| Title: | Knowledge Space Theory Input/Output |
|---|---|
| Description: | Knowledge space theory by Doignon and Falmagne (1999) <doi:10.1007/978-3-642-58625-5> is a set- and order-theoretical framework which proposes mathematical formalisms to operationalize knowledge structures in a particular domain. The 'kstIO' package provides basic functionalities to read and write KST data from/to files to be used together with the 'kst', 'kstMatrix', 'CDSS', 'pks', or 'DAKS' packages. |
| Authors: | Cord Hockemeyer [aut, cre] |
| Maintainer: | Cord Hockemeyer <[email protected]> |
| License: | GPL (>= 3) |
| Version: | 0.4-1 |
| Built: | 2025-02-19 06:15:23 UTC |
| Source: | https://github.com/cran/kstIO |
kstIO File formatsKnowledge space theory by Doignon and Falmagne (1985, 1999) is a set- and order-theoretical framework, which proposes mathematical formalisms to operationalize knowledge structures in a particular domain. The 'kstIO' package provides basic functionalities to read and write KST data from/to files.
This page focuses on the different file formats that can be used with
the kstIO functions.
Over time and in different research groups with knowledge space theory, different file formats have evolved.
The probably simplest and most direct approach is to store the information in a binary ASCII matrix where a "1" in row i and column j means that item j is element of state/response pattern i.
There is no separating character between the columns, and there should be no trailing whitespace at the end of the line. The last line of the matrix must carry an EndOfLine - in most editors (except vi) this means an empty line after the matrix.
This format (Hockemeyer, 2001) extends the matrix format by two preceding header lines containing the number of items and the number of states/response patterns, respectively.
This format (Poetzi & Wesiak, 2001) extends the KST tools format by yet another preceding header line with format and content metadata. This new header line has the format
#SRBT v2.0 <struct> ASCII <comment>
where <struct> specifies the type of data stored in the
file and <comment> is an optional arbitrary comment.
Furthermore, SRBT files may contain an arbitrary number of comment lines after the number of states/patterns.
The following data types are supported by the respective
kstIO functions:
basis
data
relation
space
structure
For kbase and surmise relation files, the encoding
information "ASCII" is missing because these files are always
in ASCII format.
CSV (comma separated values) is a standard file format for data tables. Within a row, the different columns are separated by commas. Please note that in some European countries and for some programs, rows are instead separated by semicolon, and the comma replaces the decimal point.
CSV files written/read by kstIO functions start with a head row containing
the item IDs. The subsequent rows build the matrix as described n the previous
format descriptions.
Base files are not available in KST tools format.
Their matrix part differs from the other files in that it contains "0", "1", and "2". A "1" means that the state is minimal for the item and a "2" means that it is not (but contains the item). A "0" stands (as always) for the state not containing the item.
Surmise relation files are not available in KST Tools format, either.
Their matrices are somewhat transposed in comparison to all the other formats. Row i and column j is equal to "1" if knowing i can be surmised from knowing j, and equal to "0" otherwise. Thus, column j describes the minimal state for item j.
Surmise function files are available only in CSV format.
The matrix is here preceded by a row which denotes the item for which the respective state is a clause.
#SRBT v2.0 structure ASCII 3 5 # Some comment or item information 000 100 110 101 111
Cord Hockemeyer [email protected]
Doignon, J.-P. & Falmagne, J.-C. (1985). Spaces for the assessment of knowledge. International Journal of Man-Machine Studies, 23, 175–196.
Doignon, J.-P. & Falmagne, J.-C. (1999). Knowledge Spaces. Springer Verlag, Berlin.
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf.
kbase
space_property
kstructure
Read a base from a file. The file formats are described in the kstIO-package information page.
read_kbase(filename, format = "auto", as.letters = TRUE)read_kbase(filename, format = "auto", as.letters = TRUE)
filename |
A character string specifying the name of the base file. |
format |
Specification of the files format. Can be "SRBT", "KST", "matrix", "CSV", or "auto" (default). |
as.letters |
logical, should the elements of the sets be letters or numbers? |
The format values "SRBT", "KST", and
"matrix" refer to the different generations of file formats
described in kstIO-package. The value "auto" (default)
requests an automatic detection of the format by thje read_XXX
function.
