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Xin_out.f90
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Xin_out.f90
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! ===========================================================================================================
module xx_in_out
use xx_kinds
use xx_public_variables
use xx_pass_integ
implicit none
private
public :: DAT1,DAT2,DAT3
contains
! ------------------------------
subroutine DAT1(ndat1,run0,run1,ms1_print,ms2_print,fct,rel,kfac,kng) ! the short output e.g. for paw
integer, intent(in) :: ndat1
real(kind=double), dimension(-1:22), intent(in) :: fct,rel
real(kind=double), intent(in) :: run0,run1,ms1_print,ms2_print,kfac,kng
character(len=120), parameter :: & ! short output format
form1="(a2,1x,2(i2,1x),1x,5(f6.1,1x),1(f6.3,1x),4(g9.3,1x),(f6.4,1x),2(g9.3,1x))"
character(len=120), parameter :: & ! short output format
form2="(a2,1x,2(i2,1x),1x,5(f6.1,1x),1(f6.3,1x),4(g9.3,1x),(f6.4,1x),1(g9.3,1x))"
integer :: i_zero
real(kind=double) :: r_zero
i_zero = 0
r_zero = 0.0
select case(final_state)
case ('ng')
write(ndat1, fmt=form1) final_state,ipart1,i_zero,run0,run1,scafac,mass_n(ipart1),mg,r_zero &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
case ('ns')
write(ndat1, fmt=form1) final_state,ipart1,i_zero,run0,run1,scafac,mass_n(ipart1),ms1_print,r_zero &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
case ('nn')
write(ndat1, fmt=form1) final_state,ipart1,ipart2,run0,run1,scafac,mass_n(ipart1),mass_n(ipart2),r_zero &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
case ('ll')
write(ndat1, fmt=form1) final_state,ipart1,i_zero,run0,run1,scafac,mass_s(1:3) &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
case ('gg')
write(ndat1, fmt=form1) final_state,i_zero,i_zero,run0,run1,scafac,mg,mg,r_zero &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
case ('sb','ss')
write(ndat1, fmt=form1) final_state,i_zero,i_zero,run0,run1,scafac,ms1_print,ms2_print,r_zero &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
case ('sg')
write(ndat1, fmt=form1) final_state,i_zero,i_zero,run0,run1,scafac,ms1_print,mg,r_zero &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
case ('tb','bb')
if (ipart1.eq.1) then
write(ndat1, fmt=form1) final_state,ipart1,i_zero,run0,run1,scafac,mass_s(1),mass_s(1),mass_s(3) &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
elseif (ipart1.eq.2) then
write(ndat1, fmt=form1) final_state,ipart1,i_zero,run0,run1,scafac,mass_s(2),mass_s(2),-mass_s(3) &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
else
print*," DAT1: problem with stop/sbottom sector, ipart1 = ",ipart1
call HARD_STOP
end if
case ('lq')
