幀速率控制 (FRC) 幀速率控制(Frame rate control)是一種用於在TFT LCD顯示器中實現更大色深的方法。 較舊的TN面板僅使用每種RGB顏色6位,總共18位來表示顏色,並且無法完整顯示顯示電腦顯示卡,遊戲機,平板電腦和機頂盒等設備的1670萬種色度(24位truecolor)。取而代之的是,他們可以使用一種抖動方法,該方法結合了...
网络释义 1. 帧比率控制 菜鸟乐园【计算机的一些基础知识 ... Flyback Transformer( 回转变压器) FRC:Frame Rate Control(帧比率控制) INVAR( … www.360doc.com|基于592个网页 2. 帧率控制 计算机术语大全 ... (Frictionless Memory Control, 无阻内存控制) (Frame Rate Control,帧率控制) ... ...
帧率控制(FrameRateControl) mod | 环世界 这个mod的名字是“别烧坏我的显卡”和“别耗尽我的电池”。 这个mod可以禁用垂直同步(VSync),并允许你控制游戏的最大帧率。 默认情况下,RimWorld会尽可能地利用垂直同步。这意味着如果你的显示器的刷新率很高,RimWorld会充分利用它。因此,如果你想在后台打开YouTube或其...
Frame Rate Control When the camera is infree runmode (default setting), the image acquisition happens at the fastest frame rate allowed by the current settings of the camera. It is possible to switch the camera to aframe rate modeand control the acquisition frame rate....
中文帧比率控制 英语 翻译Frame Rate Control FRC缩写是帧比率控制的意思,FRC全写Frame Rate Control。 FRC缩写可能还有其它意思,请根据自身行业、属性核对选择FRC正确的英文缩写及全写。 参考资料: 1.百度翻译:帧比率控制 2.有道翻译:帧比率控制获赞5次 声明:内容版权归作者所有,未经授权不得任意转载 本文标题和...
FRC(Frameratecontrol)或Dithering1既然是用6bit的sourcedriver,那如何来做到8bit的分辨率呢?一般都是用FRC的方法来制作,什么是FRC呢?FRC是frameratecontrol..
Determining a characteristic of data related to each element of a first set of frames, each frame characterized as within a first time period. Determining a rate of change over time of the characteristic. Determining a frame rate based on the determined rate of change. Displaying a second set...
Changes to the Frame rate target must be done outside of the game, i.e. exit the game completely, make your changes, and then start the game again. The current implementation of Frame Rate Target Control works with DirectX® 9, DirectX® 10 and DirectX® 11, DirectX® 12, and ...
staticAvcIntraFramerateControlfromValue(Stringvalue) Use this in place of valueOf. StringtoString() staticAvcIntraFramerateControlvalueOf(Stringname) Returns the enum constant of this type with the specified name. staticAvcIntraFramerateControl[]values() ...
The frame-level rate control of the present invention is particularly applicable in real-time very low bit-rate coders. The algorithm can be implemented by coders using only P frames as well as coders using PB-frames, an added functionality when compared to the TMN8 test model for the H.26...