Methods for function xyplot in Package `solaR'
signature(x = "formula", data = "zoo"): The zoo object is converted into a data.frame object and
additional columns are added (day, month and
year, and w with the solar hour in radians).
This data.frame is the data argument for a
call to xyplot, using the S3 method for class formula.
signature(x = "formula", data = "Meteo"): The Meteo object is converted into a zoo object
with getData(data). This zoo is the data argument for a
call to xyplot, using the S4 method for signature(x = "formula", data = "zoo").
signature(x = "formula", data = "Sol"): The Sol object is converted into a zoo object
with as.zooI(data, complete = TRUE, day = TRUE) (therefore,
the zoo includes the whole content of the object).
This zoo is the data argument for a
call to xyplot, using the S4 method for signature(x =
"formula", data = "zoo").
signature(x = "formula", data = "G0"): The G0 object is converted into a zoo object
with as.zooI(data, complete = TRUE, day = TRUE) (therefore,
the zoo includes the whole content of the object).
This zoo is the data argument for a
call to xyplot, using the S4 method for signature(x =
"formula", data = "zoo").
signature(x = "Meteo", data = "missing"): The Meteo object is converted into a zoo object with
getData(x) and displayed with the method for zoo.
signature(x = "G0", data = "missing"): The x object is converted into a zoo object with
as.zooD(x, complete = FALSE). Therefore, the content of the
G0D slot (a zoo object) is displayed with the method for zoo.
signature(x = "ProdGCPV", data = "missing"): Idem, but the variables are not superposed.
signature(x = "ProdPVPS", data = "missing"): Idem.
signature(x = "formula", data = "Shade"): The Shade
object is converted into a data.frame and passed as the
data argument to the xyplot function. Once again, the S3
method for class formula is used.