If as.letters is TRUE the elements of the sets are letters,
otherwise numbers.
A list with the following elements:
matrix |
the read structure/data as binary matrix |
sets |
the read structure as object of class |
In automatic format detection, the distinction between "matrix"
and "KST" formats work somewhat heuristic. In other words, in rare
cases the automatic detection might give the wrong result.
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Produce a base file library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) b <- kbase(kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)))) write_kbase(b, "DF7.bas", "KST") # (Old) KST format # Read file read_kbase("DF7.bas") # Automatic format detection read_kbase("DF7.bas", "KST") # Explicit format specification setwd(d)# Produce a base file library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) b <- kbase(kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)))) write_kbase(b, "DF7.bas", "KST") # (Old) KST format # Read file read_kbase("DF7.bas") # Automatic format detection read_kbase("DF7.bas", "KST") # Explicit format specification setwd(d)
Read a set of response patterns from a file. The file formats are described in the kstIO-package information page.
read_kdata(filename, format = "auto", as.letters = TRUE)read_kdata(filename, format = "auto", as.letters = TRUE)
filename |
A character string specifying the name of the data file. |
format |
Specification of the files format. Can be "SRBT", "KST", "matrix", "CSV", or "auto" (default). |
as.letters |
logical, should the elements of the sets be letters or numbers? |
The format values "SRBT", "KST", and
"matrix" refer to the different generations of file formats
described in kstIO-package. The value "auto" (default)
requests an automatic detection of the format by thje read_XXX
function.
If as.letters is TRUE the elements of the sets are letters,
otherwise numbers.
A binary matrix with the response patterns.
In automatic format detection, the distinction between "matrix"
and "KST" formats work somewhat heuristic. In other words, in rare
cases the automatic detection might give the wrong result.
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Produce a data file d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) df <- as.binmat(DoignonFalmagne7$N.R) write_kdata(df, "DF7.dat", "matrix") # matrix format (without any headers) # Read file read_kdata("DF7.dat") # Automatic format detection (default) read_kdata("DF7.dat", "matrix") # Explicit ormat specification setwd(d)# Produce a data file d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) df <- as.binmat(DoignonFalmagne7$N.R) write_kdata(df, "DF7.dat", "matrix") # matrix format (without any headers) # Read file read_kdata("DF7.dat") # Automatic format detection (default) read_kdata("DF7.dat", "matrix") # Explicit ormat specification setwd(d)
Read a family of sets from a file. The file formats are described in the kstIO-package information page.
read_kfamset(filename, format = "auto", as.letters = TRUE)read_kfamset(filename, format = "auto", as.letters = TRUE)
filename |
A character string specifying the name of the space file. |
format |
Specification of the files format. Can be "SRBT", "KST", "matrix", "CSV", or "auto" (default). |
as.letters |
logical, should the elements of the sets be letters or numbers? |
The format values "SRBT", "KST", and
"matrix" refer to the different generations of file formats
described in kstIO-package. The value "auto" (default)
requests an automatic detection of the format by thje read_XXX
function.
read_kfamset() reads any knowledge space file (space, structure,
basis) and ignores any file type infor in SRBT file headers.
If as.letters is TRUE the elements of the sets are letters,
otherwise numbers.
A list with the following elements:
matrix |
the read structure/data as binary matrix |
sets |
the read structure as |
In automatic format detection, the distinction between "matrix"
and "KST" formats work somewhat heuristic. In other words, in rare
cases the automatic detection might give the wrong result.
There exists no write_kfamset function on purpose.