write(ndat1, fmt=form1) final_state,ipart1,i_zero,run0,run1,scafac,mass_s(1),mass_s(1),r_zero &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
case ('le')
write(ndat1, fmt=form1) final_state,ipart1,i_zero,run0,run1,scafac,mass_s(1),r_zero,r_zero &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
case ('xx')
write(ndat1, fmt=form1) final_state,ipart1,i_zero,run0,run1,scafac,mass_s(1),mass_s(1),r_zero &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(21),fct(22)
case ('hh')
write(ndat1, fmt=form2) final_state,ipart1,i_zero,run0,run1,scafac,mch,mch,tan_b &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(22)
case ('ht')
write(ndat1, fmt=form2) final_state,ipart1,i_zero,run0,run1,scafac,mch,mt,tan_b &
,fct(0),rel(0),fct(20),rel(20),kfac,fct(22)
end select
end subroutine DAT1
! ------------------------------
subroutine DAT2(ndat2,run0,run1,ms1_print,ms2_print,fct,rel,kfac,kng) ! the long output
integer, intent(in) :: ndat2
real(kind=double), dimension(-1:22), intent(in) :: fct,rel
real(kind=double), intent(in) :: run0,run1,ms1_print,ms2_print,kfac,kng
character(len=500), parameter :: & ! output format
form1="(a2,1x,2(i2,3x),2(f10.4,1x),/ &
&,4(f10.4,1x),/ &
&,4(f10.4,1x),/,2(f10.4,1x),/,/ &
&,5(g10.4,1x),/,5(g10.4,1x),/,/ &
&,4(g10.4,1x),/,4(g10.4,1x),/,/ &
&,2(g10.4,1x),/,1(g10.4,11x) &
&,2(f9.6,1x),/,/)"
character(len=500), parameter :: &
form2="(a2,1x,2(i2,3x),2(f10.4,1x),/ &
&,4(f10.4,1x),/ &
&,4(f10.4,1x),/,2(f10.4,1x),/,/ &
&,5(g10.4,1x),/,5(g10.4,1x),/,/ &
&,2(g10.4,1x),/,2(g10.4,1x),/,/ &
&,3(g10.4,1x),/,3(g10.4,1x),/,/ &
&,3(g10.4,1x),/,3(g10.4,1x),/,/ &
&,2(g10.4,1x),/,1(g10.4,11x) &
&,2(f9.6,1x),/,/)"
character(len=500), parameter :: &
form3="(a2,1x,1(i2,3x),2(f10.4,1x),/ &
&,3(f10.4,1x),/,2(f10.4,1x),/,/ &
&,5(g10.4,1x),/,5(g10.4,1x),/,/ &
&,3(g10.4,1x),/,3(g10.4,1x),/,/ &
&,3(g10.4,1x),/,3(g10.4,1x),/,/ &
&,2(g10.4,1x),/,1(g10.4,11x) &
&,2(f9.6,1x),/,/)"
character(len=500), parameter :: &
form4="(a2,1x,2(f10.4,1x),/ &
&,2(f10.4,1x),/,/ &
&,2(g10.4,1x),/,2(g10.4,1x),/,/ &
&,2(g10.4,1x),/,1(g10.4,11x) &
&,2(f9.6,1x),/,/)"
character(len=500), parameter :: &
form5="(a2,1x,5(f10.4,1x),/ &
&,5(g10.4,1x),/,5(g10.4,1x),/,/ &
&,1(g10.4,1x),/,1(g10.4,1x),/,/ &
&,2(g10.4,1x),/,1(g10.4,11x) &
&,2(f9.6,1x),/,/)"
character(len=500), parameter :: &
form6="(a2,1x,4(f10.4,1x),/ &
&,5(g10.4,1x),/,5(g10.4,1x),/,/ &
&,1(g10.4,1x),/,1(g10.4,1x),/,/ &
&,2(g10.4,1x),/,1(g10.4,11x) &
&,2(f9.6,1x),/,/)"
character(len=500), parameter :: &
form7="(a2,1x,3(f10.4,1x),/ &
&,5(g10.4,1x),/,5(g10.4,1x),/,/ &
&,3(g10.4,1x),/,3(g10.4,1x),/,/ &
&,4(g10.4,1x),/,4(g10.4,1x),/,/ &
&,2(g10.4,1x),/,1(g10.4,11x) &
&,2(f9.6,1x),/,/)"
character(len=500), parameter :: &
form8="(a2,1x,2(f10.4,1x),/ &
&,5(f10.4,1x),/,/ &
&,2(g10.4,1x),/,2(g10.4,1x),/,/ &
