editing tools) Left toolbar (display options), Hierarchy Navigator and Properties Manager at left Message panel and status bar at bottom Right toolbar (drawing and design tools) Navigating the editing from the existing selection. Selecting an object displays information about the object in the message panel at the bottom of the window. Double-clicking an object opens a window to edit the object’s net class directives or net labels. Selecting a wire or label displays the net’s netclass in the message panel at the bottom of the window. Managing netclasses in Schematic Setup Netclasses are managed

Top toolbars (file management, zoom tools, editing tools) 2. Left toolbar (display options) 3. Message panel and status bar 4. Right toolbar (drawing and design tools) 5. Appearance panel 6. Selection connected items on all layers. Selecting an object displays information about the object in the message panel at the bottom of the window. Double-clicking an object opens a window to edit the object’s modified, and moved. While it is selected, the target length and routed length are shown in the message panel at the bottom left of the window. When a pattern is selected, editing handles appear, which

colorspace. It is painting in a color space that is... 1. Linear - there’s no gamma encoding, or tone-mapping or whatever going on with the pixels you manipulate. (This is different from the pixels you see when you want to choose yourself. You will eventually want to stick your image through some tone-mapping or gamma correction, but only at the end after you have applied filters and mixed colors! In fact non-destructive sort of transform going on while you are working on your image which includes the tone-mapping. This is called a display or view transform, and they provide a sort of set of binoculars into the

of CURVE. CurveBS uses the central node Metadata Server (MDS) to manage virtual disk mapping and data replicas distribution. Decentralization currently leads to excessive complexity. With the chunk size is set to 16MB. There will be lots of pressure on KV storage, so we use two-level mapping and introduced segment. 2. Segment is also the granularity of space allocation. Multiple

Promise#catchとPromise#then Promise.reject(new Error("message")).catch((error) => { // エラーハンドリング }); // Promise#catchは次のPromise#thenと同じ意味 Promise.reject(new Error("message")).then(undefined, (error) => { // エラーハンドリング com/jakearchibald/es6-promise 30 JavaScript Promiseの本 const promise = Promise.reject(new Error("message")); promise.catch((error) => { console.error(error); }); このコードをそれぞれのブラウザで実行させると、IE8以下では実行する段階で とができます。 (もちろんpolyfillは必要です) Promise#catchの識別子エラーの回避 const promise = Promise.reject(new Error("message")); 35 http://mothereff.in/js-properties#catch 36 http://es5.github.io/#x7.6 37 http://es5.github

jakearchibald/es6- promise29 を利用しています。 Promise#catchの実行結果 var promise = Promise.reject(new Error("message")); promise.catch(function (error) { console.error(error); }); このコードをそれぞれのブラウザで実行させると、IE8以下では実行する段階で ることができます。 (もちろんpolyfillは必要です) Promise#catchの識別子エラーの回避 var promise = Promise.reject(new Error("message")); promise["catch"](function (error) { console.error(error); }); もしくは単純に catch を使わずに、 then then を使うことでも回避できます。 Promise#catchではなくPromise#thenを使う var promise = Promise.reject(new Error("message")); promise.then(undefined, function (error) { console.error(error); }); 31 http://es5.github

authentication Request Bob <- Alice : Another authentication Response autonumber 40 10 "Message 0 " Bob -> Alice : Yet another authentication Request Bob <- Alice : Yet another authentication Response Authentication Response autonumber stop Bob -> Alice : dummy autonumber resume "Message 0 " Bob -> Alice : Yet another authentication Request Bob <- Alice : Yet another authentication Response Response autonumber stop Bob -> Alice : dummy autonumber resume 1 "Message 0 " Bob -> Alice : Yet another authentication Request Bob <- Alice : Yet another authentication Response