uniform distribution on the range (-to;to) for integer types, and on
the (-to;0)(0;to) range for floating point types if boundCheck is true.
If boundCheck=false the range changes to [-to;0)u(0;to] with a slightly
lower propability at the bounds for floating point numbers.
excludeZero controls if 0 is excluded or not (by default float exclude it,
ints no). Please note that the probability of 0 in floats is very small due
Cannot be used on unsigned types.
In here there is probably one of the few cases where c handling of modulo of negative
numbers is handy
uniform distribution on the range (-to;to) for integer types, and on the (-to;0)(0;to) range for floating point types if boundCheck is true. If boundCheck=false the range changes to [-to;0)u(0;to] with a slightly lower propability at the bounds for floating point numbers. excludeZero controls if 0 is excluded or not (by default float exclude it, ints no). Please note that the probability of 0 in floats is very small due Cannot be used on unsigned types.
In here there is probably one of the few cases where c handling of modulo of negative numbers is handy