM RISC based CPU's used in smaller Linux based consumer electronic devices. We recommend any multi-core CPU, listed on this page: īy restricting the internal sample rate in the Options menu, you can work with less powerful CPU's. Many modern computers already offer a fully sufficient CPU. Pianoteq is CPU intensive software for it computes the sound in realtime. In contrast to many other virtual pianos, there is no need to invest in any additional RAM sticks to achieve maximum performance. Most modern computers are equipped with at least 8 GB (gigabytes) of RAM. New exciting possibilities open up as you explore the parameters and discover sounds that you have never heard or thought of before.How much RAM (internal memory) is needed for smooth playback? You can even modify the mechanical properties of the soundboard. Some things can hardly be done in the real world, such as changing the string length from a mini grand of 1m/3.3ft to an imaginary giant grand of 10m/33ft. With just a few mouse clicks, you can achieve things that would require hours, or even weeks, by piano technicians to adapt on real acoustic pianos. The possibility to shape the sound through physical parameters is an extraordinary feature that cannot be found in any other piano software. It also lets you position up to 5 microphones around the instrument and to choose from a selection of different microphone brands. It is a natural choice for the semi-professional musician who wants to adjust unique physical parameters such as unison with, microtuning, hammer hardness, soundboard and string length. The Pianoteq Standard version offers several powerful tools for sound shaping and recording. ![]()
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