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AP Text Patch Mem is a graphical user interface text patch mem.
Similar to using a patch input on GUI, it accepts a text input and when activated, will take the text, convert it to a command and send it to the DSP.
Text input can be pre-defined or entered as the patch.
The patch is output to all output pins on this module.
The text input also allows the patch to have an input like the DSP’s so it can be used like a bus.
This can be used to map a series of 2D inputs to a single patch.
AP Text Patch Mem Parameters:
Text Patch Mem: It’s name and number
Text: It’s value, can be a number, string or even a name (instead of the number)
Output: It’s name and number
Output Bus: Outputs that need a name, for example the patch bus
Text Mem Input: When activated it will take the text input from the text_mem_gui_input
Text Mem Output: When activated it will send the text on all the output pins.
This is used to fix the startup text_patch_mem bug.
AP Text Patch Mem Features:
The GUI text patch mem can be used to connect to the AP Text Patch Mem and set the initial patch or patch set value.
This module works on the AP Audio Patch Mem and will allow you to connect multiple text patch mems together.
The GUI text patch mem can be used to control the patch mem on a DSP at startup or patch change.
To set the patch for startup you need to use the AP Text Patch Mem at startup.
To set the patch for patch change you can use it as a bus to get the patch changed like with patch_bus.
The Text Patch Mem GUI Input will allow the patch mem to accept a number, string or name as input.
Text Patch Mem GUI Output will allow you to set the bus for the DSP to use.
It can be linked to a patch to allow the patch to have an input.
This can be used to map a series of 2D inputs to a single patch.
Similar to using an AP Audio Patch Mem to send the parameter to the DSP for a patch.
Text Patch Mem is compatible with the AP Audio Patch Mem and will work with the AP Audio Patch Mem.
Text Patch Mem is a free download with the download of AP Audio Patch Mem. eea19f52d2

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JAMAL server enables you to run RMI service inside Matlab.
Each time you need to call a Matlab function from Java, you must compile the Matlab function in a binary (.m file), convert it to Java Bytecode and call the generated.class file, using JAMAL client.
JAMAL client runs in the Java application and call the server through RMI.
The server must run in an active machine on the network, so it is enough to install the JAMAL server into Matlab network, and to run JAMAL client in all applications that need to use the server.
The JAMAL client use the standard JVM network protocol and, in the JAMAL server, the Matlab RMI use the standard RMI protocol. So JAMAL client and server are independent from the Matlab and Java version, JAMAL client or server can be used on any machine on the network.
This documentation covers all the steps that are needed for using the JAMAL tool, running the server and the client.
Running the JAMAL server:
First, we will start the JAMAL server as a service that will run in the background.
The user must have write access in the /home/work/Matlab folder.
The user must have read access on the Matlab data folder and on the JAMAL server folder (/home/work/Matlab/JAMAL server).
The server can be started either on a network host, or on the same machine as Matlab.
The JAMAL server can be started either by using the /home/work/Matlab/bin/matlabrmi command line, or using the JAMAL Start command.
The following two commands must be run on the same machine, and the first command will compile a Matlab function into.m file.
system(‘matlabrmi -nosplash -nosound -r “T=java.io.BufferedReader;”/home/work/Matlab/docs/Simple/Simple.m”” Simple’);
system(‘matlabrmi -nosplash -nosound -nodisplay -r “T=java.io.BufferedReader;”/home/work/Matlab/docs/Simple/Simple.m”” Simple’);

If the server is started from inside Matlab, the compiled file is created in the /home/work/

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