The exemplary answer:
#2,T30,1,50.0Hz:0.36s,63.0Hz:0.41s,80.0Hz:0.20s,100Hz:---
,125Hz:0.07s,160Hz:0.09s,200Hz:0.32s,250Hz:0.33s,315Hz:0.44s,400Hz:0.29s,500Hz:0.39s,630Hz:0.49
s,800Hz:0.44s,1.00k:0.47s,1.25k:0.46s,1.60k:0.34s,2.00k:0.42s,2.50k:0.40s,3.15k:0.42s,4.00k:0.42s,5.
00k:0.41s,TOT.A:0.42s,TOT.C:0.42s,TOT.Z:0.42s;
A.2.3. Read-out the STIPA results
#2,STI,CP; this command creates new project and returns new project name.
#2,STI,CA; this command creates new area and returns new area name.
#2,STI,CS; this command creates new source and returns new source name. e.g. #2,STI,CS,"S2";
#2,STI,PL; this command returns the project list. e.g. #2,STI,PL,2,”PROJ0001”,”PROJ0002”;
#2,STI,AL; this command returns the area list. e.g. #2,STI,AL,2,”AREA1”,”AREA2”;
#2,STI,SL; this command returns the source list. e.g. #2,STI,SL,2,”S1”,”S2”;
The following list of commands require prior setting of the project, area and source.
#2,STI,NP; this command adds the new point and returns the new point ID.
#2,STI,PC; this command returns the count of the measurement points and list of point IDs. e.g.
#2,STI,PC,n,1,2,3;
#2,STI,MC,p; this command returns the count of the measurements at the point p.
#2,STI,AP,p; this command allows you to read and set average flag at the point p.
#2,STI,AM,p,m; this command allows you to read and set average flag for the m measurement at the
point p.
#2,STI,DP,p; this command deletes the point p.
#2,STI,DM,p,m; this command deleted the measurement m at the point p.
#2,STI,MR,p,m,mrn; this command allows you to read the results of the m measurement at the point p.
#2,STI,FR,p,m,frn; this command allows you to read the modulation results of the m measurement at the
point p.
#2,STI,SN; this command allows you to read and write Ambient Noise parameters. e.g.
#2,STI,SN,enabled,90.0,91.0,...,95.0;
p: 0..PointCount-1
m: 0..MeasurementCount-1
mrn: STI,LAQ,LCQ,LAS,STM,FLG
frn: LZQ,MF1,MF2,ERR
enabled: 0/1
flags: UNDERRANGE = 1, OVERLOAD = 2