Description Usage Arguments Value Author(s) See Also Examples
Predict transition probabilities and cumulative probabilities from an object
of class idmSplines with confidence intervals are calculated.
| 1 2 3 | 
| object | an  | 
| s | time at prediction. | 
| t | time for prediction. | 
| Z01 | vector for the values of the covariates on the transition 0 –> 1 (in the same order as the covariates within the call. The default values are all 0. | 
| Z02 | vector for the values of the covariates on the transition 0 –> 2 (in the same order as the covariates within the call. The default values are all 0. | 
| Z12 | vector for the values of the covariates on the transition 1 –> 2 (in the same order as the covariates within the call. The default values are all 0. | 
| nsim | number of simulations for the confidence intervals calculations. The default is 2000. | 
| CI | boolean: with ( | 
| ... | other parameters. | 
a list containing the following predictions with pointwise confidence intervals:
| p00 | the transition probability p_{00}. | 
| p01 | the transition probability p_{01}. | 
| p11 | the transition probability p_{11}. | 
| p12 | the transition probability p_{12}. | 
| p02_0 | the probability of direct transition from state 0 to state 2. | 
| p02_1 | the probability of transition from state 0 to state 2 via state 1. | 
| p02 | transition probability p_{02}. Note
that  | 
| F01 | the lifetime risk of
disease.  | 
| F0. | the probability of
exit from state 0.  | 
R: Celia Touraine <Celia.Touraine@isped.u-bordeaux2.fr> Fortran: Pierre Joly <Pierre.Joly@isped.u-bordeaux2.fr>
| 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 | ## Not run: 
data(Paq1000)
library(prodlim)
fit <- idm(formula02=Hist(time=t,event=death,entry=e)~certif,
formula01=Hist(time=list(l,r),event=dementia)~certif,data=Paq1000)
pred <- predict(fit,s=70,t=80,Z01=c(1),Z02=c(1),Z12=c(1))
pred
fit.splines <-  idm(formula02=Hist(time=t,event=death,entry=e)~certif,
		formula01=Hist(time=list(l,r),event=dementia)~certif,
                formula12=~1,
                method="Splines",
		data=Paq1000)
pred <- predict(fit.splines,s=70,t=80,Z01=c(1),Z02=c(1))
pred
## End(Not run)
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