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Produce a space file library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) ksp <- kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE))) write_kspace(ksp, "DF7.spc") # Write in (default) SRBT format # Read file read_kfamset("DF7.spc") # Automatic format detection (default) read_kfamset("DF7.spc", "SRBT") # Explicit format specification setwd(d)# Produce a space file library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) ksp <- kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE))) write_kspace(ksp, "DF7.spc") # Write in (default) SRBT format # Read file read_kfamset("DF7.spc") # Automatic format detection (default) read_kfamset("DF7.spc", "SRBT") # Explicit format specification setwd(d)
Read a knowledge space from a file. The file formats are described in the kstIO-package information page.
read_kspace(filename, format = "auto", as.letters = TRUE, close = FALSE)read_kspace(filename, format = "auto", as.letters = TRUE, close = FALSE)
filename |
A character string specifying the name of the space file. |
format |
Specification of the files format. Can be "SRBT", "KST", "matrix", "CSV", or "auto" (default). |
as.letters |
logical, should the elements of the sets be letters or numbers? |
close |
logical, determines whether a closure under union is performed on the read structure. |
The format values "SRBT", "KST", and
"matrix" refer to the different generations of file formats
described in kstIO-package. The value "auto" (default)
requests an automatic detection of the format by thje read_XXX
function.
If as.letters is TRUE the elements of the sets are letters,
otherwise numbers.
If close is TRUE, a closure under union is computed to ensure
that the returned knowledge space really is one.
A list with the following elements:
matrix |
the read structure/data as binary matrix |
sets |
the read structure as |
In automatic format detection, the distinction between "matrix"
and "KST" formats work somewhat heuristic. In other words, in rare
cases the automatic detection might give the wrong result.
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Produce a space file library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) ksp <- kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE))) write_kspace(ksp, "DF7.spc") # Write in (default) SRBT format # Read file read_kspace("DF7.spc") # Automatic format detection (default) read_kspace("DF7.spc", "SRBT") # Explicit format specification setwd(d)# Produce a space file library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) ksp <- kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE))) write_kspace(ksp, "DF7.spc") # Write in (default) SRBT format # Read file read_kspace("DF7.spc") # Automatic format detection (default) read_kspace("DF7.spc", "SRBT") # Explicit format specification setwd(d)
Read a knowledge structure from a file. The file formats are described in the kstIO-package information page.
read_kstructure(filename, format = "auto", as.letters = TRUE)read_kstructure(filename, format = "auto", as.letters = TRUE)
filename |
A character string specifying the name of the structure file. |
format |
Specification of the files format. Can be "SRBT", "KST", "matrix", "CSV", or "auto" (default). |
as.letters |
logical, should the elements of the sets be letters or numbers? |
The format values "SRBT", "KST", and
"matrix" refer to the different generations of file formats
described in kstIO-package. The value "auto" (default)
requests an automatic detection of the format by thje read_XXX
function.
If as.letters is TRUE the elements of the sets are letters,
otherwise numbers.
A list with the following elements:
matrix |
the read structure/data as binary matrix |
sets |
the read structure as object of class |
In automatic format detection, the distinction between "matrix"
and "KST" formats work somewhat heuristic. In other words, in rare
cases the automatic detection might give the wrong result.
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Produce a structure file library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) kst <- kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)) write_kstructure(kst, "DF7.struct") # Write in (default) SRBT format # Read file read_kstructure("DF7.struct") # Automatic format detection (default) read_kstructure("DF7.struct", "SRBT") # Explicit format specification setwd(d)# Produce a structure file library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) kst <- kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)) write_kstructure(kst, "DF7.struct") # Write in (default) SRBT format # Read file read_kstructure("DF7.struct") # Automatic format detection (default) read_kstructure("DF7.struct", "SRBT") # Explicit format specification setwd(d)
Read a surmise function from a file. The file formats are described in the kstIO-package information page.
read_surmisefunction(filename)read_surmisefunction(filename)
filename |
A character string specifying the name of the base file. |
Surmise function files exist (so far) only in CSV format.
