GeoBaseInfo Class

A class holding metadata according to French standard GéoBase Défense Edition V2.

Syntax

public class GeoBaseInfo : ProfileSpecificInfo

Remarks

A GeoBaseInfo instance holds additional metadata for a data set or data file, according to the French standard GéoBase Défense, edition 2. It can be retrieved through the DataSet.GetDataSetInfo method and DataSetInfo.ProfileSpecificInfo, if such metadata is present.

The standard specifies a number of products, each with its own specific data format and associated metadata. So only a few Carmenta Engine data sets will actually look for additional GéoBase Défense metadata files:

Product	Data format	Carmenta Engine data set
ORTHO2	GeoTIFF	ImageDataSet, GdalDataSet
ORTHO3	JPEG 2000	Jpeg2000DataSet
DTED1, DTED2	DTED	DtedDataSet

Only a subset of the available metadata is read. QualityParameters will contain a number of single-value quality parameters valid for the entire data set or file, whereas QualityLayers may contain one or more references to an external raster file containing a mask with associated quality values.

Example

// Read GeoBase MGO quality info at a specified point
static AttributeSet getQualityAttributes(DataSet ds, Point p)
{
	// Get GeoBase metadata from data set
	var dataSetInfo = ds.GetDataSetInfo();
	var profileSpecificMetadata = dataSetInfo.ProfileSpecificInfo;
	if (!(profileSpecificMetadata is GeoBaseInfo))
	{
		// If root node didn't have the information, get it from the child covering p
		foreach (var dsi in dataSetInfo.Children)
		{
			if (dsi.Bounds.Inside(p))
			{
				profileSpecificMetadata = dsi.ProfileSpecificInfo;
				if (profileSpecificMetadata is GeoBaseInfo)
					break;
			}
		}
	}
	if (!(profileSpecificMetadata is GeoBaseInfo))
		return null;
	var geoBaseInfo = profileSpecificMetadata as GeoBaseInfo;

	// Find the MGO quality layer
	GeoBaseInfoEntry mgo = null;
	foreach (var ql in geoBaseInfo.QualityLayers)
	{
		if (ql.MeasureIdentification == "MGO")
		{
			mgo = ql;
			break;
		}
	}
	if (mgo == null)
		return null;

	// Create dataset to read the quality data
	DataSetInfo qdsi = DataSetInfo.FromFile(System.IO.Path.Combine(mgo.Path, mgo.FileName));
	if (qdsi == null || !qdsi.CanCreateDataSet)
		return null;
	var qds = qdsi.CreateDataSet();
	if (qds == null)
		return null;

	// Read raster value
	int val = qds.GetValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo.RasterAttributeTable.LookupRasterValue(val);
}
|// Read GeoBase MGO quality info at a specified point
static AttributeSetPtr getQualityAttributes(DataSetPtr ds, Point p)
{
	// Get GeoBase metadata from data set
	auto dataSetInfo = ds->getDataSetInfo();
	auto profileSpecificMetadata = dataSetInfo->profileSpecificInfo();
	if (!dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
	{
		// If root node didn't have the information, get it from the child covering p
		auto children = dataSetInfo->children();
		for (DataSetInfoPtr dsi : *children)
		{
			if (dsi->bounds().inside(p))
			{
				profileSpecificMetadata = dsi->profileSpecificInfo();
				if (dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
					break;
			}
		}
	}
	if (!dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
		return nullptr;
	auto geoBaseInfo = dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get());

	// Find the MGO quality layer
	GeoBaseInfoEntryPtr mgo;
	auto qls = geoBaseInfo->qualityLayers();
	for (GeoBaseInfoEntryPtr ql : *qls)
	{
		if (ql->measureIdentification() == "MGO")
		{
			mgo = ql;
			break;
		}
	}
	if (!mgo)
		return nullptr;

