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In the 1D case, the set difference I1 \ I2 between the intervals I1 and I2 can be either:
a- the empty set
b- one interval (either corresponding to the left side or to the right side)
c- two intervals (one subinterval corresponding to the left side and another one to the right side)
I thought about this and i'm inclined to make the set difference return a UnionSetArray of intervals both in b and c. This may simplify extending to two or higher dimensions.
In the 1D case, the set difference
I1 \ I2
between the intervalsI1
andI2
can be either:a- the empty set
b- one interval (either corresponding to the left side or to the right side)
c- two intervals (one subinterval corresponding to the left side and another one to the right side)
I thought about this and i'm inclined to make the set difference return a
UnionSetArray
of intervals both in b and c. This may simplify extending to two or higher dimensions.See also #1305
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