Visual Data

Visual Data Tutorial - Irregular Data - The Format Of Irregular Data File

 

You can save the data in Data Edittor to a file, or import data from an irregular data file.

 

1. 3D Cartesian Coordinate Surface Irregular Data

The format of 3D Cartesian coordinate surface irregular data is

 

I3 Points

x(0) y(0) z(0)

x(1) y(1) z(1)

... ...

x(points-1) y(points-1) z(points-1)

here, Points is the number of points.

 

2. 4D Cartesian Coordinate Surface Irregular Data

The format of 4D Cartesian coordinate surface irregular data is

 

IC Points

x(0) y(0) z(0) c(0)

x(1) y(1) z(1) c(1)

... ...

x(points-1) y(points-1) z(points-1) c(points-1)

here, Points is the number of points.Array c difines the color of the surface.

 

3. 3D Cylindrical Coordinate Surface Irregular Data

The format of 3D cylindrical coordinate surface irregular data is

 

I3C Points

a(0) r(0) z(0)

a(1) r(1) z(1)

... ...

a(points-1) r(points-1) z(points-1)

here, Points is the number of points.

 

4. 4D Cylindrical Coordinate Surface Irregular Data

The format of 4D cylindrical coordinate surface irregular data is

 

ICC Points

a(0) r(0) z(0) c(0)

a(1) r(1) z(1) c(0)

... ...

a(points-1) r(points-1) z(points-1) c(points-1)

here, Points is the number of points. Array c difines the color of the surface.

 

5. 3D Spherical Coordinate Surface Irregular Data

The format of 3D spherical coordinate surface irregular data is

 

I3s Points

a(0) b(0) r(0)

a(1) b(1) r(1)

... ...

a(points-1) b(points-1) r(points-1)

here, Points is the number of points.

 

6. 4D Spherical Coordinate Surface Irregular Data

The format of 4D spherical coordinate surface irregular data is

ICS Points

a(0) b(0) r(0) c(0)

a(1) b(1) r(1) c(1)

... ...

a(points-1) b(points-1) r(points-1) c(points-1)

here, Points is the number of points. Array c difines the color of the surface.

 

7. 4D Cartesian Coordinate Volume Irregular Data

The format of 4D Cartesian coordinate volume irregular data is

 

I4 Points

x(0) y(0) z(0) v(0)

x(1) y(1) z(1) v(1)

... ...

x(points-1) y(points-1) z(points-1) v(points-1)

here, Points is the number of points.

 

 

 

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