IarcPEint | R Documentation |
Returns I(p_2 \in N_{PE}(p_1,r,c))
for points p_1
and p_2
, that is, returns 1 if p_2
is in N_{PE}(p_1,r,c)
,
returns 0 otherwise, where N_{PE}(x,r,c)
is the PE proximity region for point x
with expansion parameter r \ge 1
and centrality parameter c \in (0,1)
.
PE proximity region is constructed with respect to the
interval (a,b)
. This function works whether p_1
and p_2
are inside or outside the interval int
.
Vertex regions for middle intervals are based on the center associated with the centrality parameter c \in (0,1)
.
If p_1
and p_2
are identical, then it returns 1 regardless of their locations
(i.e., loops are allowed in the digraph).
See also (\insertCiteceyhan:metrika-2012;textualpcds).
IarcPEint(p1, p2, int, r, c = 0.5)
p1 |
A 1D point for which the proximity region is constructed. |
p2 |
A 1D point for which it is checked whether it resides in the proximity region
of |
int |
A |
r |
A positive real number which serves as the expansion parameter in PE proximity region
must be |
c |
A positive real number in |
I(p_2 \in N_{PE}(p_1,r,c))
, that is, returns 1 if p_2
in N_{PE}(p_1,r,c)
, returns 0 otherwise
Elvan Ceyhan
IarcPEmid.int
, IarcPEend.int
and IarcCSint
c<-.4
r<-2
a<-0; b<-10; int<-c(a,b)
IarcPEint(7,5,int,r,c)
IarcPEint(15,17,int,r,c)
IarcPEint(1,3,int,r,c)
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