R Under development (unstable) (2026-01-12 r89300 ucrt) -- "Unsuffered Consequences"
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> library(testthat)
> library(mfGARCH)
> 
> test_check("mfGARCH")
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "No frequency specified for calculating the variance ratio - default: low.freq = date"
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "No frequency specified for calculating the variance ratio - default: low.freq = date"
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "No frequency specified for calculating the variance ratio - default: low.freq = week"
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "No frequency specified for calculating the variance ratio - default: low.freq = week"
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "No frequency specified for calculating the variance ratio - default: low.freq = week"
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "No frequency specified for calculating the variance ratio - default: low.freq = week"
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "No frequency specified for calculating the variance ratio - default: low.freq = week"
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "Specifying two covariates may lead to long estimation times."
[1] "No frequency specified for calculating the variance ratio - default: low.freq = date"
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[1] "For ensuring numerical stability of the parameter optimization and inversion of the Hessian, it is best to multiply log returns by 100."
[ FAIL 0 | WARN 0 | SKIP 0 | PASS 12 ]
> 
> proc.time()
   user  system elapsed 
 126.15   14.92  141.59