Plot up to three functions, inspect their domain and estimate visible roots without sending formulas to a server.
MAHINO KI HE TALI
ʻOku fikaʻi fēfē ʻeni?
The parser supports arithmetic, powers, parentheses, pi, e, sin, cos, tan, inverse trigonometry, square root, absolute value, logarithms, exponential, rounding, minimum and maximum. It never executes JavaScript.
Function samplingFor each x in the selected domain, evaluate y = f(x) with 81–321 evenly spaced samples.
Ko ha sīpinga ʻaonga
Graph sin(x) and 0.1*x^2-2 from −10 to 10 to compare their shapes and approximate visible intercepts.
Ngaahi fakafuofua, fakaʻuhinga mo e ngaahi fehālaaki angamaheni
Ngaahi fakafuofua ʻo e fika
The x-domain is sampled at evenly spaced points rather than drawn from a symbolic curve.
Trigonometric functions use radians.
Visible roots are estimated from sampled zeros and sign changes.
Founga ke fakaʻuhingaʻi e ola
Each chart represents one semicolon-separated function.
The displayed minimum and maximum describe sampled finite values only.
A missing intercept does not prove that the mathematical function has no root.
Ngaahi fehālaaki angamaheni ke fakaʻehiʻehi mei ai
Writing 2x instead of the supported explicit multiplication 2*x.
Using degrees directly in sin, cos or tan without converting to radians.
Graphing across a discontinuity and interpreting the connecting samples as a real curve.