off=0
set label 1 'B_{peak} [G] = '.sprintf("%3.0f",Bpeak) at graph 0.01,0.35+off font ',12'
set label 2 "dx'/dx [m^{-1}] = ".sprintf("%4.3f",dxp_dx) at graph 0.01,0.3+off font ',12'
#set label 2 'x_{inf} [mm] = '.sprintf("%3.1f",xinf) at graph 0.01,0.3+off font ',12'
set label 3 "{/Symbol s}_x [mm] = ".sprintf("%2.1f",2*sigma_x*1000) at graph 0.01,0.25+off font ',12'
#set label 3 "x'_{inf} [mr] = ".sprintf("%2.1f",xpinf) at graph 0.01,0.25+off font ',12'
set label 4 "field index = ".sprintf("%4.3f",index) at graph 0.01,0.2+off font ',12'
#set label 4 "{/Symbol s}_p^{inj} [%] = ".sprintf("%2.1f",sigma_d*100) at graph 0.01,0.2+off font ',12'
#set label 5 "{/Symbol s}_{/Symbol q}^{inj} [mr] = ".sprintf("%2.1f",sigma_xp*1200) at graph 0.01,0.15+off font ',12'
#set label 6 '<r> [mm] = '.sprintf("%3.2f",r_ave) at graph 0.01,0.1+off font ',12'
#set label 7 '{/Symbol s}_r [mm] = '.sprintf("%3.2f",sigma_r) at graph 0.01,0.05+off font ',12'
#set label 8 'Pulse length [ns] = '.sprintf("%3.1f",pulse_length) at graph 0.01,0.0+off font ',12'
#set label 9 'Fraction stored [%] ='.sprintf("%3.1f",fraction_stored*100) at graph 0.6, 0.1+off font ',12'
set label 12 'multi kick turns ='.sprintf("%1.0f",multi_kick_turns) at graph 0.01, 0.15+off font ',12'
set label 11 'kicks per section = '.sprintf("%1.0f",kicks_per_section) at graph 0.01, 0.10+off font ',12'
set label 10 'Sample Peak B only ='.Bpeak_only at graph 0.01, 0.05+off font ',12'