Installation:
 - Assume that the muModelica compiler has been unzipped to the directory: 
   $HOME/muModelica
 - Run $HOME/muModelica/pyGK/setup.py. You will be prompted to add this path:
   "$HOME/muModelica/pyGK" to the environment variable PYTHONPATH.
 - Set the environment variable MODELICAPATH to ".:$HOME/muModelica/lib".

To compile:
 - Currently all models must be placed under the directory /muModelica (or 
   its subdirectories), e.g., "$HOME/muModelica/example/circuit". 
 - Run mc.py to compile a model. Currently it must be run under the same 
   directory where the model (*.mo files) to be compiled is located. For 
   example, to compile the simple circuit model located in 
   "$HOME/muModelica/example/circuit", run this command: 
   "python ../../mc.py Circuit.mo", or "python ../../mc.py Circuit.agl" 
   (if Circuit.agl exists) in directory: "$HOME/muModelica/example/circuit".
 - An Octave file will be generated under the same directory if the input 
   model is seen as a correct model by the compiler. In the above-mentioned 
   example, Circuit.m will be generated in "$HOME/muModelica/example/circuit".

To simulate:
 - In Octave, run the generated Octave file, e.g, 
   	octave:1> Circuit 
 - You will be prompted to set simulation times/timestep, and model parameters,
   e.g.,
   	octave:1> Circuit
   	Please enter initial time: 0
	Please enter end time: 10
	Please enter time step: 0.01
	enter the value of parameter R1_r(1): 1
	enter the value of parameter R2_r(1): 1
	enter the value of parameter C_c(1): 1
	enter the value of parameter AC_VA(110): 220
	enter the value of parameter AC_f(1): 1
 - It takes some times to simulate ...
 - To visualize simulation result, use gnuplot(), e.g, 
	octave:2> plot(time, C_v)
	octave:3> plot(time, C_i)
   etc. 

Thank you for using the muModelica compiler. 
