What is the output? # Answer: print ( a ) # TODO: run this cell without running the one above. Partial SolutionĮxercise 16 - Machine Learning - Petrophysical interpretation and Log classificationīonus 2 - Petrophysical Data Review (Fitting probability distributions)īonus 3 - XTGeo computing 3D grid statistics Decline Curve Analysis example (Final Solution)Įxercise 4 - Loading data into Google ColabĮxercise 4 - Starting in Jupyter NotebooksĮxercise 5 - Well type using Arps equation for multiple wellsĮxercise 5 - Well type using Arps equation for multiple wells (Partial Solution)Įxercise 6 Empty - Relative Permeability Calculations (Solve the errors)Įxercise 6 - Relative Permeability CalculationsĮxercise 7 Partial Solution - Exploratory Data Analysis (Petrophysical Summary Table)Įxercise 6 - Solution: Relative Permeability CalculationsĮxercise 8 - Solution: Probabilistic Original Oil In PlaceĮxercise 7 Solution - Exploratory Data Analysis (Petrophysical Summary Table)Įxercise 9 - Inflow Performance Relationship (IPR)Įxercise 9 Partial Solution - Inflow Performance Relationship (IPR)Įxercise 11 - Pressure Traverse- Revised Beggs and Brill CorrelationĮxercise 11 Solution - Pressure Traverse- Revised Beggs and Brill CorrelationĮxercise 12 Partial Solution - Integrating IPR and VLPĮxercise 12 Solution - Integrating IPR and VLPĮxercise 13: Working with well-logs.
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