	// Create dataset to read the quality data
	DataSetInfoPtr qdsi = DataSetInfo::fromFile((std::string(mgo->path().c_str()) + "/" + mgo->fileName().c_str()).c_str());
	if (!qdsi || !qdsi->canCreateDataSet())
		return nullptr;
	auto qds = qdsi->createDataSet();
	if (!qds)
		return nullptr;

	// Read raster value
	int val = qds->getValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo->rasterAttributeTable()->lookupRasterValue(val);
}
|// Read GeoBase MGO quality info at a specified point
static AttributeSet getQualityAttributes(DataSet ds, Point p)
{
	// Get GeoBase metadata from data set
	DataSetInfo dataSetInfo = ds.getDataSetInfo();
	ProfileSpecificInfo profileSpecificMetadata = dataSetInfo.getProfileSpecificInfo();
	if (!(profileSpecificMetadata instanceof GeoBaseInfo))
	{
		// If root node didn't have the information, get it from the child covering p
		for (DataSetInfo dsi : dataSetInfo.getChildren())
		{
			if (dsi.getBounds().inside(p))
			{
				profileSpecificMetadata = dsi.getProfileSpecificInfo();
				if (profileSpecificMetadata instanceof GeoBaseInfo)
					break;
			}
		}
	}
	if (!(profileSpecificMetadata instanceof GeoBaseInfo))
		return null;
	GeoBaseInfo geoBaseInfo = (GeoBaseInfo)profileSpecificMetadata;

	// Find the MGO quality layer
	GeoBaseInfoEntry mgo = null;
	for (GeoBaseInfoEntry ql : geoBaseInfo.getQualityLayers())
	{
		if (ql.getMeasureIdentification().equals("MGO"))
		{
			mgo = ql;
			break;
		}
	}
	if (mgo == null)
		return null;

	// Create dataset to read the quality data
	DataSetInfo qdsi = DataSetInfo.fromFile(mgo.getPath() + "/" + mgo.getFileName());
	if (qdsi == null || !qdsi.getCanCreateDataSet())
		return null;
	DataSet qds = qdsi.createDataSet();
	if (qds == null)
		return null;

	// Read raster value
	int val = qds.getValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo.getRasterAttributeTable().lookupRasterValue(val);
}

|

Inheritance Hierarchy

System.Object (not available in C#)
  EngineObject
    ProfileSpecificInfo
      GeoBaseInfo

Platforms

Windows, Linux, Android

GeoBaseInfo Members

The GeoBaseInfo type has the following members.

Properties

Name	Description
IsDisposed	Gets a value that tells whether the current GeoBaseInfo has been disposed. Inherited from EngineObject
NativeHandle	Gets the native Carmenta Engine kernel object the current GeoBaseInfo represents. Inherited from EngineObject
QualityLayers	Gets a collection of additional quality layers.
QualityParameters	Gets a set of single-valued quality parameters valid for the entire data set or file.

Methods

Name	Description
Clone	Creates a copy of an object. Inherited from EngineObject
Dispose	Releases the reference to the native Carmenta Engine kernel instance the EngineObject represents. Inherited from EngineObject
Equals	Determines whether this instance is equal to another. Inherited from EngineObject

GeoBaseInfo Class

A class holding metadata according to French standard GéoBase Défense Edition V2.

Syntax

C++

class GeoBaseInfo : public ProfileSpecificInfo

C++ Smart Pointer Declaration

typedef Ptr<GeoBaseInfo> GeoBaseInfoPtr;

Remarks

A GeoBaseInfo instance holds additional metadata for a data set or data file, according to the French standard GéoBase Défense, edition 2. It can be retrieved through the DataSet::getDataSetInfo method and DataSetInfo::profileSpecificInfo, if such metadata is present.

