建築物耐風力設計規範的訂定，是由大量氣象歷時資料加上無數研究結果而得之，再加上風對結構物所產生之效應，是由許多因子交互影響而成，而且規範的訂定必需能符合現況大部分之需要，因此所產生之交互方程式繁複之程度可想而知。綜合以上因素可知建築物耐風力設計規範是相當繁瑣而複雜，對於一般使用的工程師而，要了解繁複難懂的規範條文，再加上使用條文中艱深的方程式計，並期望能得到正確的計算結果，此間之困難恐非實際深入規範內容及實際計算過的人所能了解。
因此本論文以物件導向程式應用於建築物耐風力設計規範中，以簡單的使用者介面下，發展一套體積小、簡單易用、直覺化操作的應用軟體，引導使用者逐步輸入結構物相關數據，將可靠的計算結果輸出成報表形式，最後並可將輸出報表匯出為Excel 及PDF 格式作成報告書及後續計算之應用，以期解決工程師選用規範條文及複雜計算公式之困擾，讓工程師跳脫規範條文及煩人公式的梏臼中。最後本論文使用四個實例將物件導向系統分析之結果與其他系統計算之結果作一比較與分析，並將分析之結果表格化，逐一列示及比，以證明本程式系統之可靠性。

The formulation of the Wind Code of Buildings depended on plenty of historical meteorological data as well as the innumerable research findings and results. The effects of wind on constructions are interactively influenced by many factors. Furthermore, the formulation of the Code also has to conform to the current demand. This also makes the equations become very complicated. In conclusion, the Wind Code of Buildings which took all the above situations into consideration is very complex. For an engineer who uses the Wind Code of Buildings as normal usage, it is extremely complicated to understand the unintelligible Code and to expect to get correct results by calculating the equations in the Code. It may be hard to realize the complexity without such kind of experience.
To solve the complexity and save engineers from long-winded codes and annoying calculation, this thesis applied an object-oriented programming on the Wind Code of Buildings to build an easy and user friendly application software with small hard disc space needed. The software guides users to key in the construction’s related data step by step and then makes reports with reliable results. Users also can export the results by Excel or PDF formats as formal reports or future calculation usage. To prove the reliability of the built software, this thesis compared the results of four examples by using object-oriented programming with the results by using other systems. The analysis showed that the software is reliable. The output of the analysis were listed and compared in tables.

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