A list with two elements:
relation |
The surmise relation as object of class |
matrix |
The incidence matrix of the surmise relation. |
Cord Hockemeyer [email protected]
Read a surmise relation from a file. The file formats are described in the kstIO-package information page.
read_surmiserelation(filename, format = "auto", as.letters = TRUE, close = FALSE)read_surmiserelation(filename, format = "auto", as.letters = TRUE, close = FALSE)
filename |
A character string specifying the name of the base file. |
format |
Specification of the files format. Can be "SRBT", "matrix", "CSV", or "auto" (default). |
as.letters |
logical, should the elements of the sets be letters or numbers? Defaults to TRUE. |
close |
logical, should the relation be closed under reflexivity and transitivity? Defaults to FALSE |
The format values "SRBT" and
"matrix" refer to the different generations of file formats
described in kstIO-package. The value "auto" (default)
requests an automatic detection of the format by the read_XXX
function.
If as.letters is TRUE (default), the elements of the sets are letters,
otherwise numbers.
If close is TRUE (default is FALSE), the relation is closed under
reflexivity and transitivity, otherwise it is returned as is.
A list with two elements:
relation |
The surmise relation as object of class |
matrix |
The incidence matrix of the surmise relation. |
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Produce a relation file library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) r <- as.relation(kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)))) write_surmiserelation(r, "DF7.rel", "SRBT") # SRBT format # Read file read_surmiserelation("DF7.rel") # Automatic format detection read_surmiserelation("DF7.rel", "SRBT") # Explicit format specification setwd(d)# Produce a relation file library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) r <- as.relation(kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)))) write_surmiserelation(r, "DF7.rel", "SRBT") # SRBT format # Read file read_surmiserelation("DF7.rel") # Automatic format detection read_surmiserelation("DF7.rel", "SRBT") # Explicit format specification setwd(d)
Write a base to a file. The file formats are described in the kstIO-package information page.
write_kbase(x, filename, format = "SRBT")write_kbase(x, filename, format = "SRBT")
x |
The data to be written, either a binary matrix or an object
of |
filename |
A character string specifying the name of the base file. |
format |
Specification of the files format. Can be "SRBT" (default), "KST", "CSV", or "matrix". |
The format values "SRBT", "KST", and
"matrix" refer to the different generations of file formats
described in kstIO-package.
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Obtain data to write from the 'pks' package library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) b <- kbase(kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)))) # Write base to file write_kbase(b, "DF7.bas") # Write in (default) SRBT format write_kbase(b, "DF7.bas", "KST") # (Old) KST format setwd(d)# Obtain data to write from the 'pks' package library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) b <- kbase(kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)))) # Write base to file write_kbase(b, "DF7.bas") # Write in (default) SRBT format write_kbase(b, "DF7.bas", "KST") # (Old) KST format setwd(d)
Write a data set to a file. The file formats are described in the kstIO-package information page.
write_kdata(x, filename, format = "SRBT")write_kdata(x, filename, format = "SRBT")
x |
The data to be written, as a binary matrix. |
filename |
A character string specifying the name of the data file. |
format |
Specification of the files format. Can be "SRBT" (default), "KST", "CSV", or "matrix". |
The format values "SRBT", "KST", and
"matrix" refer to the different generations of file formats
described in kstIO-package.
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Obtain data to write from the 'pks' package d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) df <- as.binmat(DoignonFalmagne7$N.R) # Write data to file write_kdata(df, "DF7.dat") # Write in (default) SRBT format write_kdata(DoignonFalmagne7$K, "DF7.dat", "matrix") # matrix format (without any headers) setwd(d)# Obtain data to write from the 'pks' package d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) df <- as.binmat(DoignonFalmagne7$N.R) # Write data to file write_kdata(df, "DF7.dat") # Write in (default) SRBT format write_kdata(DoignonFalmagne7$K, "DF7.dat", "matrix") # matrix format (without any headers) setwd(d)
Write a knowledge space to a file. The file formats are described in the kstIO-package information page.
write_kspace(x, filename, format = "SRBT")write_kspace(x, filename, format = "SRBT")
x |
The data to be written, either a binary matrix or an object
of |
filename |
A character string specifying the name of the base file. |
format |
Specification of the files format. Can be "SRBT" (default), "KST", "CSV", or "matrix". |
The format values "SRBT", "KST", and
"matrix" refer to the different generations of file formats
described in kstIO-package.
