Load a Topology to a Parcel Fabric Tool
How to use Load a Topology to a Parcel Fabric Tool in Arc Toolbox ArcMap ArcGIS??
 |
| Load a Topology to a Parcel Fabric |
Path to access the tool
:
Load a Topology to a Parcel Fabric Tool, Data Migration Toolset, Parcel Fabric Tools Toolbox
Load a Topology to a Parcel Fabric
Loads polygon and line
features that participate in a topology into a target parcel fabric. The
topology requires a predefined set of topology rules:
·
Line—Must be Covered by Boundary Of (polygon)
·
Line—Must Not Self-Overlap
·
Line—Must Not Self-Intersect
·
Line—Must be Single Part
·
Line—Must Not Intersect Or Touch Interior
·
Polygon—Boundary Must be Covered By (Line)
Parcel fabric tools do
not support backstage processing with 64-bit.
1. Target Parcel Fabric
The target parcel fabric
where the data will be loaded.
2. Input (Topology) Feature Class
Input feature class or
layer that is part of a topology. The feature class can either be a line or
polygon.
3. Input Point Features (optional)
Input point feature
class or layer. The point feature class does not need to be part of a topology.
Only user-defined attributes on the input point feature class will be loaded to
corresponding points in the parcel fabric.
4. Minimum Line String Segment Count (optional)
The minimum number of
segments a polyline feature can have before it is loaded as a line string or
natural boundary in the parcel fabric. The default is a minimum of 10 segments.
5. Control Match Tolerance (optional)
The tolerance in which
new parcel fabric points are associated with existing control points in the
fabric. The tolerance length units are the same as the length units of the
coordinate system of the fabric. If a control match tolerance is not specified,
the default of 0.1 meters is used.
6. Import Parcels as Unjoined Group
Determines how parcels
will be loaded.
·
Checked—Features will be loaded as an unjoined group of parcels
that is not part of the parcel fabric layer.
·
Unchecked—Features will be loaded as joined parcels that are part
of the parcel fabric layer. This is the default.
7. Direction Units (optional)
The direction units that
will be used when generating COGO-bearing attributes for line features during
the loading process.
·
DEGREES_MINUTES_SECONDS—One degree equals 1/360 of a circle.
Fractions of a degree are represented in minutes and seconds, where one minute
equals 1/60 of a degree and one second equals 1/60 of a minute. Degrees Minutes
and Seconds are stored as strings and interpreted accordingly. This is the
default.
·
DECIMAL_DEGREES—Similar to Degrees Minutes and Seconds, but
fractions of degrees are represented as decimal values. Any number between 0
and 360 is valid.
·
RADIANS—An angular unit of measure, where there are 2 pi or
approximately 6.28318 in a complete circle. One radian is equivalent to about
57.296 degrees. Any number between 0 and 62,318 is valid.
·
GONS—The same angular unit of measure as gradians where the right
angle is divided into 100 parts. One gon is equal to 1/400 of a circle.
·
GRADIANS—An angular unit of measure where the right angle is
divided into 100 parts. One gradian is equal to 1/400 of a circle.
8. Direction Type (optional)
The direction type that
will be used when generating COGO-bearing attributes for line features during
the loading process.
·
SOUTH_AZIMUTH—Directions are measured clockwise from south.
·
NORTH_AZIMUTH—Directions are measured clockwise from north.
·
POLAR—Directions are measured counterclockwise from the positive
x-axis.
·
QUADRANT_BEARING—Directions are measured from a reference bearing
of North or South, then East or West. NE bearings are measured clockwise from
North. SE bearings are measured counterclockwise from South. SW bearings are
measured clockwise from South. NW bearings are measured counterclockwise from
North. This is the default.
9. Compute Area for New Parcels
Determines how features
will be loaded.
·
Checked—Parcel area is computed from the polygon shape or from
COGO attributes if they are present on the line feature class. The Stated Area
system field is populated with the computed value. This is the default.
·
Unchecked—Parcel area is not computed from the polygon shape or
from COGO attributes. The Stated Area system field is not populated or altered.
10. Area Units (optional)
If the Compute Area for
New Parcels option is checked, select the area units to be used when computing
parcel area during the migration process.
·
SQUARE_METERS_HECTARE_OR_KILOMETERS—Depending on the size of the
value, Square Meters, Hectares, or Kilometers is used as the unit of area. For
example, if the area value is greater than 10,000, the area unit that will be
used is Hectares. This is the default.
·
ACRES_ROODS_OR_PERCHES—Depending on the size of the value, Acres,
Roods, or Perches is used as the unit of area. For example, if the area value
is greater than 160, the area unit that will be used is Acres.
·
SQUARE_METERS—An International System of Units (SI) derived unit
of area. Defined as the area of a square whose sides measure exactly one meter.
·
HECTARES—An SI unit of area equal to 10,000 Square Meters.
Symbolized as ha.
·
ACRES—A United States Customary or Imperial unit of area equal to
4046.87 m² or 44,560 Square Feet.
·
SQUARE_RODS—A United States Customary or Imperial unit of area
equal to 5.0292 meters or 16.5 Feet. A Rod is the same length as a Perch and
160 Rods equals one Acre.
·
ROODS—A United States Customary or Imperial unit of area. One Acre
equals four Roods and one Rood equals 40 Perches.
·
PERCHES—A United States Customary or Imperial unit of area equal
to a Square Rod and 160 Perches equals one Acre.
·
SQUARE_FEET—A United States customary or Imperial unit of area.
Defined as the area of a square whose sides measure exactly one Foot. One Foot
equals 0.3048 Meters.
·
SQUARE_US_FEET—A unit of area used when collecting survey data in
the United States. One U.S. Foot equals 0.3048006 Meters.
·
QUARTER_SECTIONS—An area of unit used under the Public Land Survey
System in the United States. A Section is an area equal to one Square Mile or
640 Acres. A Quarter Section is one-fourth of a Square Mile and is equal to 160
Acres.
·
SECTIONS—An area of unit used under the Public Land Survey System
in the United States. A Section is an area equal to one Square Mile or 640
Acres.
11. Radial Point Tolerance (optional)
The tolerance in which new, computed curve
center points are matched with existing curve center points found in the
fabric. Furthermore, if several computed curve center points lie within this
tolerance, they are averaged and merged into a single center point. If a radial
tolerance is not specified, the default of 0.5 meters is used.
12. Accuracy Category for Inversed Lines (optional)
The accuracy category of
the lines and polygons being migrated. Accuracy categories are defined by date
of survey in the parcel fabric. Accuracy category 1 is the highest data
accuracy (recently surveyed) and accuracy category 6 is the lowest data
accuracy (year 1800 or lower). Accuracy categories are used in the fabric
adjustment.
1_HIGHEST—Most
recently surveyed and recorded data. Data accuracy is the highest.
2_AFTER_1980—Data
is surveyed and recorded after 1980.
3_1908_TO_1980—Data
is surveyed and recorded between 1908 and 1980.
4_1881_TO_1907—Data
is surveyed and recorded between 1881 and 1907.
5_BEFORE_1881—Data
is surveyed and recorded before 1881. Data accuracy is low.
6_1800—Data
is surveyed and recorded before 1800. Data accuracy is low. This is the
default.
7_LOWEST—Data is unreliable and data accuracy is unknown. Data is excluded from influencing the outcome of a fabric adjustment.
Comments
Post a Comment