During design development, ATP’s ar

During design development, ATP’s architects
used Revit Architecture software. The ability to
create and visualize the design in 3D rendered and
perspective views of the underlying model helped
the design team better visualize the emerging
design and make more informed design decisions.
In addition, the bidirectional associativity between
the model and any view of the model, including
production drawings, kept the design and
documentation coordinated for optimized project
and change management.
ATP also used Revit Structure to design the mall’s
supporting structures, create framework plans,
and for integrated structural analysis. By relying on
an integrated modeling platform, ATP’s structural
designers referenced the Revit architectural
model for their design, minimizing errors due to
translation data loss or manual coordination with
the architects. Non-supporting components were
hidden, and then structural components such as
supports, beams, foundations, and loads were added. In parallel, the architects referenced the
emerging structural design for multi-discipline
clash detection and improved coordination. The
framing design was developed and the model
passed to the structural engineers for analysis. The
Revit Structure software simultaneously creates
a physical model for layout, coordination, and
documentation as well as an analytical model for
structural analysis, helping ATP reduce redundant
modeling efforts and streamline the analysis
process.
ATP piloted the Revit MEP software on this project,
using the software to design and document the
facility’s building systems, including the heating,
ventilation, electricity and sanitary systems. The
advantages of the integrated Revit platform and
the direct use of the architectural model were
particularly helpful for ATP’s MEP design efforts,
and the firm is now implementing Revit MEP for
future projects.

結果 (繁體中文) 1:

During design development, ATP’s architectsused Revit Architecture software. The ability tocreate and visualize the design in 3D rendered andperspective views of the underlying model helpedthe design team better visualize the emergingdesign and make more informed design decisions.In addition, the bidirectional associativity betweenthe model and any view of the model, includingproduction drawings, kept the design anddocumentation coordinated for optimized projectand change management.ATP also used Revit Structure to design the mall’ssupporting structures, create framework plans,and for integrated structural analysis. By relying onan integrated modeling platform, ATP’s structuraldesigners referenced the Revit architecturalmodel for their design, minimizing errors due totranslation data loss or manual coordination withthe architects. Non-supporting components werehidden, and then structural components such assupports, beams, foundations, and loads were added. In parallel, the architects referenced theemerging structural design for multi-disciplineclash detection and improved coordination. Theframing design was developed and the modelpassed to the structural engineers for analysis. TheRevit Structure software simultaneously createsa physical model for layout, coordination, anddocumentation as well as an analytical model forstructural analysis, helping ATP reduce redundantmodeling efforts and streamline the analysis過程。ATP 在這個專案上試行 Revit MEP 軟體使用軟體進行設計和文檔設施的建築系統，包括加熱，通風、 電力和衛生系統。的綜合 Revit 平臺優勢和建築模型直接使用了對 ATP 的 MEP 設計努力，特別有説明和該公司現在正在實施 Revit MEP，未來的專案。

結果 (繁體中文) 2:

在設計開發，ATP的設計師
利用Revit Architecture軟件。以能力
創造和可視化的設計，3D渲染和
底層模型的透視圖幫助
設計團隊更好地看到新興的
設計和做出更明智的設計決策。
此外，之間的雙向關聯
模型和模型中的任何觀點，包括
生產圖紙，不斷的設計和
協調，優化項目文檔
管理和變更管理
。ATP 也用Revit Structure軟件設計商場的
支撐結構，創建框架計劃，
並進行綜合結構分析。通過依靠
集成建模平台，ATP的結構
設計師所引用的的Revit建築
模型的設計，最大限度地減少因錯誤
使用翻譯數據丟失或手動協調
建築師。不支持組件進行
隱藏，然後結構部件，如
支架，橫梁，基金會和負荷增加了。與此同時，建築師引用的
新興的結構設計，多學科
衝突檢測和改進協調。該
框架設計，開發和模型
傳遞給結構工程師進行分析。該
的Revit Structure軟件同時創建
佈局，協調和物理模型
文檔以及為分析模型
的結構分析，幫助ATP減少多餘的
建模工作，並簡化分析
過程
。ATP 中駕駛的Revit MEP軟件在這個項目上，
使用軟件設計和記錄
設施的建築系統，包括加熱，
通風，電力和衛生系統。該
集成Revit平台和優勢，
直接用建築模型都是
對ATP的MEP設計工作特別有幫助，
並且公司正在實施的Revit MEP為
未來的項目。

結果 (繁體中文) 3:

在設計開發過程中，ATP的建築師
使用Revit Architecture軟件。對
創建和3D渲染和
底層模型的角度對設計的能力幫助
設計團隊更好地視覺化的新興
設計做出更明智的設計決策。
此外，模型和視圖模型之間的雙向關聯
，包括
生產圖紙，保持和
檔案協調優化的項目
和變更管理的設計。
ATP也使用Revit軟體設計商場的
支撐結構，創建框架計畫，
和結構整體分析。依靠
集成建模平臺，ATP的結構
設計師參攷Revit建築
模型設計，與建築師的翻譯資料丟失或人工協調造成最大限度地减少錯誤。非支撐組件為“隱藏”，然後在“支持”、“梁”、“基礎”和“加載”等結構組件上新增了。在並行的，建築師參攷了多學科的新結構設計，多學科的衝突檢測和改進的協調。這框架設計開發和模型的結構工程師進行分析。
Revit軟件結構的同時創造了
佈局，物理模型的協調，和
檔案以及
結構分析的一個分析模型，幫助ATP减少冗餘
建模工作和簡化分析
過程。
ATP試行Revit MEP軟件這個項目，
使用該軟體設計並記錄設備的建築系統，包括加熱、通風、電力和衛生系統。的
優勢集成Revit平臺和
直接利用建築模型
特別有助於ATP的MEP設計工作，
和公司正在實施
Revit MEP對未來項目。