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Obtain data to write from the 'pks' package library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) ksp <- kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE))) # Write space to file write_kspace(ksp, "DF7.spc") # Write in (default) SRBT format write_kspace(DoignonFalmagne7$K, "DF7.spc", "KST") # Write the matrix directly in (old) KST format setwd(d)# Obtain data to write from the 'pks' package library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) ksp <- kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE))) # Write space to file write_kspace(ksp, "DF7.spc") # Write in (default) SRBT format write_kspace(DoignonFalmagne7$K, "DF7.spc", "KST") # Write the matrix directly in (old) KST format setwd(d)
Write a knowledge structure to a file. The file formats are described in the kstIO-package information page.
write_kstructure(x, filename, format = "SRBT")write_kstructure(x, filename, format = "SRBT")
x |
The data to be written, either a binary matrix or an object
of |
filename |
A character string specifying the name of the base file. |
format |
Specification of the files format. Can be "SRBT" (default), "KST", "CSV", or "matrix". |
The format values "SRBT", "KST", and
"matrix" refer to the different generations of file formats
described in kstIO-package.
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Obtain data to write from the 'pks' package library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) kst <- kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)) # Write structure to file write_kstructure(kst, "DF7.struct") # Write in (default) SRBT format # Write the matrix directly in (old) KST format write_kstructure(DoignonFalmagne7$K, "DF7.struct", "KST") setwd(d)# Obtain data to write from the 'pks' package library(kst) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) kst <- kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)) # Write structure to file write_kstructure(kst, "DF7.struct") # Write in (default) SRBT format # Write the matrix directly in (old) KST format write_kstructure(DoignonFalmagne7$K, "DF7.struct", "KST") setwd(d)
Write a surmise function to a file. The file formats are described in the kstIO-package information page.
write_surmisefunction(x, filename)write_surmisefunction(x, filename)
x |
The data to be written, either a quadratic binary matrix or an object
of |
filename |
A character string specifying the name of the base file. |
SUrmise function can (so far) be stored only in CSV format.
Cord Hockemeyer [email protected]
Write a surmise relation to a file. The file formats are described in the kstIO-package information page.
write_surmiserelation(x, filename, format = "SRBT")write_surmiserelation(x, filename, format = "SRBT")
x |
The data to be written, either a quadratic binary matrix or an object
of |
filename |
A character string specifying the name of the base file. |
format |
Specification of the files format. Can be "SRBT" (default), "CSV", or "matrix". |
The format values "SRBT" and
"matrix" refer to the different generations of file formats
described in kstIO-package.
Cord Hockemeyer [email protected]
Hockemeyer, C. (2001). KST Tools User Manual (2nd ed.). https://resources.cord-hockemeyer.info/techreports/KST-Tools_TechRep_FWF01.pdf.
Poetzi, S. & Wesiak, G. (2001). SRbT Tools User Manual. https://resources.cord-hockemeyer.info/techreports/SRBT-Tools_TechRep_FWF01.pdf
# Obtain data to write from the 'pks' package library(kst) library(pks) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) r <- as.relation(kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)))) # Write surmise relation to file write_surmiserelation(r, "DF7.bas") # Write in (default) SRBT format write_surmiserelation(r, "DF7.bas", "matrix") # matrix format setwd(d)# Obtain data to write from the 'pks' package library(kst) library(pks) d <- getwd() setwd(tempdir()) data(DoignonFalmagne7) r <- as.relation(kspace(kstructure(as.pattern(DoignonFalmagne7$K, as.set=TRUE)))) # Write surmise relation to file write_surmiserelation(r, "DF7.bas") # Write in (default) SRBT format write_surmiserelation(r, "DF7.bas", "matrix") # matrix format setwd(d)