.TH UPSCALE_COND "1" "October 2023" "upscale_cond 2023.10" "User Commands" .SH NAME upscale_cond \- Upscale electrical resistivity/conductivity .SH SYNOPSIS upscale_cond [option value] [grid file] [J-function file 1] [J-function file 2] [J-function file 3] ... .SH DESCRIPTION Reads in a lithofacies geometry in Eclipse format, reads in J(S_w) for each rock type, and calculates upscaled resistivity values for values of water saturation. Example usage: upscale_cond -bc p grid.grdecl Jfunc1.datan Jfunc2.data .SH OPTIONS \fB\-bc\fR Which boundary conditions to use. Possible values are p (periodic), f (fixed) or l (linear). Defaults to f. .br \fB\-points\fR Number of saturation points to upscale for, uniformly distributed. Defaults to 30. .br \fB\-resistivityCutoff\fR Cut-off value for resistivity. Defaults to 10000. .br \fB\-lithologyCoeff\fR Archie parameter. Defaults to 1.0. .br \fB\-cementationExponent\fR Archie parameter. Defaults to 1.8. .br \fB\-saturationExponent\fR Archie parameter. Defaults to 2.3. .br \fB\-waterresistivity\fR Resistivity of formation water. .br \fB\-mudresistivity\fR Resistivity of mud. Defaults to 1.4. .br \fB\-mud1rocktype\fR First mud rock type, 0 if there are no mud types. Defaults to 0. .br \fB\-mud2rocktype\fR Second mud rock type. Defaults to 0. .br \fB\-jFunctionCurve\fR Which column in the supplied J-files corresponds to the J-function values. Defaults to 2. .br \fB\-surfaceTension\fR Surface tension in dynes/cm to use in J-function/Pc conversion. Defaults to 11. .br \fB\-output\fR Filename for where to write upscaled values. .br \fB\-interpolate\fR If supplied and > 1, the output will be interpolated using monotone cubic interpolation on a uniform grid with the specified number of points. Suggested value: 1000. .br \fB\-rockcemexp \fR Cementation exponent can be set on a per rocktype basis. .br \fB\-rocksatexp \fR Saturation exponent can be set on a per rocktype basis. .SH "REPORTING BUGS" Report on github repository .SH "SEE ALSO" upscale_perm