We are developing a framework named MasonPy for programming in engineering domain, which makes it easy and quick to generate and modify programs. It is a domain-specific language (DSL) framework along with a visual frontend. Engineers can use this framework to create a tiny DSL, and use the frontend to generate programs.
本研究為一套流程圖式特定領域語言。 MasonPy提供自定義功能塊功能，可藉此定義所應用領域的一系列功能塊，達到建構一套自己的DSL。並將這套功能塊提供End-User藉由UI拖拉拼接流程，完成程式。
Language: Python3
IDE: Spyder
- Download MasonPy_DSL and MasonPy_Framwork in MasonPy-System.
- Copy the contents of MasonPy_DSL to MasonPy_Framwork.
- GUI.py in MasonPy_DSL is the main program. MasonPy_System/MasonPy_Framwork/UserDefineModule_example are the examples of user defined functional blocks.
下載MasonPy-System中的MasonPy_DSL及MasonPy_Framwork兩個檔案，將MasonPy_DSL內容全部複製至MasonPy_Framwork，MasonPy_DSL的GUI.py為主程式，MasonPy System/MasonPy_Framwork/UserDefineModule_example為範例自定義功能塊。
Flowchart basic functional block introduction (流程圖基本功能塊簡介)
Instruction description and examples (指令說明及範例)
User-defined functional block (自定義領域功能塊)
Hybrilog is a tiny DSL created on MasonPy for simulating the hybrid controlling logic to wind turbine systems (用於繪製風力發電控制邏輯之特定領域語言). We designed it based on our experience in simulating and optimizing maximum power for wind turbine systems. Hybrilog is not only an example of designing tiny DSLs on the top of MasonPy, but also a practical tool of running our experiments in engineering domain. There are only six components: Init, MaxPower, ThreePhaseShortCircuit, MaxTorqueCurrent, ThreePhaseShortCircuit_MechBrake, and MaxTorqueCurrent_MechBrake.
此特定領域語言是基於MasonPy所擴增的一組風力發電相關的DSL，有6個功能塊：Init, MaxPower, ThreePhaseShortCircuit, MaxTorqueCurrent, ThreePhaseShortCircuit_MechBrake, and MaxTorqueCurrent_MechBrake。
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Download MasonPy_Framwork and WindTurbine_DSL in MasonPy System, and move the files and folders in WindTurbine_DSL to MasonPy_Framwork folder. Next, delete UserDefineModule_example folder in MasonPy_Framwork.
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For SetModule.py, delete TEST = ['testMode','HeronFormula'] of line 51 and AllClass.extend(TEST) of line 61, and replace the contents of UserdefinedClass of line 51 with the following list ['Mode_Init', 'Mode_ThreePhaseShortCircuit', 'Mode_ThreePhaseShortCircuit_MagBrake', 'Mode_MaxPower', 'Mode_MaxTorqueCurrent', 'Mode_MaxTorqueCurrent_MagBrake'].
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Run GUI.py to execute. GUI introduction This is a little different from the example. The left-side function area is not folded with graphics, but is represented by text. The upper right information area is a line chart showing the parameters at various times.
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下載MasonPy System中的MasonPy_Framwork及WindTurbine_DSL資料夾，將WindTurbine_DSL中的檔案與資料夾放入MasonPy_Framwork資料夾，再將MasonPy_Framwork中的UserDefineModule_example資料夾刪除。
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打開SetModule.py，將第51行TEST = ['testMode','HeronFormula']跟第61行AllClass.extend(TEST)刪除，再將第51行的UserdefinedClass的內容用下列列表取代['Mode_Init', 'Mode_ThreePhaseShortCircuit', 'Mode_ThreePhaseShortCircuit_MagBrake', 'Mode_MaxPower', 'Mode_MaxTorqueCurrent', 'Mode_MaxTorqueCurrent_MagBrake']。
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執行GUI.py就可使用，範例GUI使用說明，本GUI與範例有些不同，左側功能區沒有用圖形摺疊，都以文字表示。右上資訊區是顯示參數在各個時間所組成的折線圖。