Product	Data format	Carmenta Engine data set
ORTHO2	GeoTIFF	ImageDataSet, GdalDataSet
ORTHO3	JPEG 2000	Jpeg2000DataSet
DTED1, DTED2	DTED	DtedDataSet

Only a subset of the available metadata is read. qualityParameters will contain a number of single-value quality parameters valid for the entire data set or file, whereas qualityLayers may contain one or more references to an external raster file containing a mask with associated quality values.

Example

C++

// Read GeoBase MGO quality info at a specified point
static AttributeSet getQualityAttributes(DataSet ds, Point p)
{
	// Get GeoBase metadata from data set
	var dataSetInfo = ds.GetDataSetInfo();
	var profileSpecificMetadata = dataSetInfo.ProfileSpecificInfo;
	if (!(profileSpecificMetadata is GeoBaseInfo))
	{
		// If root node didn't have the information, get it from the child covering p
		foreach (var dsi in dataSetInfo.Children)
		{
			if (dsi.Bounds.Inside(p))
			{
				profileSpecificMetadata = dsi.ProfileSpecificInfo;
				if (profileSpecificMetadata is GeoBaseInfo)
					break;
			}
		}
	}
	if (!(profileSpecificMetadata is GeoBaseInfo))
		return null;
	var geoBaseInfo = profileSpecificMetadata as GeoBaseInfo;

	// Find the MGO quality layer
	GeoBaseInfoEntry mgo = null;
	foreach (var ql in geoBaseInfo.QualityLayers)
	{
		if (ql.MeasureIdentification == "MGO")
		{
			mgo = ql;
			break;
		}
	}
	if (mgo == null)
		return null;

	// Create dataset to read the quality data
	DataSetInfo qdsi = DataSetInfo.FromFile(System.IO.Path.Combine(mgo.Path, mgo.FileName));
	if (qdsi == null || !qdsi.CanCreateDataSet)
		return null;
	var qds = qdsi.CreateDataSet();
	if (qds == null)
		return null;

	// Read raster value
	int val = qds.GetValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo.RasterAttributeTable.LookupRasterValue(val);
}
|// Read GeoBase MGO quality info at a specified point
static AttributeSetPtr getQualityAttributes(DataSetPtr ds, Point p)
{
	// Get GeoBase metadata from data set
	auto dataSetInfo = ds->getDataSetInfo();
	auto profileSpecificMetadata = dataSetInfo->profileSpecificInfo();
	if (!dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
	{
		// If root node didn't have the information, get it from the child covering p
		auto children = dataSetInfo->children();
		for (DataSetInfoPtr dsi : *children)
		{
			if (dsi->bounds().inside(p))
			{
				profileSpecificMetadata = dsi->profileSpecificInfo();
				if (dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
					break;
			}
		}
	}
	if (!dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
		return nullptr;
	auto geoBaseInfo = dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get());

	// Find the MGO quality layer
	GeoBaseInfoEntryPtr mgo;
	auto qls = geoBaseInfo->qualityLayers();
	for (GeoBaseInfoEntryPtr ql : *qls)
	{
		if (ql->measureIdentification() == "MGO")
		{
			mgo = ql;
			break;
		}
	}
	if (!mgo)
		return nullptr;

	// Create dataset to read the quality data
	DataSetInfoPtr qdsi = DataSetInfo::fromFile((std::string(mgo->path().c_str()) + "/" + mgo->fileName().c_str()).c_str());
	if (!qdsi || !qdsi->canCreateDataSet())
		return nullptr;
	auto qds = qdsi->createDataSet();
	if (!qds)
		return nullptr;

