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.TH "OGRLINEREF" "1" "Apr 02, 2024" "" "GDAL"
.SH NAME
ogrlineref \- Create linear reference and provide some calculations using it.
.SH SYNOPSIS
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.nf
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ogrlineref [\-\-help] [\-\-help\-general] [\-progress] [\-quiet]
           [\-f <format_name>] [\-dsco <NAME>=<VALUE>]... [\-lco <NAME>=<VALUE>]...
           [\-create]
           [\-l <src_line_datasource_name>] [\-ln <layer_name>] [\-lf <field_name>]
           [\-p <src_repers_datasource_name>] [\-pn <layer_name>] [\-pm <pos_field_name>] [\-pf <field_name>]
           [\-r <src_parts_datasource_name>] [\-rn <layer_name>]
           [\-o <dst_datasource_name>] [\-on <layer_name>] [\-of <field_name>] [\-s <step>]
           [\-get_pos] [\-x <long>] [\-y <lat>]
           [\-get_coord] [\-m <position>]
           [\-get_subline] [\-mb <position>] [\-me <position>]
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.fi
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.SH DESCRIPTION
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The \fBogrlineref\fP program can be used to:
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.IP \(bu 2
create a linear reference file from input data
.IP \(bu 2
return the \(dqlinear referenced\(dq distance for the projection of the
input coordinates (point) on the path
.IP \(bu 2
return the coordinates (point) on the path according to the \(dqlinear
referenced\(dq distance
.IP \(bu 2
return the portion of the path according to the \(dqlinear referenced\(dq
begin and end distances
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The \fBogrlineref\fP creates a linear reference \- a file containing
a segments of special length (e.g. 1 km in reference units) and gets coordinates,
linear referenced distances or sublines (subpaths) from this file.
The utility does not require the \fBM\fP or \fBZ\fP components in the geometry.
The results can be stored in any OGR supported format.
Also some information is written to the stdout.
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.TP
.B \-\-help
Show this help message and exit
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.TP
.B \-\-help\-general
Gives a brief usage message for the generic GDAL commandline options and exit.
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.TP
.B \-progress
Show progress.
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.TP
.B \-quiet
Suppress all messages except errors and results.
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.TP
.B \-f <format_name>
Select an output format name. The default is to create a shapefile.
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.TP
.B \-dsco <NAME>=<VALUE>
Dataset creation option (format specific)
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.TP
.B \-lco <NAME>=<VALUE>
Layer creation option (format specific).
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.TP
.B \-create
Create the linear reference file (linestring of parts).
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.TP
.B \-l <src_line_datasource_name>
The path to input linestring datasource (e.g. the road)
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.TP
.B \-ln <layer_name>
The layer name in datasource
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.TP
.B \-lf <field_name>
The field name of unique values to separate the input lines (e.g.
the set of roads).
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.TP
.B \-p <src_repers_datasource_name>
The path to linear references points (e.g. the road mile\-stones)
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.TP
.B \-pn <layer_name>
The layer name in datasource
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.TP
.B \-pm <pos_field_name>
The field name of distances along path (e.g. mile\-stones values)
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.TP
.B \-pf <field_name>
The field name of unique values to map input reference points to lines.
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.TP
.B \-r <src_parts_datasource_name>
The path to linear reference file.
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.TP
.B \-rn <layer_name>
The layer name in datasource
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.TP
.B \-o <dst_datasource_name>
The path to output linear reference file (linestring datasource)
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.TP
.B \-on <layer_name>
The layer name in datasource
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.B \-of <field_name>
The field name for storing the unique values of input lines
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.B \-s <step>
The part size in linear units
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.TP
.B \-get_pos
Return linear referenced position for input X, Y
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.TP
.B \-x <long>
Input X coordinate
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.TP
.B \-y <lat>
Input Y coordinate
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.TP
.B \-get_coord
Return point on path for input linear distance
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.TP
.B \-m <position>
The input linear distance
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.TP
.B \-get_subline
Return the portion of the input path from and to input linear positions.
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.B \-mb <position>
The input begin linear distance
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.B \-me <position>
The input end linear distance
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.SH EXAMPLE
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This example would create a shapefile (\fBparts.shp\fP) containing
a data needed for linear referencing (1 km parts):
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ogrlineref \-create \-l roads.shp \-p references.shp \-pm dist \-o parts.shp \-s 1000 \-progress
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.fi
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.SH AUTHOR
Dmitry Baryshnikov <polimax@mail.ru>
.SH COPYRIGHT
1998-2024
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