SharpShooter Diagrams™組件

• 分發(fā)免費(fèi)
• 支持Silverlight 4
• 提供源碼
• C#編寫

用戶交互

• 滾動(dòng)和縮放
• 復(fù)制/粘貼
• 對(duì)齊到網(wǎng)格
• 支持撤銷/重做
• 圖表保存為XML
• 內(nèi)置編輯器
• 各種測(cè)量單位
• 實(shí)時(shí)交互的變化視圖：包含由用戶執(zhí)行的所有操作（形狀和鏈接的移動(dòng)，旋轉(zhuǎn)，鏈?zhǔn)讲季值母牡龋┘皶r(shí)在屏幕上查看。
• 打印

編程

• 通過編程訪問所有的圖表元素：圖表的簡(jiǎn)單對(duì)象模型允許從代碼中操縱圖表結(jié)構(gòu)和它們的所有屬性。
• 自定義操作：幾乎任何圖形對(duì)象（adorners，原狀編輯器等）的設(shè)計(jì)時(shí)行為的所有方面都可以被修改。

圖表元素

• 200個(gè)預(yù)設(shè)的形狀，不僅包含靜態(tài)圖像，還包含具有很多屬性的復(fù)雜對(duì)象，在設(shè)計(jì)器中通過這些屬性設(shè)置它們外觀和行為
• 用戶能夠移動(dòng)、旋轉(zhuǎn)和改變一個(gè)單一的圖表項(xiàng)和一組圖表項(xiàng)
• 指定的adorners允許形狀表單和屬性的交互式更改
• 具有定義自定義的形狀和形狀庫的能力
• 新形狀即將推出

自動(dòng)布局

• 為自動(dòng)鏈?zhǔn)讲季痔峁┑莫?dú)特的算法
• 最小化連接路線的交叉和彎曲
• 糾正圖表項(xiàng)的彎曲
• 連接交叉的繪制（位于交叉點(diǎn)的小網(wǎng)眼）
• 避免平行線的合并

The SharpShooter Diagrams™ Component

• Royalty free redistribution
• Silverlight 4 support
• Source code availability
• Written in C#

User Interaction

• Scrolling and zooming
• Copy / paste
• Snap to grid
• Undo / redo support
• Diagram saving to XML
• In-place editors
• Various measure units
• Real-time interactive changes view: all manipulations performed by the users (move of shapes and links, rotation, change of links layout, etc.) are seen on the screen immediately
• Printing

Programming

• Programmatic access to all diagram elements: simple object model of the diagram allows manipulating diagram structure and all its properties from code.
• Customizable behavior: virtually any aspect of design-time behavior of any graphic objects (adorners, in-place editors, etc.) can be changed.

Diagram Elements

• 200 predesigned shapes that are not just static images, but complex objects with plenty of properties setting up their appearance and behavior in the designer
• BPMN (Business Process Management Notation) shapes
• User can move, rotate, change size of a single diagram item and a group of them
• Special adorners allowing interactive change of the shape form and properties
• Ability to define custom shapes and shape libraries
• New shapes are on the way

Automatic Layout

• Unique algorithm for automatic links layout
• Minimum intersections and turnings of link routes
• Correct bending of diagram items
• Drawing of link intersections (small eyelet at the intersection point)
• Avoiding merger of parallel lines