Overview
Comment:New COMPONENT argument.
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SHA3-256: 29f5139e4574383f53cb6b8e928fda21cd935f76efcfdeb8d676fe8a9970cf56
User & Date: gawthrop@users.sourceforge.net on 2003-05-16 11:18:03
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Context
2003-05-16
14:27:13
Outputs current (not predicted) system output estimate. check-in: db90f6a5b4 user: gawthrop@users.sourceforge.net tags: origin/master, trunk
11:18:03
New COMPONENT argument. check-in: 29f5139e45 user: gawthrop@users.sourceforge.net tags: origin/master, trunk
11:17:24
Stop writing out the sys stucture to the screen check-in: 6fc007a3ac user: gawthrop@users.sourceforge.net tags: origin/master, trunk
Changes
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Modified mttroot/mtt/lib/cr/r/slin.cr from [ac0389ce2b] to [b68eb630ad].

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LET slin(gain_causality, gain, other_causality, 1, input, causality, 1)
         = lin(gain_causality, gain, other_causality, 1, input,
	 causality, 1);

% Two port version for sC,sI,sR 

% Port 1 - standard 
FOR ALL gain_causality, gain, sgain, causality, input, sinput, other_causality
LET slin(gain_causality, gain, sgain, other_causality, 1, 
       input, causality, 1,
       sinput, causality, 2)
         = lin(gain_causality, gain, other_causality, 1, 
               input, causality, 1); 


% Port 2 - sensitivity
FOR ALL gain_causality, gain, sgain, causality, input, sinput, other_causality
SUCH THAT sgain NEQ 0
LET slin(gain_causality, gain, sgain, other_causality, 2, 
       input, causality, 1,
       sinput, causality, 2)
         = lin(gain_causality, gain, other_causality, 1, 
               sinput, causality, 1)
         + sgain*df(lin(gain_causality, gain, other_causality, 1, 
               input, causality, 1), gain); 

%% Don't compute the derivative in this case
FOR ALL gain_causality, gain, sgain, causality, input, sinput, other_causality
SUCH THAT sgain EQ 0
LET slin(gain_causality, gain, sgain, other_causality, 2, 
       input, causality, 1,
       sinput, causality, 2)
         = lin(gain_causality, gain, other_causality, 1, 
               sinput, causality, 1);
         

%% This is the version to go with sEMTF
%% It is the CR passed to the AE3 components

%DESCRIPTION four port component - effort i/o
FOR ALL gain, input, junk, m_input, dm_input
LET slin(gain, effort, 2, 
	input, effort, 1,
	junk, flow, 2,
	m_input, effort, 3,
        dm_input,effort, 4)
	 = gain*dm_input*input;

%DESCRIPTION four port component - flow i/o
FOR ALL gain, input, junk, m_input, dm_input
LET slin(gain, flow, 2, 
	input, flow, 1,
	junk, effort, 2,
	m_input, effort, 3,
        dm_input,effort, 4)
	 = gain*dm_input*input;

END;;














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LET slin(gain_causality, gain, other_causality, 1, input, causality, 1)
         = lin(gain_causality, gain, other_causality, 1, input,
	 causality, 1);

% Two port version for sC,sI,sR 

% Port 1 - standard 
FOR ALL COMPONENT, gain_causality, gain, sgain, causality, input, sinput, other_causality
LET slin(COMPONENT,gain_causality, gain, sgain, other_causality, 1, 
       input, causality, 1,
       sinput, causality, 2)
         = lin(COMPONENT,gain_causality, gain, other_causality, 1, 
               input, causality, 1); 


% Port 2 - sensitivity
FOR ALL COMPONENT, gain_causality, gain, sgain, causality, input, sinput, other_causality
SUCH THAT sgain NEQ 0
LET slin(COMPONENT,gain_causality, gain, sgain, other_causality, 2, 
       input, causality, 1,
       sinput, causality, 2)
         = lin(COMPONENT,gain_causality, gain, other_causality, 1, 
               sinput, causality, 1)
         + sgain*df(lin(COMPONENT,gain_causality, gain, other_causality, 1, 
               input, causality, 1), gain); 

%% Don't compute the derivative in this case
FOR ALL COMPONENT, gain_causality, gain, sgain, causality, input, sinput, other_causality
SUCH THAT sgain EQ 0
LET slin(COMPONENT,gain_causality, gain, sgain, other_causality, 2, 
       input, causality, 1,
       sinput, causality, 2)
         = lin(COMPONENT,gain_causality, gain, other_causality, 1, 
               sinput, causality, 1);
         

%% This is the version to go with sEMTF
%% It is the CR passed to the AE3 components

%DESCRIPTION four port component - effort i/o
FOR ALL COMPONENT, gain, input, junk, m_input, dm_input
LET slin(COMPONENT,gain, effort, 2, 
	input, effort, 1,
	junk, flow, 2,
	m_input, effort, 3,
        dm_input,effort, 4)
	 = gain*dm_input*input;

%DESCRIPTION four port component - flow i/o
FOR ALL COMPONENT, gain, input, junk, m_input, dm_input
LET slin(COMPONENT,gain, flow, 2, 
	input, flow, 1,
	junk, effort, 2,
	m_input, effort, 3,
        dm_input,effort, 4)
	 = gain*dm_input*input;

END;;

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