Description Usage Arguments Value Author(s) Examples
For ts with no significant breakpoints in the residuals or the VPR. Takes annual VI max and it associated optimal accumulated precipitation
1 2 3 4 5 6 7 8 |
anu.VI |
The annual (Growing season) max VI. Must be a object of class |
acu.RF |
The optimal accumulated rainfall for anu.VI. Must be a object of class |
VI.index |
the index of the CTSR.VI ts that the anu.VI values occur at. Must be the same length
as anu.VI. NOTE. R indexs from 1 rather than 0.
if VI.index=FALSE, it will be calculated from the CTSR.VI using |
acu.TM |
The optimal accumulated rainfall for anu.TM. Must be a object of class |
sig |
Significance of all the functions. defualt sig=0.05 |
retnonsig |
Bool. New in v0.3.0. Allows TSSRESTREND to return change estimates of values that filed the sig component in the residual analysis. defualt FALSE will give the same result as eralier versions. |
a list of class TSSRESTREND.
See TSSRESTREND
for details. Note. if called seperatly from TSSRESTREND,
this list will be incomplete.
Arden Burrell, arden.burrell@unsw.edu.au
1 2 | restrend <- RESTREND(stdRESTREND$max.NDVI, stdRESTREND$acc.precip, stdRESTREND$index)
print(restrend)
|
Method Total.Change Residual.Change VPR.HeightChange model.p
32 RESTREND 0.1974363 0.1974363 FALSE 0.0006526821
residual.p VPRbreak.p bp.year
32 3.68055e-08 FALSE FALSE
$chow.sum
[1] FALSE
$chow.ind
[1] FALSE
$OLS.table
slope temp.coef intercept p.value R^2.Value
CTS.fit NaN NaN NaN NaN NaN
VPR.fit 0.001179016 NaN 0.3202949 6.526821e-04 0.3253778
RESTREND.fit 0.006368912 NaN -12.7219012 3.680550e-08 0.6415157
segVPR.fit NaN NaN NaN NaN NaN
Break.Height Slope.Change Slope.ChangeTmp
CTS.fit NaN NaN NaN
VPR.fit NaN NaN NaN
RESTREND.fit NaN NaN NaN
segVPR.fit NaN NaN NaN
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