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Comment:Now notices changes in numpar state input and simpar
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SHA3-256: 117a204ebb395b75b966620d0c5618433642000c66c1bd2edcde74af37aa1ca7
User & Date: gawthrop@users.sourceforge.net on 2002-05-15 16:32:35.000
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Context
2002-05-15
16:34:11
Added Q to arg list of ppp_optimise (par ident) check-in: 7eaa6496b9 user: gawthrop@users.sourceforge.net tags: origin/master, trunk
16:32:35
Now notices changes in numpar state input and simpar check-in: 117a204ebb user: gawthrop@users.sourceforge.net tags: origin/master, trunk
14:22:26
Code for Simulink S-function target written direct to sfun.cc instead of
calling .mexglx files. This eliminates the sfun dependency on Octave
ColumnVectors. sys_sfun.cc should build directly on a MS Windows machine
(can't test this yet).

added sfun.zip target to create source code to export. check-in: d60ad9b171 user: geraint@users.sourceforge.net tags: origin/master, trunk

Changes
Unified Diff Ignore Whitespace Patch
Modified mttroot/mtt/lib/rep/nppp_rep.make from [ca75fec30a] to [a45ca90fbc].
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sensitivity_reps = s${SYS}_sympar.m s${SYS}_simpar.m s${SYS}_state.m\
                   s${SYS}_numpar.m s${SYS}_input.m s${SYS}_ode2odes.m\
                   s${SYS}_ssim.m s${SYS}_def.m

all: ${SYS}_nppp.${LANG}

${SYS}_nppp.help_short:
	nppp_rep.sh ${SYS} help_short

${SYS}_nppp.help_long:
	nppp_rep.sh ${SYS} help_long

${SYS}_nppp.view: ${SYS}_nppp.ps
	echo Viewing ${SYS}_nppp.ps; ghostview ${SYS}_nppp.ps&

${SYS}_nppp.ps: ${SYS}_nppp.fig
	nppp_rep.sh ${SYS} ps

${SYS}_nppp.fig: ${SYS}_nppp.gdat








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sensitivity_reps = s${SYS}_sympar.m s${SYS}_simpar.m s${SYS}_state.m\
                   s${SYS}_numpar.m s${SYS}_input.m s${SYS}_ode2odes.m\
                   s${SYS}_ssim.m s${SYS}_def.m

all: ${SYS}_nppp.${LANG}







${SYS}_nppp.view: ${SYS}_nppp.ps
	echo Viewing ${SYS}_nppp.ps; ghostview ${SYS}_nppp.ps&

${SYS}_nppp.ps: ${SYS}_nppp.fig
	nppp_rep.sh ${SYS} ps

${SYS}_nppp.fig: ${SYS}_nppp.gdat
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${SYS}_nppp_numpar.m:
	nppp_rep.sh ${SYS} numpar.m

## System model reps
${SYS}_sympar.m:
	mtt ${OPTS} -q -stdin ${SYS} sympar m

${SYS}_simpar.m:
	mtt ${OPTS} -q -stdin ${SYS} simpar m

${SYS}_state.m:
	mtt ${OPTS} -q -stdin ${SYS} state m




${SYS}_numpar.m:
	mtt ${OPTS} -q -stdin ${SYS} numpar m

${SYS}_input.m:
	mtt ${OPTS} -q -stdin ${SYS} input m




${SYS}_ode2odes.m:
	mtt ${OPTS} -q -stdin ${SYS} ode2odes m

${SYS}_sim.m:
	mtt ${OPTS} -q -stdin ${SYS} sim m

${SYS}_def.m:
	mtt ${OPTS} -q -stdin ${SYS} def m

${SYS}_def.r:
	mtt ${OPTS} -q -stdin ${SYS} def r




## Sensitivity model reps
s${SYS}_sympar.m:
	mtt -q -stdin ${OPTS} -s s${SYS} sympar m

s${SYS}_simpar.m:
	mtt -q -stdin ${OPTS} -s s${SYS} simpar m

s${SYS}_state.m:
	mtt -q -stdin ${OPTS} -s s${SYS} state m




s${SYS}_numpar.m:
	mtt -q -stdin ${OPTS} -s s${SYS} numpar m

s${SYS}_input.m:
	mtt -q -stdin ${OPTS} -s s${SYS} input m




s${SYS}_ode2odes.m:
	mtt -q -stdin ${OPTS} -s s${SYS} ode2odes m

s${SYS}_ssim.m:
	mtt -q -stdin ${OPTS} -s s${SYS} ssim m

s${SYS}_def.m:
	mtt -q -stdin ${OPTS} -s s${SYS} def m













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${SYS}_nppp_numpar.m:
	nppp_rep.sh ${SYS} numpar.m

