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/* &&foo should be hoisted, but on most targets, excess register pressure forces it to be rematerialized before "data != &&foo". On targets that have a "branch if registers are equal" instructi

from dolfin import * # Plot velocity u = Function("velocity.xml") plot(u) # Plot pressure p = Function("pressure.xml") plot(p)

from dolfin import * # Plot velocity u = Function("velocity.xml") plot(u) # Plot pressure p = Function("pressure.xml") plot(p)

/* -*- linux-c -*- GTCO digitizer USB driver Use the err(), dbg() and info() macros from usb.h for system logging TO CHECK: Is pressure done right on report 5? Copyright (C) 2006 GTCO CalComp

/* 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

/* sonic transit time dt to pore pressure calculation */ #include "velo.h" #include "subc.h" char *sdoc = "DT2PP - convert sonic transit time to pore pressure gradient \n" "\n" "dt2pp [parameters]

/* sonic transit time dt to pore pressure calculation */ #include "velo.h" #include "subc.h" char *sdoc = "DT2PP - convert sonic transit time to pore pressure gradient \n" "\n" "dt2pp [parameters]

#! /bin/sh set -x # define parent directory MYHOME=. # output files wfp=./pressure wfr=./radial wfz=./vertical outf=./info # input parameters tsec=2.048 # length of computed trace (seconds) fs=0.0

#! /bin/sh rm -f info* pressure* vertical* radial*

#! /bin/sh # define parent directory MYHOME=. # output files wfp=./pressure wfr=./radial wfz=./vertical outf=./info # input parameters tsec=2.048 # length of computed trace (seconds) fs=0.07 # s