Precision

[bplus]

How to apply dec float here? It only gives part of the code.


rplus1 = c1plus1 MOD 1095  ' what's c1plus???
rminus1 = c1minus1 MOD 1095 ' what's c1minus1 ???
v1 = 32336 * q + INT((15 * q + 765433 * R + 12084) / 25920)  ' what's q what's R ???
v1plus1 = 32336 * qplus1 + INT((15 * qplus1 + 765433 * rplus1 + 12084) / 25920) ' what's qplus1 ??? q -1
v1minus1 = 32336 * qminus1 + INT((15 * qminus1 + 765433 * rminus1 + 12084) / 25920)
v2 = v1 + INT(6 * (v1 / 7)) MOD 2
v2plus1 = v1plus1 + INT(6 * (v1plus1 / 7)) MOD 2
v2minus1 = v1minus1 + INT(6 * (v1minus1 / 7)) MOD 2
L2 = v2plus1 - v2
L2minus1 = v2 - v2minus1
v3 = 2 * (INT((L2 + 19) / 15) MOD 2)
v4 = INT((L2minus1 + 7) / 15) MOD 2
c2 = v2 + v3 + v4
v3plus1 = 2 * (INT((L2plus1 + 19) / 15) MOD 2)
v4plus1 = INT((L2 + 7) / 15) MOD 2
c2plus1 = v2plus1 + v3 + v4
L = c2plus1 - c2
c8 = INT((L + 7) / 2) MOD 15
c9 = -(INT((385 - L) / 2) MOD 15)
c3 = INT((384 * x3 + 7) / 13) + c8 * INT((x3 + 4) / 12) + c9 * INT((x3 + 3) / 12)

Really this chunk of code is missing allot of values that QB64 will assume as 0 if we just tested this part.
Where did this code come from? If some language with arbitrary large integers like Python then need string math.

Anyone see the calculations for Easter, this looks like Easter on a planet not in our solar system with q moons ;-))