Description: The City of Prince George Hydropoly and hydroline datasets are used to portray surface water. The hydopoly and hydroline datasets represent the drainage network with features such as rivers, streams, canals, lakes, ponds and dams. These datasets were derived from the DEm produced from the 2014 LiDAR data capture point cloud.These polygon areas are defined by their subtypes using the CCSM codes;Canada Council on Surveying and Mapping, the custodian of national feature codes. The CCSM 1984 Draft Report on the classification of topological features is used as a government-wide standard. The Ministry of Forests uses this standard to create Feature Codes.Hydrography is the branch of applied sciences which deals with the measurement and description of the physical features of oceans, seas, coastal areas, lakes and rivers, as well as with the prediction of their change over time
Feature Type: Line
Type: FeatureLayer
Display Field: FeatureCode
Primary Key Field: OBJECTID
Show Map Tips: False
Searchable: False
Identifiable: True
Queryable: True
Can Copy Feature: True
Snappable: True
Snapping Enabled: False
Has Attachments: False
Feature Label: Feature Code: {FeatureCode}
Feature Description: N/A
Feature Long Description: The City of Prince George Hydropoly and hydroline datasets are used to portray surface water. The hydopoly and hydroline datasets represent the drainage network with features such as rivers, streams, canals, lakes, ponds and dams. These datasets were derived from the DEM produced from the 2014 LiDAR data capture point cloud.
These polygon areas are defined by their subtypes using the CCSM codes;
Canada Council on Surveying and Mapping, the custodian of national feature codes. The CCSM 1984 Draft Report on the classification of topological features is used as a government-wide standard. The Ministry of Forests uses this standard to create Feature Codes.
Hydrography is the branch of applied sciences which deals with the measurement and description of the physical features of oceans, seas, coastal areas, lakes and rivers, as well as with the prediction of their change over time
Feature Zoom Factor: N/A
Feature Zoom Scale: N/A
Feature Border Color: N/A
Feature Border Width: N/A
Feature Fill Color: N/A
Icon:
Include in Layer List: True
Include in Legend: True
Can Toggle Labels: True
Show Labels: True
Allow Symbolization: True
Draw Index: N/A
Legend URL: N/A
Style Name: N/A
Data Provider: Default
Time Zone ID: N/A
Fields:
OBJECTID (Type: Int32, Visible: False, Searchable: False, Can Symbolize Unique Value: True, Can Symbolize Class Breaks: True, Addressable: True)
FeatureCode [Feature Code] (Type: String, Visible: True, Searchable: False, Can Symbolize Unique Value: True, Can Symbolize Class Breaks: False, Addressable: True)
SHAPE (Type: Object, Visible: False, Searchable: False, Can Symbolize Unique Value: True, Can Symbolize Class Breaks: True, Addressable: True)
SHAPE.STLength() [Length (m)] (Type: Double, Visible: True, Searchable: False, Can Symbolize Unique Value: True, Can Symbolize Class Breaks: True, Addressable: True)