TODOC : GUI abstractions could be grouped in this page (since it need just few explanations) but non GUI abstractions needs dedicated pages since there is many use cases … (see other TODOC in this page)
The clock is the main abstraction of the beat sharing system. To sum up we have a custom midi clock built in java, it talks to libpd to resynch this internal clock to the master one (over wifi). So you will have to use this abstraction as your clock if you want to build apps that interface with our beat sharing system.
You will find a help patch associated with it. Just remember that midi formalism gives a 24 ticks to make a beat.
When developping with pd, you can use the [clock-gui] abstraction that will mimic the behavior of the application bar. It features play/pause/resume controls, master/slave mode, audio feedback, it talks to every instance of a clock abstraction via global messages.
[clock-gui] should be used in your launcher patch. [clock] has to be used in your core abstraction.
TODOC : clock as itself might have a dedicated page to include compatibility : explain that we implements Raw IP Midi, explain that we implements standard midi clock specification, … and so on.
Comes from DroidParty unchanged and is used combined with persist abstractions. It enables to route save and loading messages with some details. More about it in the ‘How to configure you launcher’ post in the section about ‘persist’.
It takes as its only argument the name of the preset bank you want to save in. It should be used in your core abstraction.
This is a barebones midiclock out abstraction. You should be able to use it on a desktop computer to be the master of a bunch of tablets.
You will need something like QmidiNet (if you are on linux) to send the clock via wifi. Hopefully we will document this further in the future, and add alternatives for other operating systems. Get in touch if you can help !
TODOC this section should be part of “clock section”
Those abstractions should be used in your core abstraction. They are used for the state saving system. More about it in the ‘How to configure you launcher’ post in the section about ‘persist’.
TODOC link to persist tutorial (this tutorial might not be part of “how to configure” but a dedicated page since it’s a big topic)
TODOC as we talk about it, explain what it is and then tell it’s derived from DroidPArty … with or without changes
Comes from DroidParty but breaks compatibility with the original DroidParty abstraction. It emulates a list of symbol on which you can click/tap to go to the next element, on android it opens a popup dialog for you to select a value.
It should be used in your gui-view abstractions.
The main reason for this break is the lack of label in the original implementation : we needed to one to enable overrides of specific element. So now the fifth argument is a label name.
There was another change for convenience, and to maintain symetry in the messages sent and received from the taplist abstraction. Third and fourth argument are send and receive names for the instance you create, those are waiting for symbol or list type of data but you can also access data via the index of the element of the list of argument.
For instance you create a taplist object with this name :
If you want to set the object to ‘H’ you can now send a symbol containing the character ‘H’ to letter.r, something like this :
you could only set the value via “index” before :
Comes from DroidParty unchanged. It emulated a 2D touch surface, that can be used as kaos-pad like interface. It should be used in your gui-view abstractions.
TODOC as we talk about it, explain what it is and then tell it’s derived from DroidPArty …