Schlumberger

Mnemonics, Software product, STATPACK


CodeSTATPACK
NameStatPack
DisciplineGeology
TypeAPPLICATION
DescriptionToolkit of basic statistical functions, independent analysis and presentation of dip, curves and zone data

Related channels
ChannelDescription
APP_DIP_VARIANCE Apparent Dip Variance in Variance Analysis
CLUSTER_CLEAN_FACIES Cluster Cleaned Facies by Cluster Analysis
CLUSTER_FACIES Cluster Facies by Cluster Analysis
MEAN_CLUSTER Mean of log values connected with each cluster by Cluster Analysis
NB_CLUSTER_POINT Number of points in each Cluster by Cluster Analysis
PCA_EIGVAL Eigenvalues of the correlation matrix between logs (i.e. the directions of the Principal Component Axes)
PCA_EIGVEC Eigenvectors of the correlation matrix between logs (i.e. magnitudes of the Principal Component Axes)
PCLOG_PROPORTION Principal Component Log proportion by Principal Component Analysis
POSITION_IN_FORMULA Attribute Position in Formula text

Related parameters
ParameterDescription
CLUSTER_CONSTRAINT Depth Constraint method flag by Cluster Analysis ( 1 == Yes, 0 == No )
DIPVECTOR Type of analysis in 2D/3D Dip Vector : 0 = 3D and 1 = 2D
DIPVECTOR_DIPTREND Dip Trend of resultant vector by Dip Vector Analysis
DIPVECTOR_MAGNITUDE Magnitude of resultant vector by Dip Vector Analysis
DIPVECTOR_PLUNGE Plunge of resultant vector by Dip Vector Analysis - Plunge mean if 2D Analysis
FORMULA Formula text
MAX_NORMALIZATION Maximum Value in Normalization of curves when mode is User Range
MEAN_DIPVECTOR_MAGNITUDE Magnitude mean of resultant vector by Dip Vector Analysis
MIN_NORMALIZATION Minimum Value in Normalization of curves when mode is User Range
NB_CLUSTER Number of Output Clusters by Cluster Analysis
NB_CURVE Number of Input Curves
NB_INPUT Number of Input Values used in processing
NB_PCLOG Number of PCLogs for the given Cutoff in Principal Component Analysis
NB_SAMPLE_CLEAN Number of samples used as minimum thickness parameter in the Clean Cluster Facies functions by Cluster Analysis
NORMALIZATION_MODE Normalization mode: 0 = Standard Deviation; 1 = Curve Range; 2 = User Range
PCA_CUTOFF Inertial Proportion Cutoff in Principal Component Analysis
QCUTOFF Quality Cutoff for 2D/3D Dip Vector Analysis
VARIANCE_INCREMENT Azimuth Angle Increment by Variance Analysis


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