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respectively, where $u\hackscore x,u\hackscore y,u\hackscore z$ are the $x\hackscore 0,x\hackscore 1,x\hackscore 2$ components of the displacement vector $u$ at the point source. These can be |
respectively, where $u\hackscore x,u\hackscore y,u\hackscore z$ are the $x\hackscore 0,x\hackscore 1,x\hackscore 2$ components of the displacement vector $u$ at the point source. These can be |
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plotted easily using any plotting package. In \gnuplot the command: |
plotted easily using any plotting package. In \gnuplot the command: |
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\begin{verbatim} |
\begin{verbatim} |
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plot 'U_pc.out' u 1:2 title 'U_x' w l lw 2, 'U_pc.out' u 1:3 title 'U_y' w l lw 2, |
plot 'U_pc.out' u 1:2 title 'U_x' w l lw 2, 'U_pc.out' u 1:3 title 'U_y' w l |
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'U_pc.out' u 1:4 title 'U_z' w l lw 2 |
lw 2, 'U_pc.out' u 1:4 title 'U_z' w l lw 2 |
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\end{verbatim} |
\end{verbatim} |
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will reproduce Figure~\ref{WAVE FIG 1} (As expected this is identical to the input signal shown in Figure~\ref{WAVE FIG 1.2})2. It is pointed out that we are not using the |
will reproduce Figure~\ref{WAVE FIG 1} (As expected this is identical to the input signal shown in Figure~\ref{WAVE FIG 1.2})2. It is pointed out that we are not using the |
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standard \PYTHON \function{open} to write to the file \code{U_pc.out} as it is not safe |
standard \PYTHON \function{open} to write to the file \code{U_pc.out} as it is not safe |