; This is the famous Bailey-Borwein-Plouffe (BBP) formula. ; Sum this n = 0 to infinity to compute pi. ; This is especially useful for calculating pi in hexadecimal. ; One hexadecimal digit of pi is generated with each iteration. ((4/((8*n)+1))-(2/((8*n)+4))-(1/((8*n)+5))-(1/((8*n)+6)))/(16^n) simplify ; BBP simplifies to the ratio of two polynomials. sum n=0 to 10 ; Numerically sum BBP from n = 0 to 10 in steps of 1. pi ; The digits should be the same. repeat echo * x^n/n! ; Sum this n = 0 to infinity to compute (e^x). replace x with 1 ; Sum this n = 0 to infinity to compute e: sum n=0 to 20 ; Numerically sum from n = 0 to 20 in steps of 1. e ; The digits should be the same. repeat echo * ; Euler's identity is made of these most important universal constants: e^(pi*i)+1=0 simplify ; An identity is when the LHS is identical to the RHS: