FrontPlaneAxis

• webVis API Reference
• FrontPlaneAxis

Enumeration FrontPlaneAxis

Defines all possible definitions of the front plane axis in a right-handed coordinate system.

The front plane axis is defined by the right and up vector of the coordinate system. The forward vector is then defined by the cross product of the right and up vector.

See

• SettingStrings.FRONT_PLANE_AXIS
• CoordinateSystemAPI

Index

Enumeration Members

NEG_X_NEG_Y NEG_X_NEG_Z NEG_X_POS_Y NEG_X_POS_Z NEG_Y_NEG_Z NEG_Y_POS_Z POS_X_NEG_Y POS_X_NEG_Z POS_X_POS_Y POS_X_POS_Z POS_Y_NEG_Z POS_Y_POS_Z

Enumeration Members

NEG_X_NEG_Y

NEG_X_NEG_Y: "-x-y"

Specifies a front plane which is defined by right=-x, up=-y and thus forward=+z. This means that the x-axis points to the left, the y-axis points down and the z-axis points towards the viewer.

NEG_X_NEG_Z

NEG_X_NEG_Z: "-x-z"

Specifies a front plane which is defined by right=-x, up=-z and thus forward=-y. This means that the x-axis points to the left, the y-axis points away from the viewer and the z-axis points down.

NEG_X_POS_Y

NEG_X_POS_Y: "-xy"

Specifies a front plane which is defined by right=-x, up=+y and thus forward=-z. This means that the x-axis points to the left, the y-axis points up and the z-axis points away from the viewer.

NEG_X_POS_Z

NEG_X_POS_Z: "-xz"

Specifies a front plane which is defined by right=-x, up=+z and thus forward=+y. This means that the x-axis points to the left, the y-axis points towards the viewer and the z-axis points up.

NEG_Y_NEG_Z

NEG_Y_NEG_Z: "-y-z"

Specifies a front plane which is defined by right=-y, up=-z and thus forward=+x. This means that the x-axis points towards the viewer, the y-axis points to the left and the z-axis points down.

NEG_Y_POS_Z

NEG_Y_POS_Z: "-yz"

Specifies a front plane which is defined by right=-y, up=+z and thus forward=-x. This means that the x-axis points away from the viewer, the y-axis points to the left and the z-axis points up.

POS_X_NEG_Y

POS_X_NEG_Y: "x-y"

Specifies a front plane which is defined by right=+x, up=-y and thus forward=-z. This means that the x-axis points to the right, the y-axis points down and the z-axis points away from the viewer.

POS_X_NEG_Z

POS_X_NEG_Z: "x-z"

Specifies a front plane which is defined by right=+x, up=-z and thus forward=+y. This means that the x-axis points to the right, the y-axis points towards the viewer and the z-axis points down.

POS_X_POS_Y

POS_X_POS_Y: "xy"

Specifies a front plane which is defined by right=+x, up=+y and thus forward=+z. This means that the x-axis points to the right, the y-axis points up and the z-axis points towards the viewer.

POS_X_POS_Z

POS_X_POS_Z: "xz"

Specifies a front plane which is defined by right=+x, up=+z and thus forward=-y. This means that the x-axis points to the right, the y-axis points away from the viewer and the z-axis points up.

POS_Y_NEG_Z

POS_Y_NEG_Z: "y-z"

Specifies a front plane which is defined by right=+y, up=-z and thus forward=-x. This means that the x-axis points away from the viewer, the y-axis points to the right and the z-axis points down.

POS_Y_POS_Z

POS_Y_POS_Z: "yz"

Specifies a front plane which is defined by right=+y, up=+z and thus forward=+x. This means that the x-axis points towards the viewer, the y-axis points to the right and the z-axis points up.