% SampleID: 
% Theoretical instrumental function
VERZERR=INSA-D8-FDS-06-LynxEye.geq
% Wavelength
LAMBDA=CU
% Phases
STRUC[1]=C2S-alpha.str
STRUC[2]=C3S-Alite-r.str
STRUC[3]=CaOH2.str
STRUC[4]=CSH.str
STRUC[5]=CSH-0625.str
STRUC[6]=Katoite.str
STRUC[7]=SiC-93R.str
STRUC[8]=Pyrrhotite_3T.str
STRUC[9]=Ca3Cu3P4O16.str
% Measured data
VAL[1]=20200408_neat_concrete.xy
% Minimum Angle (2theta)
% WMIN=10
% Maximum Angle (2theta)
% WMAX=60
% Result list output
LIST=20200408_neat_concrete.lst
% Peak list output
OUTPUT=20200408_neat_concrete.par
% Diagram output
DIAGRAMM=20200408_neat_concrete.dia
% Global parameters for zero point and sample displacement
EPS1=0
PARAM[1]=EPS2=0_-0.01^0.01
NTHREADS=8
PROTOKOLL=Y

sum=alphaC2S+C3SaliteR+CaOH2+CSH+CSH0625+Katoitesyn+SiC93R+pyrrhotite3t+Ca3Cu3P4O16
QalphaC2S=alphaC2S/sum
QC3SaliteR=C3SaliteR/sum
QCaOH2=CaOH2/sum
QCSH=CSH/sum
QCSH0625=CSH0625/sum
QKatoitesyn=Katoitesyn/sum
QSiC93R=SiC93R/sum
Qpyrrhotite3t=pyrrhotite3t/sum
QCa3Cu3P4O16=Ca3Cu3P4O16/sum

GOAL[1]=QalphaC2S
GOAL[2]=QC3SaliteR
GOAL[3]=QCaOH2
GOAL[4]=QCSH
GOAL[5]=QCSH0625
GOAL[6]=QKatoitesyn
GOAL[7]=QSiC93R
GOAL[8]=Qpyrrhotite3t
GOAL[9]=QCa3Cu3P4O16