Resumo

OSCAR GARCIA-MORA, Ridel  e  VALERA-GONZALEZ, Yusleidy. Interpreter of user programs for petrophysical parameters calculation. Rev cuba cienc informat [online]. 2014, vol.8, n.2, pp. 117-131. ISSN 2227-1899.

Determining the volume of oil that can be extracted for a given well is vital for the oil industry. In the petrophysical evaluation of training set are used : data taken directly in the well using geophysical logs and process applications that allow these data to make interpretations , calculation of new properties that cannot be read directly from the well and display the information for analysis of the same . The present work aims to enable the development and execution of user programs for calculating petrophysical parameters in the System Analysis and Interpretation of Oil Well Records. To develop this work using scientific methods such as analytic-synthetic, modeling and observation. In addition, we used the RUP, UML modeling language, the CASE tool Visual Paradigm, the programming language C and as Qt development framework, and as a development environment for QT Creator. The result was the interpreter of user programs and a code editor with syntax highlighting, completion and to make the development process more user-friendly programs. With the integration of the interpreter to System Analysis and Interpretation of Oil Well Logging is done that it is better suited to the needs of each individual user.

Palavras-chave : Interpreter; oil; petrophysics; program.

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