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function demoH2Osat % demoH2OSat Fit saturation pressure versus temperature for water % % Synopsis: demoH2Osat % % Input: none % % Output: Print curve fit coefficients. Plot fit fcn vs. o

function demoH2Osat % demoH2OSat Fit saturation pressure versus temperature for water % % Synopsis: demoH2Osat % % Input: none % % Output: Print curve fit coefficients. Plot fit fcn vs. o

#! /bin/sh # Computes an SH seismogram of a layer over a half space # output files wfp=./pressure2 wfr=./radial2 wfz=./vertical2 outf=./info2 # input parameters tsec=51.2 # length of computed tra

#! /bin/sh # Computes an SH seismogram of a layer over a half space # output files wfp=./pressure2 wfr=./radial2 wfz=./vertical2 outf=./info2 # input parameters tsec=51.2 # length of computed tra

function demoH2Osat % demoH2OSat Fit saturation pressure versus temperature for water % % Synopsis: demoH2Osat % % Input: none % % Output: Print curve fit coefficients. Plot fit fcn vs. o

function[W,angle]= totalpressure(m,n,P) %This function is used to calculate the total pressure of the bearing and the angle delta_m=2*pi/m; delta_n=2/n; Wx=0; Wy=0; for j=1:n for i=1:m

catch {load vtktcl} set DIRECTORY $argv set FLAG_FILE $DIRECTORY.vtk.fl set PRESSURE_FILE $DIRECTORY.vtk.p # Create the RenderWindow, Renderer and both Actors # vtkRenderer ren1 ren1 SetBackgro

#include #include #include #include "config.h" #include "tslib-private.h" struct h3600_ts_event { /* Used in the Compaq IPAQ */ unsigned short pressure; unsigned sh

#include #include #include #include "config.h" #include "tslib-private.h" struct arctic2_ts_event { /* Used in the IBM Arctic II */ signed short pressure; signed in

R: Blood Pressure in Rabbits