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Subaru data ObD2 P1100 Starter Switch Circuit Low Input P1101 Neutral Position Switch Circuit (M/T) P1101 Neutral Position Switch Circuit (A/T) P1102 Pressure Sources Switching Solen

R: The Saturated Steam Pressure Data

import java.math.BigDecimal; public class Weather { private BigDecimal temperature; private BigDecimal humidity; private BigDecimal pressure; private String day; public

!!FP1.0 #Date:2004/2/11 for JocobiMethod FOR DIFFUSE DECLARE TexPARA = {0,0,0,0}; #Velocity or Density or pressure TEX R0, f[WPOS], TEX0, RECT; #(L+U)*X TEX R1, f[WPOS], TEX1, RECT; MUL R1, R1,

!!FP1.0 #Date:2004/2/11 for JocobiMethod FOR DIFFUSE DECLARE TexPARA = {0,0,0,0}; #Velocity or Density or pressure TEX R0, f[WPOS], TEX0, RECT; #(L+U)*X TEX R1, f[WPOS], TEX1, RECT; MUL R1, R1,

!!FP1.0 #2d FLUID ADVECT to modify UV according to pressure DECLARE TexPARA = {0,0,0,0}; ADDH H0, f[WPOS].xyxy, {1,0,-1,0}; #Pressure(i+1,j)---Tex0 TEX R1, H0.xyww, TEX0, RECT; #Pressure(i-1

function [pressure_out]=ders2_5pt(pressure,density,delx) % DERS2_5PT ... compute the 5 point divergence (1/density * grad pressure) % % [pressure_out]=ders2_5pt(pressure,density,delx) % % DERS2_5

%---------------------------------------------------------------------- % Example 4.7.1: Pressure-Temperature Curves %---------------------------------------------------------------------- % In

function y = funf791 (x) %------------------------------------------------------------------ % Pressure-Temperature Function for Saturated Water, Example 7.9.1 %------------------------------------

function p = FTS( kmin, deltak, stabil, r, G, option ) % Fourier transform of SCOOTER Green's function to produce pressure % mbp, Dec. 2003 % G = input k-space spectra, G( nrd, nt ) (destr