	// Read raster value
	int val = qds->getValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo->rasterAttributeTable()->lookupRasterValue(val);
}
|// Read GeoBase MGO quality info at a specified point
static AttributeSet getQualityAttributes(DataSet ds, Point p)
{
	// Get GeoBase metadata from data set
	DataSetInfo dataSetInfo = ds.getDataSetInfo();
	ProfileSpecificInfo profileSpecificMetadata = dataSetInfo.getProfileSpecificInfo();
	if (!(profileSpecificMetadata instanceof GeoBaseInfo))
	{
		// If root node didn't have the information, get it from the child covering p
		for (DataSetInfo dsi : dataSetInfo.getChildren())
		{
			if (dsi.getBounds().inside(p))
			{
				profileSpecificMetadata = dsi.getProfileSpecificInfo();
				if (profileSpecificMetadata instanceof GeoBaseInfo)
					break;
			}
		}
	}
	if (!(profileSpecificMetadata instanceof GeoBaseInfo))
		return null;
	GeoBaseInfo geoBaseInfo = (GeoBaseInfo)profileSpecificMetadata;

	// Find the MGO quality layer
	GeoBaseInfoEntry mgo = null;
	for (GeoBaseInfoEntry ql : geoBaseInfo.getQualityLayers())
	{
		if (ql.getMeasureIdentification().equals("MGO"))
		{
			mgo = ql;
			break;
		}
	}
	if (mgo == null)
		return null;

	// Create dataset to read the quality data
	DataSetInfo qdsi = DataSetInfo.fromFile(mgo.getPath() + "/" + mgo.getFileName());
	if (qdsi == null || !qdsi.getCanCreateDataSet())
		return null;
	DataSet qds = qdsi.createDataSet();
	if (qds == null)
		return null;

	// Read raster value
	int val = qds.getValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo.getRasterAttributeTable().lookupRasterValue(val);
}

|

Inheritance Hierarchy

EngineObject
ProfileSpecificInfo
GeoBaseInfo

Platforms

Windows, Linux, Android

GeoBaseInfo Members

The GeoBaseInfo type has the following members.

Properties

Name	Description
qualityLayers	Gets a collection of additional quality layers.
qualityParameters	Gets a set of single-valued quality parameters valid for the entire data set or file.

Methods

Name	Description
clone	Creates a copy of an object. Inherited from EngineObject
equals	Determines whether this instance is equal to another. Inherited from EngineObject

GeoBaseInfo Class

A class holding metadata according to French standard GéoBase Défense Edition V2.

Syntax

Java

public class GeoBaseInfo extends ProfileSpecificInfo

Remarks

A GeoBaseInfo instance holds additional metadata for a data set or data file, according to the French standard GéoBase Défense, edition 2. It can be retrieved through the DataSet.getDataSetInfo method and DataSetInfo.profileSpecificInfo, if such metadata is present.

Product	Data format	Carmenta Engine data set
ORTHO2	GeoTIFF	ImageDataSet, GdalDataSet
ORTHO3	JPEG 2000	Jpeg2000DataSet
DTED1, DTED2	DTED	DtedDataSet

Example

Java

// Read GeoBase MGO quality info at a specified point
static AttributeSet getQualityAttributes(DataSet ds, Point p)
{
	// Get GeoBase metadata from data set
	var dataSetInfo = ds.GetDataSetInfo();
	var profileSpecificMetadata = dataSetInfo.ProfileSpecificInfo;
	if (!(profileSpecificMetadata is GeoBaseInfo))
	{
		// If root node didn't have the information, get it from the child covering p
		foreach (var dsi in dataSetInfo.Children)
		{
			if (dsi.Bounds.Inside(p))
			{
				profileSpecificMetadata = dsi.ProfileSpecificInfo;
				if (profileSpecificMetadata is GeoBaseInfo)
					break;
			}
		}
	}
	if (!(profileSpecificMetadata is GeoBaseInfo))
		return null;
	var geoBaseInfo = profileSpecificMetadata as GeoBaseInfo;

	// Find the MGO quality layer
	GeoBaseInfoEntry mgo = null;
	foreach (var ql in geoBaseInfo.QualityLayers)
	{
		if (ql.MeasureIdentification == "MGO")
		{
			mgo = ql;
			break;
		}
	}
	if (mgo == null)
		return null;

