processing flow, we first describe the overall architecture, data organization and topology structure of CURVE. CurveBS uses the central node Metadata Server (MDS) to manage virtual disk mapping and external processes such as QEMU, Cinder, and NBD use it to access storage services provided by Curve. The client provids posix-like interface, such as read/write/aioread/aiowrite in data plane and Forward the requests from QEMU and curve-NBD to the specified NEBDServer through Unix Domain sockets. l Nebdserver: Accepts requests from NEBDClient and calls Curve Client for corresponding processing

the TRC or transfer function of an image. The TRC in this case being the Tone Response Curve or Tone Reproduction Curve or Transfer function (because color management specialists hate themselves), which tells gamma'(if it's 1.0, it's linear), or from the TRC widget in Krita 3.0, which looks exactly like the curve graphs above. Even if you do not paint much, but are for example making textures for a videogame it choosing steps at a regular interval, you get what is called a linear profile, with a gamma=1 curve represented as a straight line from 0 to 1. With 8bit/channel bit depth, we have only 256 values to

of a straight line. If curved, points controls the number of points in the curve; more points will result in a smoother curve. 53 Default properties for teardrops can be configured in the Board Setup for the copper object. NetName string The name of the net for the copper object. Curve_Points integer Number of curve points on curved teardrops connected to the object. Enable_Teardrops boolean True