line up equals in eqnarray

This commit is contained in:
robin 2012-04-23 20:58:39 +01:00
parent cc2ea1945a
commit 965b80739e
5 changed files with 31 additions and 47 deletions

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@ -6,9 +6,9 @@ PNG = fmmdh.png ct1.png hd.png ftcontext.png
all: ${PNG}
pdflatex software_fmea
pdflatex software_fmea
acroread software_fmea.pdf
pdflatex software_fmmd
pdflatex software_fmmd
acroread software_fmmd.pdf
bib:
bibtex software_fmea
bibtex software_fmmd

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@ -930,12 +930,12 @@ as a hierarchical diagram, see figure~\ref{fig:hd}.
We can represent the hierarchy in figure~\ref{fig:hd} algebraically, using the `$\bowtie$' function
using the groups as intermediate stages:
\begin{eqnarray*}
G_1 = \{R,ADC\} \\
CMATV = \;\bowtie (G_1) \\
G_2 = \{CMATV, read\_ADC \} \\
RADC = \; \bowtie (G_2) \\
G_3 = \{ RADC, read\_4\_20\_input \} \\
R420I = \; \bowtie (G_3) \\
G_1 &=& \{R,ADC\} \\
CMATV &=& \;\bowtie (G_1) \\
G_2 &=& \{CMATV, read\_ADC \} \\
RADC &=& \; \bowtie (G_2) \\
G_3 &=& \{ RADC, read\_4\_20\_input \} \\
R420I &=& \; \bowtie (G_3) \\
\end{eqnarray*}
or, a nested definition,
$$ \bowtie \Big( \bowtie \big( \bowtie(R,ADC), read\_4\_20\_input \big), read\_4\_20\_input \Big). $$

View File

@ -930,12 +930,12 @@ as a hierarchical diagram, see figure~\ref{fig:hd}.
We can represent the hierarchy in figure~\ref{fig:hd} algebraically, using the `$\bowtie$' function
using the groups as intermediate stages:
\begin{eqnarray*}
G_1 = \{R,ADC\} \\
CMATV = \;\bowtie (G_1) \\
G_2 = \{CMATV, read\_ADC \} \\
RADC = \; \bowtie (G_2) \\
G_3 = \{ RADC, read\_4\_20\_input \} \\
R420I = \; \bowtie (G_3) \\
G_1 &=& \{R,ADC\} \\
CMATV &=& \;\bowtie (G_1) \\
G_2 &=& \{CMATV, read\_ADC \} \\
RADC &=& \; \bowtie (G_2) \\
G_3 &=& \{ RADC, read\_4\_20\_input \} \\
R420I &=& \; \bowtie (G_3) \\
\end{eqnarray*}
or, a nested definition,
$$ \bowtie \Big( \bowtie \big( \bowtie(R,ADC), read\_4\_20\_input \big), read\_4\_20\_input \Big). $$

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@ -3346,12 +3346,12 @@ as a hierarchical diagram, see figure~\ref{fig:hd}.
We can represent the hierarchy in figure~\ref{fig:hd} algebraically, using the `$\derivec$' function
using the groups as intermediate stages:
\begin{eqnarray*}
G_1 = \{R,ADC\} \\
CMATV = \;\derivec (G_1) \\
G_2 = \{CMATV, read\_ADC \} \\
RADC = \; \derivec (G_2) \\
G_3 = \{ RADC, read\_4\_20\_input \} \\
R420I = \; \derivec (G_3) \\
G_1 &=& \{R,ADC\} \\
CMATV &=& \;\derivec (G_1) \\
G_2 &=& \{CMATV, read\_ADC \} \\
RADC &=& \; \derivec (G_2) \\
G_3 &=& \{ RADC, read\_4\_20\_input \} \\
R420I &=& \; \derivec (G_3) \\
\end{eqnarray*}
or, a nested definition,
$$ \derivec \Big( \derivec \big( \derivec(R,ADC), read\_4\_20\_input \big), read\_4\_20\_input \Big). $$

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@ -13,29 +13,13 @@ clean:
bib:
bibtex thesis
CH1_introduction:
cd $@; make copy
CH2_FMEA:
cd $@; make copy
CH3_FMEA_criticism:
cd $@; make copy
CH4_FMMD:
cd $@; make copy
CH5_Examples:
cd $@; make copy
CH6_Evaluation:
cd $@; make copy
CH7_Conculsion:
cd $@; make copy
CH8_finsh_appendixes:
cd $@; make copy
chapters_sub_make:
cd CH1_introduction; make copy
cd CH2_FMEA; make copy
cd CH3_FMEA_criticism; make copy
cd CH4_FMMD; make copy
cd CH5_Examples; make copy
cd CH6_Evaluation; make copy
cd CH7_Conculsion; make copy
cd CH8_finsh_appendixes; make copy