	// Create dataset to read the quality data
	DataSetInfo qdsi = DataSetInfo.FromFile(System.IO.Path.Combine(mgo.Path, mgo.FileName));
	if (qdsi == null || !qdsi.CanCreateDataSet)
		return null;
	var qds = qdsi.CreateDataSet();
	if (qds == null)
		return null;

	// Read raster value
	int val = qds.GetValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo.RasterAttributeTable.LookupRasterValue(val);
}
|// Read GeoBase MGO quality info at a specified point
static AttributeSetPtr getQualityAttributes(DataSetPtr ds, Point p)
{
	// Get GeoBase metadata from data set
	auto dataSetInfo = ds->getDataSetInfo();
	auto profileSpecificMetadata = dataSetInfo->profileSpecificInfo();
	if (!dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
	{
		// If root node didn't have the information, get it from the child covering p
		auto children = dataSetInfo->children();
		for (DataSetInfoPtr dsi : *children)
		{
			if (dsi->bounds().inside(p))
			{
				profileSpecificMetadata = dsi->profileSpecificInfo();
				if (dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
					break;
			}
		}
	}
	if (!dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
		return nullptr;
	auto geoBaseInfo = dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get());

	// Find the MGO quality layer
	GeoBaseInfoEntryPtr mgo;
	auto qls = geoBaseInfo->qualityLayers();
	for (GeoBaseInfoEntryPtr ql : *qls)
	{
		if (ql->measureIdentification() == "MGO")
		{
			mgo = ql;
			break;
		}
	}
	if (!mgo)
		return nullptr;

	// Create dataset to read the quality data
	DataSetInfoPtr qdsi = DataSetInfo::fromFile((std::string(mgo->path().c_str()) + "/" + mgo->fileName().c_str()).c_str());
	if (!qdsi || !qdsi->canCreateDataSet())
		return nullptr;
	auto qds = qdsi->createDataSet();
	if (!qds)
		return nullptr;

	// Read raster value
	int val = qds->getValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo->rasterAttributeTable()->lookupRasterValue(val);
}
|// Read GeoBase MGO quality info at a specified point
static AttributeSet getQualityAttributes(DataSet ds, Point p)
{
	// Get GeoBase metadata from data set
	DataSetInfo dataSetInfo = ds.getDataSetInfo();
	ProfileSpecificInfo profileSpecificMetadata = dataSetInfo.getProfileSpecificInfo();
	if (!(profileSpecificMetadata instanceof GeoBaseInfo))
	{
		// If root node didn't have the information, get it from the child covering p
		for (DataSetInfo dsi : dataSetInfo.getChildren())
		{
			if (dsi.getBounds().inside(p))
			{
				profileSpecificMetadata = dsi.getProfileSpecificInfo();
				if (profileSpecificMetadata instanceof GeoBaseInfo)
					break;
			}
		}
	}
	if (!(profileSpecificMetadata instanceof GeoBaseInfo))
		return null;
	GeoBaseInfo geoBaseInfo = (GeoBaseInfo)profileSpecificMetadata;

	// Find the MGO quality layer
	GeoBaseInfoEntry mgo = null;
	for (GeoBaseInfoEntry ql : geoBaseInfo.getQualityLayers())
	{
		if (ql.getMeasureIdentification().equals("MGO"))
		{
			mgo = ql;
			break;
		}
	}
	if (mgo == null)
		return null;

	// Create dataset to read the quality data
	DataSetInfo qdsi = DataSetInfo.fromFile(mgo.getPath() + "/" + mgo.getFileName());
	if (qdsi == null || !qdsi.getCanCreateDataSet())
		return null;
	DataSet qds = qdsi.createDataSet();
	if (qds == null)
		return null;

	// Read raster value
	int val = qds.getValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo.getRasterAttributeTable().lookupRasterValue(val);
}

|

Inheritance Hierarchy

System::Object (not available in Java)
  EngineObject
    ProfileSpecificInfo
      GeoBaseInfo

Platforms

Windows, Linux, Android

GeoBaseInfo Members

The GeoBaseInfo type has the following members.

