本論文設計並實作一套系統，讓使用者可以繪製、顯示和操作這些二維輪廓線（用來重建三維物件）和三維物件模型。為了讓使用者能更完整地瞭解物件外型與物件間的空間關係，使用者可以在2D View和3D View的畫面來觀察物件。本系統也讓使用者可以在三維空間中以漫遊的方式來檢視物件，且提供使用者可針對此三維物件在2D View和3D View下檢視特定座標。透過本系統，使用者可以藉由三維物件瞭解更多臨床上人體器官的解剖學知識。
在本研究中為了方便使用者管理這些輪廓線資料及三維物件模型，提供了一套完整的機制，可讓使用者更加方便管理、紀錄及操作資料。為了讓使用者可以進一步的觀察二維影像資料與三維物件間的對應關係，可用點擊的方式，將點擊的位置切換到不同的座標環境並作標示，並可製作標籤。臨床上，透過上述功能，醫師能迅速且精確的對病人做出診斷。

In this thesis, we implement an integrated system for users to create, display, and manipulate both the 2D contours (for the reconstruction of 3D objects) and 3D object models. Users can visualize the same organs in both 2D and 3D view in order to fully understand the shapes of the objects and their spatial relationships. The system also allows users to navigate through the 3D space to visualize all the objects from different perspectives and to go back and forth between the 3D views and 2D cross-sectional views of the 3D objects. With this system, the users can have a better visualization of 3D objects and learn more anatomical knowledge about human organs in practice.
We provide an integrated system for users to store and manipulate the contours and 3D object models. Users can observe the same organs in a more concrete way both in 2D and 3D view. The system will show the detailed information in different views where the user clicked. Users can also label the contours in 2D view and organ objects in 3D view in our system. With this system, doctors can make diagnoses and give treatments fast and accurately in practice.

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