Description Usage Arguments Details Value References Examples
Compute RDD estimate allowing a locally kernel weighted version of any estimation function possibly on the range specified by bandwidth
1 2 3 4 5 6 7 8 9 10 11 12  | 
rdd_object | 
 Object of class rdd_data created by   | 
fun | 
 The function to estimate the parameters  | 
covariates | 
 Formula to include covariates  | 
order | 
 Order of the polynomial regression.  | 
bw | 
 A bandwidth to specify the subset on which the kernel weighted regression is estimated  | 
slope | 
 Whether slopes should be different on left or right (separate), or the same.  | 
covar.opt | 
 Options for the inclusion of covariates. Way to include covariates, either in the main regression (  | 
weights | 
 Optional weights to pass to the lm function. Note this cannot be entered together with   | 
... | 
 Further arguments passed to fun. See the example.  | 
This function allows the user to use a custom estimating function, instead of the traditional lm(). 
It is assumed that the custom funciton has following behaviour:
 A formula interface, together with a data argument
 A weight argument
A coef(summary(x)) returning a data-frame containing a column Estimate
Note that for the last requirement, this can be accomodated by writing a specific rdd_coef 
function for the class of the object returned by fun.
An object of class rdd_reg_lm and class lm, with specific print and plot methods
TODO
1 2 3 4 5 6 7 8 9  | ## Step 0: prepare data
data(house)
house_rdd <- rdd_data(y=house$y, x=house$x, cutpoint=0)
## Estimate a local probit:
house_rdd$y <- with(house_rdd, ifelse(y<quantile(y, 0.25), 0,1))
reg_bin_glm <- rdd_gen_reg(rdd_object=house_rdd, fun= glm, family=binomial(link='probit'))
print(reg_bin_glm)
summary(reg_bin_glm)
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