- #Audulus waveform meters how to#
- #Audulus waveform meters Patch#
- #Audulus waveform meters full#
- #Audulus waveform meters software#
It is hands down the fastest easiest workflow I have tried for software modular. IOS app has been on sale since Christmas, but the Mac app/au is $50/gbp now, still cheap.īitwig's Grid is really fun to use.
#Audulus waveform meters full#
Endorsed bu Richard Devine, but then Richard Devine would endorse a metal bin full of angry lobsters if it made a good noise. It's iOS and Mac only, it cloud saves between devices, it's pretty deep. People that are interested in this should check out audulus hook up an EG to a keyboard in and a VCA to get enveloped note gating + all the attendant cable connections to even get an amplitude envelope going.Yeah softube modular is a pain, but, about 6 blocks and you have a seemingly infinite world of sound, most of all if you have even 1 or 2 of the mutable instruments us you can save presets and set ups. Skeumorphic modulars like Softube/Reaktor Blocks/VCV Rack can sound cool but largely replicate the limitations of the hardware modulars they're based on - monophonic (unless you want to make life really hard for yourself) and laborious in terms of having to e.g. I'm very impressed with the videos I've seen. I'm amazed really that it's taken 15 years for anyone to consider these issues and come up with something better than the Nord Modular but from what I've seen so far I think Bitwig might have done it. (Especially because the fact that Euro modules are taller than they are wide and monitors are wider than they are tall makes skeumorphic modules inherently inefficient in terms of screen real estate! ).
#Audulus waveform meters Patch#
Plus they tend to be very hard to visually parse when you have a big patch going on. hook up an EG to a keyboard in and a VCA to get enveloped note gating + all the attendant cable connections to even get an amplitude envelope going. Visual programming languages like Reaktor/Max/PD are powerful and flexible but it takes a lot of time to get even relatively simple stuff going and are structurally rigid once you have something complex going.
#Audulus waveform meters how to#
I've been working with the Nord Modular stuff for a long time, largely because I've not found a software modular environment that's better in terms of workflow.īitwig Grid looks like it will be, because it looks like they've really spent a lot of time thinking about how to make it fast and simple to actually do things!Įvery other software modular environment seems either to fall into the 'visual programming language' or the 'skeumorphic hardware modular' categories, and both are slower and more laborious for me to get stuff done than NM Will be buying it very shortly but it looks like what I've been looking for for a very long time.
There are two categories of wavemeters: transmission wavemeters, which have an input and an output port and are inserted into the signal path, or absorption wavemeters, which are loosely coupled to the radio frequency source and absorb energy from it.Yes, I'm very excited.
As an alternative, a dip meter can be used. Similar devices can be made for detection of mobile phones. Many radio amateurs keep them as a simple way to check their output frequency. Wavemeters are used for frequency measurements that do not require high accuracy, such as checking that a radio transmitter is operating within its correct frequency band, or checking for harmonics in the output. Then the frequency can be read from the dial. When adjusted to resonance with the unknown frequency, the resonant circuit absorbs energy, which is indicated by a dip on the meter. A wavemeter consists of an adjustable resonant circuit calibrated in frequency, with a meter or other means to measure the voltage or current in the circuit. It is an older method of measuring frequency, widely used from the birth of radio in the early 20th century until the 1970s, when the development of inexpensive frequency counters, which have far greater accuracy, made it largely obsolete. An absorption wavemeter is a simple electronic instrument used to measure the frequency of radio waves.