&,2(g10.4,1x),/,1(g10.4,11x) &
&,2(f9.6,1x),/,/)"
character(len=500), parameter :: &
form9="(a2,1x,4(f10.4,1x),/ &
&,4(g10.4,1x),/,4(g10.4,1x),/,/ &
&,5(g10.4,1x),/,5(g10.4,1x),/,/ &
&,2(g10.4,1x),/,1(g10.4,11x) &
&,2(f9.6,1x),/,/)"
character(len=500), parameter :: &
form10="(a2,1x,4(f10.4,1x),/ &
&,4(g10.4,1x),/,4(g10.4,1x),/,/ &
&,4(g10.4,1x),/,4(g10.4,1x),/,/ &
&,2(g10.4,1x),/,2(g10.4,1x),/,/ &
&,2(g10.4,1x),/,1(g10.4,11x) &
&,2(f9.6,1x),/,/)"
select case(final_state)
case ('ng','ns')
write(ndat2, fmt=form1) final_state &
,ipart1,ipart2,run0,run1,mass_n,ms1_print,mg &
,fct(0),fct(1),fct(21),fct(2),fct(3) &
,rel(0),rel(1),rel(21),rel(2),rel(3) &
,fct(4),fct(5),fct(6),fct(7) &
,rel(4),rel(5),rel(6),rel(7) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('nn')
write(ndat2, fmt=form2) final_state &
,ipart1,ipart2,run0,run1,mass_n,ms,mg &
,fct(0),fct(1),fct(21),fct(2),fct(3) &
,rel(0),rel(1),rel(21),rel(2),rel(3) &
,fct(4),fct(5) &
,rel(4),rel(5) &
,fct(6),fct(7),fct(8) &
,rel(6),rel(7),rel(8) &
,fct(9),fct(10),fct(11) &
,rel(9),rel(10),rel(11) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('ll')
write(ndat2, fmt=form3) final_state &
,ipart1,run0,run1,mass_s(1:3),ms,mg &
,fct(0),fct(1),fct(21),fct(2),fct(3) &
,rel(0),rel(1),rel(21),rel(2),rel(3) &
,fct(4),fct(5),fct(6) &
,rel(4),rel(5),rel(6) &
,fct(7),fct(8),fct(9) &
,rel(7),rel(8),rel(9) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('gg')
write(ndat2, fmt=form4) final_state &
,run0,run1,ms,mg &
,fct(0),fct(21) &
,rel(0),rel(21) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('sg')
write(ndat2, fmt=form4) final_state &
,run0,run1,ms1_print,mg &
,fct(0),fct(21) &
,rel(0),rel(21) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('sb','ss')
write(ndat2, fmt=form4) final_state &
,run0,run1,ms1_print,ms2_print &
,fct(0),fct(21) &
,rel(0),rel(21) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('tb','bb')
write(ndat2, fmt=form5) final_state &
,run0,run1,mass_s(1:3) &
,fct(0),fct(1),fct(2),fct(21),fct(3) &
,rel(0),rel(1),rel(2),rel(21),rel(3) &
,fct(4) &
,rel(4) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('lq')
write(ndat2, fmt=form6) final_state &
,run0,run1,mass_s(1:2) &
,fct(0),fct(1),fct(2),fct(21),fct(3) &
,rel(0),rel(1),rel(2),rel(21),rel(3) &
,fct(4) &
,rel(4) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('le')
write(ndat2, fmt=form7) final_state &
,run0,run1,mass_s(1) &
,fct(0),fct(1),fct(2),fct(21),fct(3) &
,rel(0),rel(1),rel(2),rel(21),rel(3) &
,fct(4),fct(5),fct(6) &
,rel(4),rel(5),rel(6) &
,fct(7),fct(8),fct(9),fct(10) &
,rel(7),rel(8),rel(9),rel(10) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('xx')
write(ndat2, fmt=form8) final_state &
,run0,run1,mass_s(1:3),ms,mg &
