Changes between Version 6 and Version 7 of MatlabObject

Timestamp:

02/15/10 00:14:26 (15 years ago)

Author:

ismael (IP: 62.57.1.15)

Comment:

--

MatlabObject

@@ -26 +26 @@
 
   ALOE Simulink target list of files:
-  * lnx_callback.m, lnx_install_dir.m, aloe_main.c, lnx_unix.tmf, make_lnx.m, aloe.tlc, rtwmakecfg.m
+  * lnx_callback.m
+  * lnx_install_dir.m
+  * aloe_main.c
+  * lnx_unix.tmf 
+  * make_lnx.m
+  * aloe.tlc
+  * rtwmakecfg.m
 
   This files are packed in the file: aloe_simulink.zip
@@ -38 +44 @@
 We recomend to create a directory on Linux 
 
+{{{
 ~/matlab-files/
+}}}
 
 Copy there the following directories from the Matlab installation path:
 
+{{{
 %MATLAB%/extern
 %MATLAB%/rtw
 %MATLAB%/simulink
 %MATLAB%/toolbox
+}}}
 
 The ALOE target directory under rtw/c/ must also be copied.
@@ -59 +69 @@
 The second trick is to indicate ALOE the direction of the signal (input/output). We will insert the key in_ or out_ before the name of the signal. The name that ALOE will finally use to access this interface (in the Application Definition’s File) will be, for the case of an input interface:
 
-in_itfName_re for the real part and
-in_itfName_im for the imaginary part.
+ * in_itfName_re for the real part and
+ * in_itfName_im for the imaginary part.
 
 Finally, we have to select the interface we want to use to access this signal which will be global export. 
@@ -107 +117 @@
 On a linux console, go to your model path and type:
 
+{{{
 make -f modelname.mk
+}}}
 
 This should compile your model and create the executable at ../modelname
@@ -120 +132 @@
 The following is an example of a source model:
 
+{{{
 object {
         obj_name=crand_d_source
@@ -137 +150 @@
         }
 }
-
+}}}
 
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