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function [pm,p]=synseis_w(rin,flag) % [pm,p]=synseis_w(r,flag) % % SYNSEIS_W computes a complete 1-D seismogram assuming a pressure % recording. Based of the algorithm in % Waters, "Reflection Seis

这是源程序： clear; clf; load zww.mat; % 导入原始数据 %out=pressure_out; % 蒸汽压力 %out=tangwen_out; % 炉膛温度 out=t_zhenqi; % 蒸汽温度 %------------------------------------------------

#define TOUCHSCREEN_DEV "/dev/input/event0" // TouchScreen input data structure typedef struct { int y; int x; int pressure; int flag; } ts_event_t; // Calibration data definition #define CAL_

function [pm,p]=synseis_w(rin,flag) % [pm,p]=synseis_w(r,flag) % % SYNSEIS_W computes a complete 1-D seismogram assuming a pressure % recording. Based of the algorithm in % Waters, "Reflection Seis

/* interval velocity to pore pressure (mud weight) calculation */ #include "velo.h" #include "usgrid.h" #include "subc.h" char *sdoc = "VINT2MW - convert interval velocity to mud weight (lb/gal) \n

function [pm,p]=synseis_w(rin,flag) % [pm,p]=synseis_w(r,flag) % % SYNSEIS_W computes a complete 1-D seismogram assuming a pressure % recording. Based of the algorithm in % Waters, "Reflection Seis

function [pm,p]=synseis_w(rin,flag) % [pm,p]=synseis_w(r,flag) % % SYNSEIS_W computes a complete 1-D seismogram assuming a pressure % recording. Based of the algorithm in % Waters, "Reflection Seis

package creaatThread; class J_Expriment { private int m_temperature, m_pressure; private boolean m_ready = false; public synchronized void mb_update(int t, int p) { System.out.prin

Lexus-Toyota dataObD2 P1100 Barometric Pressure Sensor Circuit P1120 Accelerator Pedal Position Sensor Circuit P1121 Accelerator Pedal Position Sensor Performance P1125 Throttle Cont

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