/------------------------ Load or Source with FO injection
/Format: Load (or source) with Forced Oscillation Injection: '$TMPLT','LOADFO',BUS,ID,SBASE,FOP,GNIP,FOQ,GNIQ/
/Example: dummy machine at bus 1002, 0.614 Hz forced oscillation injection of Ip, 0.614 Hz, approx 25 MW amplitude (Sbase=1 MVA)
/'$TMPLT','FOINJECT',4009,'IM',1,0.614,25,0.614,0/
/------------------------ Load or Source with FO injection
/Format: Load (or source) with Forced Oscillation Injection: '$TMPLT','LOADFO',BUS,ID,SBASE,FOP,GNIP,FOQ,GNIQ,CSVFILEFO,CSVFILEFOGN/
/Example: dummy machine at bus 1002, 0.614 Hz forced oscillation injection of Ip, 0.614 Hz, approx 25 MW amplitude (Sbase=1 MVA)
/ The frequency and magnitude of a sin forced signal are set in .txt files 'Frequency.csv', 'Magnitude.csv'
/'$TMPLT','FOINJECTCSV',4009,'IM',1,0.614,25,0.614,0,'Frequency.csv','Magnitude.csv'/
/------------------------ Load or Source with Arbitrary Injection (Noise)
/Format: Load or source with arbitrary Ip,Iq injection via CSV file: '$TMPLT','CSVLOAD',BUS,ID,SBASE,GNIP,GNIQ,CSVFILEIP,CSVFILEIQ/
/Example: dummy machine at bus 2612, PQ injection from iptimeseries.txt, iqtimeseries.txt (Ip ramp)
/'$TMPLT','INJECTCSV',2612,'IM',1.0,1.0,1.0,'iptimeseries.txt','iqtimeseries.txt'/
/------------------------ Governor with FO
/Format: TGOV1 model augmented to include FO: '$TMPLT','TGOV1-FO',BUS,ID,R,T1,VMAX,VMIN,T2,T3,DT,FO,FOGAIN/
/Example: Replace governor model for generator 1232 ID 'C', 0.614 Hz oscillation with 0.1 amplitude, other parameters per base dynamics
/'$TMPLT','TGOV1FO',1431,'N',0.08,2,1,0,3,15,0.4,0.82,0.01/
/------------------------ Governor with FO defined in CSV
/Format: TGOV1 model augmented to include FO: '$TMPLT','TGOV1FOCSV',BUS,ID,R,T1,VMAX,VMIN,T2,T3,DT,FO,FOGAIN,CSVFILEFO,CSVFILEFOGN/
/ The frequency and magnitude of a sin forced signal are set in .txt files 'GovFrequency.csv', 'GovMagnitude.csv'
/Example: Replace governor model for generator 4231 ID 'C',other parameters per base dynamics
/'$TMPLT','TGOV1FOCSV',1431,'N',0.08,2,1,0,3,15,0.4,1,1,'Case1_FO_FrequencyProfile.csv','Case1_FO_MagnitudeProfile.csv'/
/'$TMPLT','TGOV1FOCSV',1032,'C',0.08,2,1,0,3,15,0.4,1,1,'Case1_FO_FrequencyProfile.csv','Case1_FO_MagnitudeProfile.csv'/
'$TMPLT','TGOV1FOCSV',1032,'C',0.08,2,1,0,3,15,0.4,1,1,'temp_FO_FrequencyProfile.csv','Case1_FO_MagnitudeProfile.csv'/
/------------------------ Excitation with FO
/Format: SEXS exciter model, augmented to include FO: '$TMPLT','SEXS-FO',BUS,ID,TA_TB,TB,K,TE,EMIN,EMAX,FO,FOGAIN/
/Example: Replace exciter model for generator 1232 ID 'C', 0.614 Hz oscillation with 0.1 amplitude, other parameters per base dynamics
/'$TMPLT','SEXSFO',8034,'H',0.1,10,100,0.1,0,3,1.270,0.1/
/------------------------ Excitation with FO defined in CSV
/Format: SEXS exciter model, augmented to include FO: '$TMPLT','SEXSFOCSV',BUS,ID,TA_TB,TB,K,TE,EMIN,EMAX,FO,FOGAIN,CSVFILEFO,CSVFILEFOGN/
/ The frequency and magnitude of a sin forced signal are set in .txt files 'Exc_frequency.csv', 'Exc_magnitude.csv'
/Example: Replace exciter model for generator 4231 ID 'C',  other parameters per base dynamics
/'$TMPLT','SEXSFOCSV',4231,'H',0.1,10,100,0.1,0,3,1,1,'Exc_frequency.csv', 'Exc_magnitude.csv'/