About-Entering-3D-Spherical-Coordinates

About Entering 3D Spherical Coordinates

About Entering 3D Spherical Coordinates

3D spherical coordinates specify a location by a distance from the UCS origin, an
angle from the X axis in the XY plane, and an angle from the XY plane.

You specify a point using the following syntax:

X < angle from X axis < angle from XY plane

In the illustration below, dynamic input is turned off, so 5<45<15 indicates a point
5 units from the UCS origin in the XY plane, 45 degrees from the positive X axis in the XY plane, and 15 degrees up from the XY plane.

Absolute and Relative Spherical Coordinates

You can enter absolute coordinates, which are based on the UCS origin, or you can
enter relative coordinates, which are based on the last point entered.

  • By default, when you enter coordinates in the cursor tooltip with dynamic input turned
    on (F12), you specify relative coordinates with no prefix, and absolute coordinates
    with the # prefix. For example, 5<45<15 specifies a point relative to the previous point.
  • If you turn off dynamic input, you specify relative coordinates with the @ sign as
    a prefix and no prefix to enter absolute coordinates. In this case, @5<45<15 specifies
    a point relative to the previous point.

Learning AutoCad

>3D spherical coordinates specify a location by a distance from the UCS origin, an angle from the X axis in the XY plane, and an angle from the XY plane.3D spherical coordinates specify a location by a distance from the UCS origin, an angle from the X axis in the XY plane, and an angle from the XY plane.Spherical coordinate entry in 3D is similar to polar coordinate entry in 2D. You specify a point using th efollowing syntax: X < angle from X axis < angle from XY  …enter the coordinates using the following format: @ X < angle from the x axis < angle from the xy plane For example, @4.Enter 3D Cartesian Coordinates3D spherical coordinates specify a location by a distance from the origin of the current UCS, an angle from the X axis in the …spherical coordinates with interactive graphics. … The cyan triangle, shown in both the original 3D coordinate system on the left and in the xy-plane …About Entering 3D Spherical Coordinates | AutoCAD LT | Autodesk Knowledge Network.Spherical (r,θ,φ) to Cartesian (x,y,z) coordinates in 3-dimensions. … Calculation bug(Please enter information such as specific input values, …