Hi Joakim, I am planing to contribute to some work of opm-parser, such as the parser of CMG. And Alf recommend you as my mentor, so could you give me some guide such as the coding style and organisation？ Thanks in advance!
Sincerely, Wang Tao ---------- Forwarded message ---------- From: Alf Birger Rustad <[email protected]> Date: 2013/3/6 Subject: RE: [OPM] application for coding module of reading binary file of cmg To: Wang Tao <[email protected]>, "[email protected]" < [email protected]> Hello Wang,**** ** ** Thanks for your thorough introduction. Supporting CMG formats is certainly of value for OPM. There is an ongoing effort for parsing Eclipse input, which is headed by Joakim Hove, and coordinated with Atgeirr and Bård. A new repository has been made for the effort under the name opm-parser. I suggest you try to coordinate your efforts with Joakim with the aim of keeping a coding style and organisation that fits well in OPM, and ensures easy maintenance. Joakim is also the key author of Eclipse binary output formats, so I believe he is your natural mentor here.**** ** ** Cheers,**** Alf**** ** ** *From:* [email protected] [mailto:[email protected]] *On Behalf Of *Wang Tao *Sent:* 6. mars 2013 15:12 *To:* [email protected] *Subject:* [OPM] application for coding module of reading binary file of cmg **** ** ** Hi All,**** ** ** Firstly, let me express my respect to the open source simulator OPM. And, I hope to contribute myself to some work of OPM, such as the parser of CMG, including input file and binary output file. In fact, I have almost finished the module of reading binary file of IMEX. As follow is my briefly introduction, and I'm looking forward to integrating to OPM team:*** * //---------------------------------------------------------------------------------------------------------------- **** *Personal Details***** Name: Tao**** Surname: Wang**** E-mail: [email protected] **** ** ** *Summary***** A reservoir simulation engineer with the experience of developing reservoir simulator in C++, so not only know how to use simulator, but also know how it works. In addition, based on my 10+ years experience of reservoir simulation consulting projects, I developed the commercial software SimStudio®, which make Eclipse/CMG more easy and efficient.**** *Expertise***** *Technical: * Reservoir Simulator Development, Reservoir Simulation, Reservoir Model Optimization, Polymer and Gel Flooding Simulation. **** *Professional:* Industrial Training, Computer Programming( C++ ).**** ** ** *Work Experience***** 2008.7－ Present**** Self Employed**** Responsibility:**** l Reservoir Simulation Consulting Projects. I have some opportunities to undertake reservoir simulation consulting projects because of my reputation for simulation, and I have undertaken multiple simulation projects. I am also a mentor for engineers entering the reservoir simulation. **** l At the same time, based on my simulation experience, I developed a commercial software —SimStudio with C++, I finished as follows:**** ü *designed the workflow which make the Eclipse easy and efficient;***** *ü **coding of GUI based on Visual Studio MFC;***** *ü **wrote a parser reading all input and output binary file of Eclipse;**** * *ü **coded the module calculating the transmissibility of corner point grid; ***** *ü **designed and coded the module of 3D visualization based on OpenGL;***** *the module of calling $eclipse and displaying the summary vector result;*** ** ** ** *Technical Contributions***** *l **Published( The First Author )***** ¡ The Reservoir Numerical Simulator Based on Automatic Grid Generation, Journal of Xi ’an Petroleum Institute(Natural Science Edition), Vol. 18 No.1, Jan. 2003*** * ¡ The Application of Graph Theory in the Reservoir Simulator Based on Hybrid Grid, Journal of the University of Petroleum( Natural Science Edition), Vol.26 No.5, Oct. 2002 **** *EDUCATION***** · Master degree of Reservoir Engineering, 1995-1998**** Major: Oil & Gas field exploitation. Petroleum University, Beijing**** Thesis: * "The development of reservoir simulator in C++ with fully implicit method"** *** Introduction: * This simulator is based on the open source reservoir simulator BOAST and is* **** * rewritten with C++. It aimed at the fine simulation with hybrid and local refined grids, so I ***** * developed a flexible grid management system with topological graph which abolished the ***** * traditional location of grids with i,j,k index . In addition, in order to improve stability, I change ***** *the IMPES of BOAST to fully implicit method.***** · Bachelor degree of Reservoir Engineering, 1991-1995**** Major: Reservoir Engineering. Petroleum University, East China**** ** ** //---------------------------------------------------------------------------------------------------------------- **** ** ** Thanks in advance.**** ** ** Sincerely,**** Wang Tao**** ------------------------------------------------------------------- The information contained in this message may be CONFIDENTIAL and is intended for the addressee only. Any unauthorised use, dissemination of the information or copying of this message is prohibited. If you are not the addressee, please notify the sender immediately by return e-mail and delete this message. Thank you
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