*.IQEALL

Format is

vg  vd  vs  JG_total JD_total JS_total JnG JnD JnS  JpG JpD JpS  J_radiative J_nonradiative J_Auger  IQE/Jn_in nonradiative/Jn_in Auger/Jn_in Rad/Jp_in nonradiative/Jp_in Auger/Jp_in
error maximum_T  average_T  $N_{region}$ (par%radsum(j),j=1,n) (par%nonradsum(j),j=1,n) (par%augersum(j),j=1,n)

, which is equal to

 $V_{G}~~ V_{D} ~~ V_{S}~~ J_{G,total} ~~ J_{D,total}~~ J_{S,total}  ~~ J_{n,G} ~~ J_{n,D}  ~~ J_{n,S}   ~~J_{p,G}   ~~J_{p,D}  ~~ J_{p,S} ~~ J_{radiative}  ~~ J_{nonrad}   ~~J_{Auger}   ~~ eR_{rad}/Jn_{in}  ~~ eR_{nonrad}/Jn_{in}$ $~~ eR_{Auger}/Jn_{in}  ~~ eR_{rad}/Jp_{in} ~~ eR_{nonrad}/Jp_{in}  ~~ eR_{Auger}/Jp_{in} ~~ error  ~~ T_{max}  ~~T_{ave} ~~N_{region}$ $~~R_{rad,1} ~~R_{rad,2}  ~~R_{rad,3} ...  ~~R_{rad,N_{region}}$ $~~R_{nonrad,1} ~~R_{nonrad,2}  ~~R_{nonrad,3} ...  ~~R_{nonrad,N_{region}}$ $~~R_{Auger,1} ~~R_{Auger,2}  ~~R_{Auger,3} ...  ~~R_{Auger,N_{region}}$