## System model reps
${SYS}_sympar.m:
	mtt ${OPTS} -q -stdin ${SYS} sympar m

${SYS}_simpar.m: ${SYS}_simpar.txt
	mtt ${OPTS} -q -stdin ${SYS} simpar m

${SYS}_state.m: ${SYS}_state.txt
	mtt ${OPTS} -q -stdin ${SYS} state m

${SYS}_state.txt: 
	mtt ${OPTS} -q -stdin ${SYS} state txt

${SYS}_numpar.m: ${SYS}_numpar.txt
	mtt ${OPTS} -q -stdin ${SYS} numpar m

${SYS}_input.m: ${SYS}_input.txt
	mtt ${OPTS} -q -stdin ${SYS} input m

${SYS}_input.txt: 
	mtt ${OPTS} -q -stdin ${SYS} input txt

${SYS}_ode2odes.m: ${SYS}_rdae.r
	mtt ${OPTS} -q -stdin ${SYS} ode2odes m

${SYS}_sim.m: ${SYS}_ode2odes.m
	mtt ${OPTS} -q -stdin ${SYS} sim m

${SYS}_def.m: ${SYS}_def.r
	mtt ${OPTS} -q -stdin ${SYS} def m

${SYS}_def.r: ${SYS}_abg.fig
	mtt ${OPTS} -q -stdin ${SYS} def r

${SYS}_rdae.r: 
	mtt ${OPTS} -q -stdin ${SYS} rdae r

## Sensitivity model reps
s${SYS}_sympar.m:
	mtt -q -stdin ${OPTS} -s s${SYS} sympar m

s${SYS}_simpar.m:
	mtt -q -stdin ${OPTS} -s s${SYS} simpar m

s${SYS}_state.m: s${SYS}_state.txt
	mtt -q -stdin ${OPTS} -s s${SYS} state m

s${SYS}_state.txt: 
	mtt -q -stdin ${OPTS} -s s${SYS} state txt

s${SYS}_numpar.m: s${SYS}_numpar.txt
	mtt -q -stdin ${OPTS} -s s${SYS} numpar m

s${SYS}_input.m: s${SYS}_input.txt
	mtt -q -stdin ${OPTS} -s s${SYS} input m

s${SYS}_input.txt:
	mtt -q -stdin ${OPTS} -s s${SYS} input txt

s${SYS}_ode2odes.m: s${SYS}_rdae.r
	mtt -q -stdin ${OPTS} -s s${SYS} ode2odes m

s${SYS}_ssim.m:
	mtt -q -stdin ${OPTS} -s s${SYS} ssim m

s${SYS}_def.m:
	mtt -q -stdin ${OPTS} -s s${SYS} def m

s${SYS}_rdae.r: 
	mtt ${OPTS} -q -stdin -s s${SYS} rdae r
Modified mttroot/mtt/lib/rep/nppp_rep.sh from [55671a0d9d] to [19f90f4533].
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	;;
    m)
        ## Make the code
        make_nppp;
	;;
    dat2)
	## The dat2 language (output data)
	if [ -f "${dat2_file}" ]; then
	  if [ "${dat2_file}" -ot "${nppp_numpar_file}" ]; then
	    make_dat2; 
	  else 
	    echo Using ${dat2_file}
	  fi
	else
	  make_dat2;    
        fi
	;;
    gdat)
        cp ${dat2_file} ${dat2s_file} 
	dat22dat ${sys} ${rep} 
        dat2gdat ${sys} ${rep}
	;;
    fig)








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	;;
    m)
        ## Make the code
        make_nppp;
	;;
    dat2)
	## The dat2 language (output data)


	make_dat2; 






	;;
    gdat)
        cp ${dat2_file} ${dat2s_file} 
	dat22dat ${sys} ${rep} 
        dat2gdat ${sys} ${rep}
	;;
    fig)
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MTT: Model Transformation Tools
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