RasterSizeFlags Enumeration

Summary

Flags which control the behavior of image resize methods.

Syntax

Objective-C

C++/CLI

Java

Python

[FlagsAttribute()] 
public enum RasterSizeFlags

typedef NS_OPTIONS(NSUInteger, LTRasterSizeFlags)

public final class RasterSizeFlags 
    extends java.lang.Enum<RasterSizeFlags>

[FlagsAttribute()] 
public enum class RasterSizeFlags

class RasterSizeFlags(Enum): 
   None = 0 
   FavorBlack = 1 
   Resample = 2 
   Bicubic = 4 
   ScaleToGray = 8 
   OldResample = 16 
   PremultiplyAlpha = 32

Members

Value	Member	Description
0x00000000	None	Resize normally
0x00000001	FavorBlack	(Document/Medical only) Preserve black objects when making the image smaller. This option affects only 1-bit, black-and-white images, where it prevents the disappearance of thin lines. You can use a bitwise OR ( ¦ ) to combine this flag with another one. For example, `Resample \| FavorBlack` causes color images to be resampled, but applies the favor-black option to 1-bit, black-and-white images.If you apply this flag to an image that has more than 1 bit per pixel, then the behavior is undefined.
0x00000002	Resample	Use linear interpolation and averaging to produce a higher-quality image
0x00000004	Bicubic	Use bicubic interpolation and averaging to produce a higher quality image. This is slower than Resample
0x00000008	ScaleToGray	(Document/Medical only). Use interpolation to display black and white images using shades of gray when the image is resized. This improves the readability when the image is scaled up or down. The generated image is 8-bit grayscale, so this option should be used only for black and white images.
0x00000010	OldResample	Use the old resample algorithm from LEADTOOLS 14.5.
0x00000020	PremultiplyAlpha	Premultiply the alpha channel values when performing resize.

Requirements

Target Platforms

Reference

Leadtools Namespace

Download our FREE evaluation

Help Version 23.0.2024.5.22

Leadtools Assembly

Introduction

Getting Started

Namespaces

Leadtools Namespace

Leadtools.ImageProcessing Namespace

Assemblies