Properties

Name	Description
isDisposed	Gets a value that tells whether the current GeoBaseInfo has been disposed. Inherited from EngineObject
qualityLayers	Gets a collection of additional quality layers.
qualityParameters	Gets a set of single-valued quality parameters valid for the entire data set or file.

Methods

Name	Description
clone	Creates a copy of an object. Inherited from EngineObject
dispose	Releases the reference to the native Carmenta Engine kernel instance the EngineObject represents. Inherited from EngineObject
equals	Determines whether this instance is equal to another. Inherited from EngineObject

GeoBaseInfo Class

A class holding metadata according to French standard GéoBase Défense Edition V2.

Syntax

Python

class GeoBaseInfo ( ProfileSpecificInfo )

Remarks

A GeoBaseInfo instance holds additional metadata for a data set or data file, according to the French standard GéoBase Défense, edition 2. It can be retrieved through the DataSet.getDataSetInfo method and DataSetInfo.profileSpecificInfo, if such metadata is present.

Product	Data format	Carmenta Engine data set
ORTHO2	GeoTIFF	ImageDataSet, GdalDataSet
ORTHO3	JPEG 2000	Jpeg2000DataSet
DTED1, DTED2	DTED	DtedDataSet

Example

Python

// Read GeoBase MGO quality info at a specified point
static AttributeSet getQualityAttributes(DataSet ds, Point p)
{
	// Get GeoBase metadata from data set
	var dataSetInfo = ds.GetDataSetInfo();
	var profileSpecificMetadata = dataSetInfo.ProfileSpecificInfo;
	if (!(profileSpecificMetadata is GeoBaseInfo))
	{
		// If root node didn't have the information, get it from the child covering p
		foreach (var dsi in dataSetInfo.Children)
		{
			if (dsi.Bounds.Inside(p))
			{
				profileSpecificMetadata = dsi.ProfileSpecificInfo;
				if (profileSpecificMetadata is GeoBaseInfo)
					break;
			}
		}
	}
	if (!(profileSpecificMetadata is GeoBaseInfo))
		return null;
	var geoBaseInfo = profileSpecificMetadata as GeoBaseInfo;

	// Find the MGO quality layer
	GeoBaseInfoEntry mgo = null;
	foreach (var ql in geoBaseInfo.QualityLayers)
	{
		if (ql.MeasureIdentification == "MGO")
		{
			mgo = ql;
			break;
		}
	}
	if (mgo == null)
		return null;

	// Create dataset to read the quality data
	DataSetInfo qdsi = DataSetInfo.FromFile(System.IO.Path.Combine(mgo.Path, mgo.FileName));
	if (qdsi == null || !qdsi.CanCreateDataSet)
		return null;
	var qds = qdsi.CreateDataSet();
	if (qds == null)
		return null;

	// Read raster value
	int val = qds.GetValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo.RasterAttributeTable.LookupRasterValue(val);
}
|// Read GeoBase MGO quality info at a specified point
static AttributeSetPtr getQualityAttributes(DataSetPtr ds, Point p)
{
	// Get GeoBase metadata from data set
	auto dataSetInfo = ds->getDataSetInfo();
	auto profileSpecificMetadata = dataSetInfo->profileSpecificInfo();
	if (!dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
	{
		// If root node didn't have the information, get it from the child covering p
		auto children = dataSetInfo->children();
		for (DataSetInfoPtr dsi : *children)
		{
			if (dsi->bounds().inside(p))
			{
				profileSpecificMetadata = dsi->profileSpecificInfo();
				if (dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
					break;
			}
		}
	}
	if (!dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get()))
		return nullptr;
	auto geoBaseInfo = dynamic_cast<GeoBaseInfo*>(profileSpecificMetadata.get());

