Usage

To use the program some information has to be provided. The necessary input parameter(s), the kind of the information needed, where it has to be in a L^ATEX format or not, and in many case where it is a range of parameter(s).

machV

The Mach number and it is used in stagnation class

fldV

The $\fld$ and it is used in Fanno class isothermal class

p2p1V

The pressure ratio of the two sides of the tubes

M1V

Entrance Mach M1 to the tube Fanno and isothermal classes

M1ShockV

Entrance Mach M1 when expected shock to the tube Fanno and isothermal classes

FLDShockV

FLD with shock in the in Fanno class

M1fldV

both $M_1$ and $\fld$ are given

M1fldP2P1V

three part info $P_1\over P_2$ , $M_1$ and $\fld$ are given

MxV

$M_x$ or $M_y$

infoStagnation

print standard (stagnation) info

infoStandard

standard info for (Fanno, shock etc)

infoTube

print tube side info for (Fanno, etc) including

infoShock

print shock sides info

infoTubeShock

print tube info shock main info

infoTubeProfile

the Mach number and pressure ratio profiles

infoTubeShockLimits

print tube limits with shock

To get the shock results in L^ATEX of $M_x$ The following lines have to be inserted in the end of the main function.

int isTex = yes;
int isRange = no;
whatInfo = infoStandard ;
variableName =  MxV; 
Mx = 2.0 ;
s.makeTable(whatInfo, isRange, isTex,  variableName, variableValue);

*******************************************
The following stuff is the same as above/below
if you use showResults with showHeads but the
information is setup for the latex text processing.
You can just can cut and paste it in your latex file.
You must use longtable style file and dcolumn
style files.
 
 
*******************************************
\setlongtables
\begin{longtable}
{|D..{1.4}|D..{1.4}|D..{1.4}|D..{1.4}|D..{1.4}|D..{1.4}|D..{1.4}|}
\caption{ ??  \label{?:tab:?}}\\
\hline
\multicolumn{1}{|c|} {$\rule[-0.1in]{0.pt}{0.3 in}\mathbf{M} $}  &
\multicolumn{1}{|c|} {$\mathbf{4fL \over D} $}  &
\multicolumn{1}{|c|} {$\mathbf{P \over P^{*}} $}  &
\multicolumn{1}{|c|} {$\mathbf{P_0 \over {P_0}^{*}} $}  &
\multicolumn{1}{|c|} {$\mathbf{\rho \over \rho^{*}} $}  &
\multicolumn{1}{|c|} {$\mathbf{U \over {U}^{*}} $}  &
\multicolumn{1}{|c|} {$\mathbf{T \over T^{*}} $}
 
\\\hline
 
\endfirsthead
\caption{ ?? (continue)} \\\hline
\multicolumn{1}{|c|} {$\rule[-0.1in]{0.pt}{0.3 in}\mathbf{M} $}  &
\multicolumn{1}{|c|} {$\mathbf{4fL \over D} $}  &
\multicolumn{1}{|c|} {$\mathbf{P \over P^{*}} $}  &
\multicolumn{1}{|c|} {$\mathbf{P_0 \over {P_0}^{*}} $}  &
\multicolumn{1}{|c|} {$\mathbf{\rho \over \rho^{*}} $}  &
\multicolumn{1}{|c|} {$\mathbf{U \over {U}^{*}} $}  &
\multicolumn{1}{|c|} {$\mathbf{T \over T^{*}} $}
 
\\\hline
\endhead
    2.176&    2.152&   0.3608&    1.000&   0.5854&    3.773&   0.6164 \\
\hline\end{longtable}