Plane method (ILEADRasterProcess)

Visual Basic example

Visual C++ 5.0 example

 

Syntax

short Plane (ILEADRaster *pRaster, short CenterX, short CenterY, short iZValue, short iDistance, short iPlaneOffset, short iRepeat, long lPydAngle, short iStretch, short iStartBright, short iEndBright, short iBrightLength, OLE_COLOR crBright, OLE_COLOR crFill, long lFlags);

Overview

Refer to Applying Artistic Effects

Remarks

(Raster Pro and above toolkits) Places the bitmap on parallel planes along the Z-axis.

This method shows the effect of placing bitmaps on planes along the Z-axis. These bitmaps may be placed above, below, to the left or to the right of the Z-axis. An external light source of the specified color and brightness may be shined on the bitmaps. The brightness may vary along the z-axis according to the iBrightLength value.

By changing CenterX, CenterY and the viewing screen Z-offset, you can simulate moving along the axis.

If the bitmap has a region, the effect will be applied on the region dimensions only.

This method supports 12 and 16-bit grayscale and 48 and 64-bit color images. Support for 12 and 16-bit grayscale and 48 and 64-bit color images is available only in the Document/Medical toolkits.

For an example, see the following figure:

image\Plane_before.gif

The following figure shows the same bitmap, after the effect has been applied:

image\Plane_after.gif

To obtain this effect, the following settings were used with the function:

CenterX, CanterY= (320,256)

iZValue = 0

iDistance= 256

iPlaneOffset= 256

iRepeat= -1

lPydAngle= 0

iStretch= 100

iStartBright= 0

iEndBright= 0

iBrightLength= 50

crBright= RGB(255,255,255)

crFill= RGB(0,0,0)

lFlags= PLANE_FILL_CLR|PLANE_DOWN

This method does not support signed data images. It returns the error code ERROR_SIGNED_DATA_NOT_SUPPORTED if a signed data image is passed to this method.

See Also

Elements:

AddNoise method, Emboss method, Mosaic method, MotionBlur method, Oilify method, Posterize method, RemoveRedeye method, Solarize method, Underlay method, BumpMap method, Cubism method, DrawStar method, FreePlaneBend method, FreeRadBend method, GlassEffect method, GlowFilter method, LensFlare method, Light method, Ocean method, PlaneBend method, Dry method, SampleTarget method, Tunnel method, Bending method, Cylindrical method, FreeHandShear method, FreeHandWave method, Impressionist method, Pixelate method, Polar Method, Punch method, RadialBlur method, RadWave method, Ripple method, Spherize method, Swirl method, Wave method, Wind method, ZoomBlur method, ZoomWave method

Topics:

Raster Image Functions: Doing Geometric Transformations

 

Using Color Values in LEADTOOLS

 

Raster Image Functions: Artisitic Effects