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632 appendix eFortran95codes Contents by Name (continued)Program Section DescriptionProgram Section DescriptionMDrhl.f95 16.3 1-D MD simulationNewton_cd.f95 7.10 Newton–RaphsonrootsNewton_fd.f95 7.10 Newton–Raphsonrootsoverflow.f95 1.5.4 Machine precisionpond.f95 6.5 Monte Carlointegrationqmc.f95 15.8.3 Feynman pathintegrationrandom.f95 5.2.2 Java randomutilityrk4.f95 9.5.2 4th-orderRunge–Kuttark45.f95 9.5.2 Adaptive step rksolverscatt.f95 20.4.5 Scattering integralequationshock.f95 19.3.1 Shock wavesslit.f95 18.6.2 Wave packetthrough slitsoliton.f95 19.5.3 KdeV solitonsSpline.f95 8.5.5 Cubic spline fitsqwell.f95 18.6.2 Quantum wavepacketstune.f95 14.14.4 Optimizationtestingtwodsol.f95 CPI 2-D Sine–Gordonsolitonstwoplates.f95 19.9.3 2-D Navier–Stokesfluidwalk.f95 5.4.2 Random-walksimulationMPIcodes ContentsProgram Description Program DescriptionMPIhello.c First MPI program MPIdeadlock.c Deadlock examplesMPIdeadlock-fixed.c Fixed deadlocks MPImessage2.c Send and receive messagesMPImessage3.c More messages MPIpi.c Parallel computation of πMPIstring.c Parallel string equation run_mpi.sh Template script for grid engineTuneMPI.cOptimization tuning for MPIFortran77codes Contents by NameProgram Section DescriptionProgram Section Descriptionarea.f 1.4.2 First programbessel.f 2.2.2 Bessel functionrecurrencebound.f 20.2.3 Bound integralequationbugs.f 12.5 Bifurcation diagramcomplex.f 4.4 Complex numberobjectsdecay.f 5.6 Spontaneous decaydiff.f 7.5 Numericaldifferentiationeqheat.f 17.17.4 Heat equationvia leapfrogeqstring.f 18.2.3 Waves on a stringexp-bad.f 1.6 Series summation(continued)−101COPYRIGHT 2008, PRINCET O N UNIVE R S I T Y P R E S SEVALUATION COPY ONLY. NOT FOR USE IN COURSES.ALLpup_06.04 — 2008/2/15 — Page 632