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package org.trinet.jasi; import java.util.*; import org.trinet.util.*; /** * Model that returns a set of Channel/Time-Windows that represent where seismic * energy is most likely to be fo

25 54.32E-1 thompson 56789 0123 56a72 2 quarts of oil -12.8degrees Celsius lots of luck 10.0LBS of fertilizer 100ergs of energy

! { dg-do compile } ! Tests the fix for PR30554, the USE statements in potential_energy ! would cause a segfault because the pointer_info for nfree coming ! from constraint would not find the existing

function [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace); % [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace); % extract from a time-frequency representation the biggest energy dots

%ecoll_2dfun0.m finds the zeros of the momentum, energy equations %in the the 2d elastic collision in order to find the unknowns. %Based on the use of the fsolve.m function in the optimization toolb

function [margt,margf,E]=margtfr(tfr,t,f) %MARGTFR Marginals and energy of a time-frequency representation. % [MARGT,MARGF,E]=MARGTFR(TFR,T,F) calculates the time and % frequency marginals and the en

function [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace); % [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace); % extract from a time-frequency representation the biggest energy dots

function [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace); % [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace); % extract from a time-frequency representation the biggest energy dots

function [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace); % [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace); % extract from a time-frequency representation the biggest energy dots

Name,MagicType,SoundEvent,AttackSpeed,Recovery,Avoid,DamageBody,DamageHead,DamageArm,DamageLeg,ArmorBody,ArmorHead,ArmorArm,ArmorLeg,eEnergy,eInPower,eOutPower,eMagic,eLife,5Energy,5InPower,5OutPower,