Code/Carrier-Phase Error Rate L1/L2:设置L1和L2/L5/L6伪距误差的标准差与载波相位误差的比值。 Carrier-Phase Error a+b/sinEI (m):设置载波相位误差标准差的仰角相关项 Carrier-Phase Error/Baseline(m/10km):设置载波相位误差标准差的基线长度相关项 Doppler Frequency(Hz):设置多普勒误差的标准偏差(Hz)(当...
double eratio[NFREQ]:设定L1和L2/L5/L6的伪距误差与载波相位误差的标准差比(Code/Carrier-Phase Error Ratio L1/L2)。默认{100.0,100.0}。NFREQ是频率总数。对每个频率可以分别设置。 double err[5]:测量误差因子。(对应RTKPOST.exe的Option-Stats-Measurement Errors) [0]:Reserved,默认100.0; [1]:设置载波...
To determine the error estimates for the code observations, the phase error estimates are simply multiplied by a constant determined by which frequency band the observation is from. These are the “Code / Carrier-Phase Error Ratio L1/L2/L5” parameters in the options tab above. These ratios al...
2:L1+L2,3:L1+L2+L5) */intnavsys;/* navigation system */doubleelmin;/* elevation mask angle (rad) */snrmask_tsnrmask;/* SNR mask */intsateph;/* satellite ephemeris/clock
egm08_wgs84.html ) *3 gsigeome.ver4 (http://vldb.gsi.go.jp/sokuchi/geoid/download/down.html) (4) Statistics Item Measurement Errors (1-sigma) Code/Carrier-Phase Error Rate Carrier-Phase Error Descriptions Set the ratio of standard deviations of pseudorange errors to carrier-phase errors....
(1‐sigma) Code/Carrier‐Phase Error Rate Carrier‐Phase Error Carrier‐Phase Error/sinEl Carrier‐Phase Error/Baseline Doppler Frequency Set the ratio of standard deviations of pseudorange errors to carrier‐phase errors. ...
double eratio[NFREQ]; /* code/phase error ratio */ double err[5]; /* measurement error factor */ /* [0]:reserved */ /* [1-3]:error factor a/b/c of phase (m) */ /* [4]:doppler frequency (hz) */ double std[3]; /* initial-state std [0]bias,[1]iono [2]trop */ ...
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stats-eratio1 = 300 Ratio of the standard deviations of the pseudorange measurements to the carrier-phase measurements. I have found a larger value works better for low-cost receivers, but that the default value of 100 works better for more expensive receivers. Actually measuring the residuals ...
popt.tropopt=TROPOPT_SAAS;popt.sateph=EPHOPT_BRDC;popt.dynamics=0;popt.tidecorr=2;popt.niter=1;//number of filter iterationpopt.codesmooth=0;popt.rovpos=0;popt.refpos=0;//opt.eratio[] = {100.0,100.0}; /* code/phase error ratio *///opt.err[] = { 100.0,0.003,0.003,0.0,1.0 }...