	// Find the MGO quality layer
	GeoBaseInfoEntryPtr mgo;
	auto qls = geoBaseInfo->qualityLayers();
	for (GeoBaseInfoEntryPtr ql : *qls)
	{
		if (ql->measureIdentification() == "MGO")
		{
			mgo = ql;
			break;
		}
	}
	if (!mgo)
		return nullptr;

	// Create dataset to read the quality data
	DataSetInfoPtr qdsi = DataSetInfo::fromFile((std::string(mgo->path().c_str()) + "/" + mgo->fileName().c_str()).c_str());
	if (!qdsi || !qdsi->canCreateDataSet())
		return nullptr;
	auto qds = qdsi->createDataSet();
	if (!qds)
		return nullptr;

	// Read raster value
	int val = qds->getValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo->rasterAttributeTable()->lookupRasterValue(val);
}
|// Read GeoBase MGO quality info at a specified point
static AttributeSet getQualityAttributes(DataSet ds, Point p)
{
	// Get GeoBase metadata from data set
	DataSetInfo dataSetInfo = ds.getDataSetInfo();
	ProfileSpecificInfo profileSpecificMetadata = dataSetInfo.getProfileSpecificInfo();
	if (!(profileSpecificMetadata instanceof GeoBaseInfo))
	{
		// If root node didn't have the information, get it from the child covering p
		for (DataSetInfo dsi : dataSetInfo.getChildren())
		{
			if (dsi.getBounds().inside(p))
			{
				profileSpecificMetadata = dsi.getProfileSpecificInfo();
				if (profileSpecificMetadata instanceof GeoBaseInfo)
					break;
			}
		}
	}
	if (!(profileSpecificMetadata instanceof GeoBaseInfo))
		return null;
	GeoBaseInfo geoBaseInfo = (GeoBaseInfo)profileSpecificMetadata;

	// Find the MGO quality layer
	GeoBaseInfoEntry mgo = null;
	for (GeoBaseInfoEntry ql : geoBaseInfo.getQualityLayers())
	{
		if (ql.getMeasureIdentification().equals("MGO"))
		{
			mgo = ql;
			break;
		}
	}
	if (mgo == null)
		return null;

	// Create dataset to read the quality data
	DataSetInfo qdsi = DataSetInfo.fromFile(mgo.getPath() + "/" + mgo.getFileName());
	if (qdsi == null || !qdsi.getCanCreateDataSet())
		return null;
	DataSet qds = qdsi.createDataSet();
	if (qds == null)
		return null;

	// Read raster value
	int val = qds.getValueAt(p);

	// Lookup raster value in raster attribute table
	return mgo.getRasterAttributeTable().lookupRasterValue(val);
}

|

Inheritance Hierarchy

EngineObject
ProfileSpecificInfo
GeoBaseInfo

Platforms

Windows, Linux, Android

GeoBaseInfo Members

The GeoBaseInfo type has the following members.

Properties

Name	Description
qualityLayers	Gets a collection of additional quality layers.
qualityParameters	Gets a set of single-valued quality parameters valid for the entire data set or file.

Methods

Name	Description
clone	Creates a copy of an object. Inherited from EngineObject
equals	Determines whether this instance is equal to another. Inherited from EngineObject

GeoBaseInfo Class

In this article

Syntax

Remarks

Example

Inheritance Hierarchy

Platforms

See Also

Reference

GeoBaseInfo Members

GeoBaseInfo Class

In this article

Syntax

Remarks

Example

Inheritance Hierarchy

Platforms

See Also

Reference

GeoBaseInfo Members

GeoBaseInfo Class

In this article

Syntax

Remarks

Example

Inheritance Hierarchy

Platforms

See Also

Reference

GeoBaseInfo Members

GeoBaseInfo Class

In this article

Syntax

Remarks

Example

Inheritance Hierarchy

Platforms

See Also

Reference

GeoBaseInfo Members