A fast and expressive Computer Algebra System focused on ease of use. No longer in development; this was made for learning purposes.
To compile the source code, you will need at least a C++17 compiler. Here's how to switch compilers in Visual Studio Community 2019.
- Easily define your own functions and variables
Operators
| Symbol | Operation |
|---|---|
( ) |
parentheses |
! |
factorial |
^ |
exponent |
* |
multiply |
/ |
divide |
+ |
add |
- |
either subtract or negate |
% |
modulo |
= |
set equal to (variable or function name must be on the left side) |
== |
is equal to |
!= |
is not equal to |
>= |
is greater than or equal to |
<= |
is less than or equal to |
> |
is greater than |
< |
is less than |
Default Variables
| Name | Value | Info |
|---|---|---|
ans |
0 | Automatically changes to the latest answer that is not an error message |
pi |
3.141592653589793238462643383279502884197169399375105820974 | |
e |
2.718281828459045235360287471352662497757247093699959574966 | Euler's number |
g |
9.80665 | Acceleration due to gravity near Earth's surface in meters per second squared |
phi |
1.618033988749894848204586834365638117720309179805762862135 | Golden Ratio |
Default Functions
| Name | Parameters | Info |
|---|---|---|
help |
(variable or function name) |
Get help with a variable or function |
help |
( ) | Get help with all variables and functions |
setprecision |
(x) |
Adjust the precision of answers |
sqrt |
(x) |
Square root |
cbrt |
(x) |
Cube root |
abs |
(x) |
Absolute value |
pow |
(x, y) |
Power function |
exp |
(x) |
Exponential function |
ln |
(x) |
Logarithm base e |
log |
(x) |
Logarithm base 10 |
lg |
(x) |
Logarithm base 2 |
logb |
(base, x) |
Logarithm base b |
round |
(x) |
Round to the nearest integer |
ceil |
(x) |
Round up |
floor |
(x) |
Round down |
sin |
(radians) |
Sine |
cos |
(radians) |
Cosine |
tan |
(radians) |
Tangent |
csc |
(radians) |
Cosecant |
sec |
(radians) |
Secant |
cot |
(radians) |
Cotangent |
asin |
(radians) |
Inverse sine |
acos |
(radians) |
Inverse cosine |
atan |
(radians) |
Inverse tangent |
acsc |
(radians) |
Inverse cosecant |
asec |
(radians) |
Inverse secant |
acot |
(radians) |
Inverse cotangent |
sinh |
(radians) |
Hyperbolic sine |
cosh |
(radians) |
Hyperbolic cosine |
tanh |
(radians) |
Hyperbolic tangent |
csch |
(radians) |
Hyperbolic cosecant |
sech |
(radians) |
Hyperbolic secant |
coth |
(radians) |
Hyperbolic cotangent |
asinh |
(radians) |
Inverse hyperbolic sine |
acosh |
(radians) |
Inverse hyperbolic cosine |
atanh |
(radians) |
Inverse hyperbolic tangent |
acsch |
(radians) |
Inverse hyperbolic cosecant |
asech |
(radians) |
Inverse hyperbolic secant |
acoth |
(radians) |
Inverse hyperbolic cotangent |
rand |
( ) | Generate a random number |
quad |
(a, b, c) |
Quadratic formula |
erf |
(x) |
Error function |
erfc |
(x) |
Complementary error function |
tgamma |
(x) |
Gamma function |
lgamma |
(x) |
Log gamma function |
cylinder_volume |
(radius, height) |
|
sphere_volume |
(radius) |
|
cone_volume |
(radius, height) |
|
pyramid_volume |
(Base area, height) |
|
simple_interest |
(Principal amount, rate, time) |
|
compound_interest |
(Principal amount, rate, time, number of compounds) |
|
present_value |
(Cash flow at period 1, rate of return, number of periods) |
|
future_value |
(Cash flow at period 0, rate of return, number of periods) |
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