,fct(0),fct(21) &
,rel(0),rel(21) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('hh')
write(ndat2, fmt=form9) final_state &
,run0,run1,mch,tan_b &
,fct(0),fct(1),fct(2),fct(21) &
,rel(0),rel(1),rel(2),rel(21) &
,fct(4),fct(5),fct(6),fct(7),fct(8) &
,rel(4),rel(5),rel(6),rel(7),rel(8) &
,fct(20),fct(22) &
,rel(20),kfac,kng
case ('ht')
write(ndat2, fmt=form10)final_state &
,run0,run1,mch,tan_b &
,fct(0),fct(1),fct(2),fct(21) &
,rel(0),rel(1),rel(2),rel(21) &
,fct(4),fct(5),fct(6),fct(7) &
,rel(4),rel(5),rel(6),rel(7) &
,fct(8),fct(9) &
,rel(8),rel(9) &
,fct(20),fct(22) &
,rel(20),kfac,kng
end select
end subroutine DAT2
! ------------------------------
subroutine DAT3(ndat3,lowmass,unimass) ! the complete output for documentation
integer, intent(in) :: ndat3
real(kind=double), dimension(0:99), intent(in) :: lowmass
real(kind=double), dimension(1:20), intent(in) :: unimass
write(ndat3, fmt="(a50)" ) " ======================================================= "
write(ndat3, fmt="(a15,a2)" ) " final state = ",final_state
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a15,f10.2)" ) " cm energy = ",sqrt(sc)
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a12,f12.5)" ) " tan_beta = ",unimass(10)
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a12,f12.5)" ) " m_gluino = ",lowmass(4)
write(ndat3, fmt="(a12,f12.5)" ) " m_neut1 = ",lowmass(5)
write(ndat3, fmt="(a12,f12.5)" ) " m_neut2 = ",lowmass(6)
write(ndat3, fmt="(a12,f12.5)" ) " m_neut3 = ",lowmass(7)
write(ndat3, fmt="(a12,f12.5)" ) " m_neut4 = ",lowmass(8)
write(ndat3, fmt="(a12,f12.5)" ) " m_char1 = ",lowmass(9)
write(ndat3, fmt="(a12,f12.5)" ) " m_char2 = ",lowmass(10)
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a12,f12.5)" ) " m_sdl = ",lowmass(11)
write(ndat3, fmt="(a12,f12.5)" ) " m_sdr = ",lowmass(12)
write(ndat3, fmt="(a12,f12.5)" ) " m_sul = ",lowmass(13)
write(ndat3, fmt="(a12,f12.5)" ) " m_sur = ",lowmass(14)
write(ndat3, fmt="(a12,f12.5)" ) " m_sq8 = ",lowmass(15)
write(ndat3, fmt="(a12,f12.5)" ) " m_sq10 = ",lowmass(16)
write(ndat3, fmt="(a12,f12.5)" ) " m_sb1 = ",lowmass(17)
write(ndat3, fmt="(a12,f12.5)" ) " m_sb2 = ",lowmass(18)
write(ndat3, fmt="(a12,f12.5)" ) " A_b = ",lowmass(21)
write(ndat3, fmt="(a12,f12.5)" ) " sin(2b) = ",lowmass(22)
write(ndat3, fmt="(a12,f12.5)" ) " cos(2b) = ",lowmass(23)
write(ndat3, fmt="(a12,f12.5)" ) " m_st1 = ",lowmass(19)
write(ndat3, fmt="(a12,f12.5)" ) " m_st2 = ",lowmass(20)
write(ndat3, fmt="(a12,f12.5)" ) " A_t = ",lowmass(24)
write(ndat3, fmt="(a12,f12.5)" ) " sin(2t) = ",lowmass(25)
write(ndat3, fmt="(a12,f12.5)" ) " cos(2t) = ",lowmass(26)
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a12,f12.5)" ) " m_sel = ",lowmass(30)
