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|
#!/bin/bash
file="$(dirname "$0")/linearkombinationen.inc"
maximum=32
echo > ${file}
echo "// interface *******************************************************************" >> ${file}
echo >> ${file}
echo "{\$IFDEF LiKoInterface}" >> ${file}
echo "// Werte werden auf (in1 + \sum_i faki * ini') gesetzt" >> ${file}
for ((i=2; i<=maximum; i++))
do
echo -ne "procedure liKo(in1" >> ${file}
for ((j=2; j<=${i}; j++))
do
echo -ne ",in${j}" >> ${file}
done
echo -ne ": tFelder; fak2" >> ${file}
for ((j=3; j<=${i}; j++))
do
echo -ne ",fak${j}" >> ${file}
done
echo ": double); overload; inline;" >> ${file}
done
echo "{\$ENDIF}" >> ${file}
echo >> ${file}
echo "// implementation **************************************************************" >> ${file}
echo >> ${file}
echo "{\$IFDEF LiKoImplementation}" >> ${file}
echo >> ${file}
echo "{\$INCLUDE linearkombination.inc}" >> ${file}
for ((i=3; i<=maximum; i++))
do
echo "{\$DEFINE lkA${i}}" >> ${file}
echo "{\$INCLUDE linearkombination.inc}" >> ${file}
done
for ((i=maximum; i>=3; i--))
do
echo "{\$UNDEF lkA${i}}" >> ${file}
done
echo "{\$ENDIF}" >> ${file}
# jetzt zur unter-Include ****************************************************************************
file="$(dirname "$0")/linearkombination.inc"
echo > ${file}
echo "// Werte werden auf (in1 + \\sum_i faki * ini') gesetzt" >> ${file}
echo >> ${file}
echo -ne "procedure tFelder.liKo(in1,in2" >> ${file}
for ((i=3; i<=maximum; i++))
do
echo -ne "\n{\$IFDEF lkA${i}},in${i}{\$ENDIF}" >> ${file}
done
echo ": tFelder;" >> ${file}
echo -ne "fak2" >> ${file}
for ((i=3; i<=maximum; i++))
do
echo -ne "\n{\$IFDEF lkA${i}},fak${i}{\$ENDIF}" >> ${file}
done
echo ": double);" >> ${file}
echo "var" >> ${file}
echo " i,j: longint;" >> ${file}
echo " emF: tEMFeldGroesze;" >> ${file}
echo "begin" >> ${file}
echo " for emF:=erstesEMFMitAbleitung to letztesEMFMitAbleitung do" >> ${file}
echo " for i:=0 to aX-1 do" >> ${file}
echo " (emFelder[emF,false]+i)^:=" >> ${file}
echo -ne " (in1.emFelder[emF,false]+i)^" >> ${file}
for ((i=2; i<=maximum; i++))
do
if [ ${i} -gt 2 ]
then
echo -ne "\n {\$IFDEF lkA${i}}" >> ${file}
fi
echo -ne "\n + fak${i}*(in${i}.emFelder[emF,true]+i)^" >> ${file}
if [ ${i} -gt 2 ]
then
echo -ne "\n {\$ENDIF}" >> ${file}
fi
done
echo ";" >> ${file}
echo >> ${file}
echo " for i:=0 to length(impulsraum)-1 do" >> ${file}
echo " for j:=0 to aX*aP-1 do" >> ${file}
echo " (impulsraum[i,false]+j)^:=" >> ${file}
echo -ne " (in1.impulsraum[i,false]+j)^" >> ${file}
for ((i=2; i<=maximum; i++))
do
if [ ${i} -gt 2 ]
then
echo -ne "\n {\$IFDEF lkA${i}}" >> ${file}
fi
echo -ne "\n + fak${i}*(in${i}.impulsraum[i,true]+j)^" >> ${file}
if [ ${i} -gt 2 ]
then
echo -ne "\n {\$ENDIF}" >> ${file}
fi
done
echo ";" >> ${file}
echo >> ${file}
echo " {\$IF DEFINED(DichteNichtnegativieren) and DEFINED(dnZwischenRKSchritten)}" >> ${file}
echo " nichtnegativieren;" >> ${file}
echo " {\$ENDIF}" >> ${file}
echo >> ${file}
echo "end;" >> ${file}
|
