path is filled. The button with the inner square blank toggles even-odd mode, where every filled region of the path is next to an unfilled one, like this: Sub-path with different direction Sub-path overlaps with a sub-path of a different direction that 'decrease the level of overlapping' so that the region between the two is considered outside the path and remain unfilled, like this: Sub-path with different back faster at the cost of lower resolution. Use Region Of Interest We technically only need to use the section of the image that is in view. Region of interest represents that section. When the image

++ Africa } } @endsalt 16.6 Tree table [T] You can combine trees with tables. @startsalt { {T +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 +++ Canada | 35 million add lines. @startsalt { .. == with T! {T! +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T- {T- +Region | Population | Age + World | 7.13 billion | 30 America | 964 million | 30 } .. == with T+ {T+ +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T# {T# +Region | Population | Age + World | 7.13 billion | 30

++ Africa } } @endsalt 16.6 Tree table [T] You can combine trees with tables. @startsalt { {T +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 +++ Canada | 35 million add lines. @startsalt { .. == with T! {T! +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T- {T- +Region | Population | Age + World | 7.13 billion | 30 America | 964 million | 30 } .. == with T+ {T+ +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T# {T# +Region | Population | Age + World | 7.13 billion | 30

Source Conference 2022 Online/Spring 19 TiDB の特徴 (Distributed Transactions) TiDB では内部でデータをチャンク(Region)に分割して分散配置 します 一貫性を保つ為に 2PC(2-phase commit) 等、様々な技術が採 用されています 2PC 等の技術については下記の資料に詳しく書いてあります matchLabels: app.kubernetes.io/component: "pd" topologyKey: “region” TidbCluster.yaml Open Source Conference 2022 Online/Spring 46 tidb-scheduler を使う Affinity の設定が面倒くさい！そんなアナタには

Germany ++++ Berlin ++ Africa } } @endsalt 13.6 木構造と表 [T] 木構造と表を組み合わせることができます。 @startsalt { {T +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 +++ Canada | 35 million 罫線を追加すると次のようになります。 @startsalt { .. == with T! {T! +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T- {T- +Region | Population | Age + World | 7.13 billion | 30 America | 964 million | 30 } .. == with T+ {T+ +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T# {T# +Region | Population | Age + World | 7.13 billion | 30

Germany ++++ Berlin ++ Africa } } @endsalt 14.6 木構造と表 [T] 木構造と表を組み合わせることができます。 @startsalt { {T +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 +++ Canada | 35 million 罫線を追加すると次のようになります。 @startsalt { .. == with T! {T! +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T- {T- +Region | Population | Age + World | 7.13 billion | 30 America | 964 million | 30 } .. == with T+ {T+ +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T# {T# +Region | Population | Age + World | 7.13 billion | 30

Germany ++++ Berlin ++ Africa } } @endsalt 14.6 木構造と表 [T] 木構造と表を組み合わせることができます。 @startsalt { {T +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 +++ Canada | 35 million 罫線を追加すると次のようになります。 @startsalt { .. == with T! {T! +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T- {T- +Region | Population | Age + World | 7.13 billion | 30 America | 964 million | 30 } .. == with T+ {T+ +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T# {T# +Region | Population | Age + World | 7.13 billion | 30

by using the Clear Net Highlight action (hotkey ) or by using the Highlight net tool on an empty region in the schematic. By default, also clears net highlighting, but this can be disabled if desired connections to a component, or for other applications. Net ties connect two or more nets in one contiguous region of copper. Each net in a net tie must have its own pad. Pads are not ordinarily allowed to short automatically determined size and location may not be optimal. In these cases, you can manually specify a region in which KiCad should draw the pad number by adding a pad number box primitive. To add a number

{ {T PlantUML 言語リファレンスガイド (1.2023.11) 302 / 544 14.8 木構造と表 [T] 14 SALT（ワイヤフレームによる GUI 設計ツール） +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 +++ Canada | 35 million 罫線を追加すると次のようになります。 @startsalt { .. == with T! {T! +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T- {T- +Region | Population | Age + World | 7.13 billion | 30 America | 964 million | 30 } .. == with T+ {T+ +Region | Population | Age + World | 7.13 billion | 30 ++ America | 964 million | 30 } .. == with T# {T# +Region | Population | Age + World | 7.13 billion | 30

by using the Clear Net Highlight action (hotkey ) or by using the Highlight net tool on an empty region in the schematic. By default, also clears net highlighting, but this can be disabled if desired would be plotted if the entire plot were displayed. If the plot is zoomed in to show a particular region this will still be the case, resulting in the output file containing more data than the user might