>> f(x, y) = Σ(1, 3, (2sin4/x!)^y % n) + cos(60°)
>> a = 3
>> f(a, 2) / 8
0.0863645842
>> Γ(⌊3π+2⌋ + √2)
1.1060309421365242*10^8
>> Σ(0, 100000, 1/n!)
2.7182818284590455
+, -, *, /! Factorial, eg. 5! gives 120% Percent, eg. 5% gives 0.05, 10 + 50% gives
15% Modulus (remainder), eg. 23 % 3 gives 2You can type special symbols (such as √) by typing the normal function or constant name and pressing tab.
sqrt becomes √deg becomes °pi becomes πsum becomes Σ()tau becomes τphi becomes ϕfloor becomes ⌊⌋ceil becomes ⌈⌉gamma becomes Γ( becomes ()Variables are defined with the following syntax: name = value
x = 3/4
Functions are defined with the following syntax: name(param1, param2, etc.) = value
f(x) = 2x+3
A(x, y) = (xy)/2
They are used like this: name(arg1, arg2, etc.)
f(3) + 3
A(2, 3)
sin, cos, tan, cot, cosec,
secsinh, cosh, tanh, coth, cosech,
sechasin, acos, atan, acot, acosec,
asecasinh, acosh, atanh, acoth,
acosech, asechabs, ceil or ⌈⌉, floor or ⌊⌋,
frac,
round, truncsqrt or √, cbrt, exp, log,
lngamma or Γasinh, acosh, atanh, acoth,
acosech, asechmin, max, hyplog Eg. log(1000, 10) is the same as log10(1000)root Eg. root(16, 3) is the same as 3√16sum Eg. sum(1, 4, 2n) is the same as
pi or π = 3.14159265e = 2.71828182tau or τ = 6.2831853phi or ϕ = 1.61803398