Grapher Pro 3D
What's Grapher Pro 3D APK?
Grapher Pro 3D is a app for Android, It's developed by [MCİP] [ iC YAYINLARI ] author.
First released on google play in 6 years ago and latest version released in 5 years ago.
This app has 0 download times on Google play and rated as 4.75 stars with 16 rated times.
This product is an app in Education category. More infomartion of Grapher Pro 3D on google play
Parametric Grapher. Draw 2D and 3D Advanced Parametric or Simple graph.
3D Parametric Graph :
Enter formulas for the three coordinates in terms of the parameters t and s.
2D Simple Graph :
Enter formula just for the one coordinate in terms of the parameters t or s.
After you enter formulas tap the GRAPH ...
You can change the grid, opacity of a surface displayed, and rotate a surface.
Exmp: 2*t^2+sin(s)-t/2
* : Multiplication
/ : Division
^ : Exponentiation
+ : Addition
- : Subtraction
Trigonometric & Inverse Trigonometric Functions:
sin( ) , cos( ) , tan( ) , asin( ) , acos( ) , atan( )
Exmp : tan(pi*t/3)+acos(s)
Use pi for the constant pi ; 3,14...
Use ln( ) for the natural logarithm, e for the natural base.
Exmp : e^(2-s)*ln(t^2+1)
sqrt( ) for the square root abs( ) for the absolute value
max( , ) for the maximim of two entries
min( , ) for the minimum of two entriesfloor( ) , ceil( ) , round( ) for the previous, next, and the nearest integer ...
3D Parametric Graph :
Enter formulas for the three coordinates in terms of the parameters t and s.
2D Simple Graph :
Enter formula just for the one coordinate in terms of the parameters t or s.
After you enter formulas tap the GRAPH ...
You can change the grid, opacity of a surface displayed, and rotate a surface.
Exmp: 2*t^2+sin(s)-t/2
* : Multiplication
/ : Division
^ : Exponentiation
+ : Addition
- : Subtraction
Trigonometric & Inverse Trigonometric Functions:
sin( ) , cos( ) , tan( ) , asin( ) , acos( ) , atan( )
Exmp : tan(pi*t/3)+acos(s)
Use pi for the constant pi ; 3,14...
Use ln( ) for the natural logarithm, e for the natural base.
Exmp : e^(2-s)*ln(t^2+1)
sqrt( ) for the square root abs( ) for the absolute value
max( , ) for the maximim of two entries
min( , ) for the minimum of two entriesfloor( ) , ceil( ) , round( ) for the previous, next, and the nearest integer ...