write(ndat3, fmt="(a12,f12.5)" ) " m_ser = ",lowmass(31)
write(ndat3, fmt="(a12,f12.5)" ) " m_sne = ",lowmass(32)
write(ndat3, fmt="(a12,f12.5)" ) " m_stau1 = ",lowmass(33)
write(ndat3, fmt="(a12,f12.5)" ) " m_stau2 = ",lowmass(34)
write(ndat3, fmt="(a12,f12.5)" ) " m_sntau = ",lowmass(35)
write(ndat3, fmt="(a12,f12.5)" ) " A_l = ",lowmass(36)
write(ndat3, fmt="(a12,f12.5)" ) " sin(2l) = ",lowmass(37)
write(ndat3, fmt="(a12,f12.5)" ) " cos(2l) = ",lowmass(38)
write(ndat3, fmt="(a12) " ) " ---------- "
write(ndat3, fmt="(a12,f12.5)" ) " m_ha = ",lowmass(40)
write(ndat3, fmt="(a12,f12.5)" ) " m_hl = ",lowmass(41)
write(ndat3, fmt="(a12,f12.5)" ) " m_hh = ",lowmass(42)
write(ndat3, fmt="(a12,f12.5)" ) " m_hc = ",lowmass(43)
write(ndat3, fmt="(a12,f12.5)" ) " sin(alp) = ",lowmass(44)
write(ndat3, fmt="(a12,f12.5)" ) " cos(alp) = ",lowmass(45)
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a12,8(f9.6,2x))") " Z_bw = ",real( zz(1,1:4) ),aimag( zz(1,1:4) )
write(ndat3, fmt="(a12,8(f9.6,2x))") " ",real( zz(2,1:4) ),aimag( zz(2,1:4) )
write(ndat3, fmt="(a12,8(f9.6,2x))") " ",real( zz(3,1:4) ),aimag( zz(3,1:4) )
write(ndat3, fmt="(a12,8(f9.6,2x))") " ",real( zz(4,1:4) ),aimag( zz(4,1:4) )
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a12,2(f9.6,2x))") " U = ",uu(1,1:2)
write(ndat3, fmt="(a12,2(f9.6,2x))") " ",uu(2,1:2)
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a12,2(f9.6,2x))") " V = ",vv(1,1:2)
write(ndat3, fmt="(a12,2(f9.6,2x))") " ",vv(2,1:2)
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a12,2(f9.6,2x))") " F (st) = ",mst(1,1:2)
write(ndat3, fmt="(a12,2(f9.6,2x))") " ",mst(2,1:2)
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a12,2(f9.6,2x))") " F (sb) = ",msb(1,1:2)
write(ndat3, fmt="(a12,2(f9.6,2x))") " ",msb(2,1:2)
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a12,2(f9.6,2x))") " F (sl) = ",msl(1,1:2)
write(ndat3, fmt="(a12,2(f9.6,2x))") " ",msl(2,1:2)
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a18)" ) " flags : "
write(ndat3, fmt="(a12,i2)" ) " isq_ng = ",isq_ng
write(ndat3, fmt="(a12,i2)" ) " ipart1 = ",ipart1
write(ndat3, fmt="(a12,i2)" ) " ipart2 = ",ipart2
write(ndat3, fmt="(a12,i2)" ) " isquark1 = ",isquark1
write(ndat3, fmt="(a12,i2)" ) " isquark2 = ",isquark2
write(ndat3, fmt="(a12,i2)" ) " icoll = ",icoll
write(ndat3, fmt="(a12,i2)" ) " isca = ",isca
write(ndat3, fmt="(a12,i2)" ) " imx = ",imx
write(ndat3, fmt="(a12)" ) " ---------- "
write(ndat3, fmt="(a18)" ) " numerical cuts : "
write(ndat3, fmt="(a17,f14.8)" ) " all integrals : ",cut
write(ndat3, fmt="(a17,f14.8)" ) " slicing : ",eps_sli
write(ndat3, fmt="(a17,f14.8)" ) " subtraction : ",eps_sub
write(ndat3, fmt="(a17,f14.8)" ) " small width : ",ewi
end subroutine DAT3
end module xx_in_out