Loading isis/src/control/objs/ControlNetVersioner/ControlNetVersioner.h +9 −9 Original line number Diff line number Diff line Loading @@ -114,7 +114,7 @@ namespace Isis { * </ol> * </li> * <li>Write a Pvl header into the original blank header at the start of the * file. This header contains a flag indicating the network is a * file. This header contains: a flag indicating the network is a * protobuf formatted network, the version of the format, the byte * offset and size of the protobuf header, the byte offset and * size of the block of protobuf control points, and general Loading Loading @@ -186,7 +186,7 @@ namespace Isis { * * <h3>Control Network File Format History</h3> * * Prior to the creation of this versioning class, which was release with * Prior to the creation of this versioning class, which was released with * ISIS 3.2.2, all control network files were Pvl formatted text files. * Reading and writing these files was handled by the ControlNet, ControlPoint, * and ControlMeasure classes. As the file format was changed, those Loading Loading @@ -243,18 +243,18 @@ namespace Isis { * <ol> * <li> * <em>Pvl File Header:</em> The file starts with a Pvl formatted header * that contains offsets to the binary components of the file. This * header may also contain general information about the control network. * This information is only for user reference is not used when reading * the file. * that contains offsets to the binary components of the file and the * version number of the file. This header may also contain general * information about the control network that is only for user reference * is not used when reading the file. * </li> * <li> * <em>Protobuf Core:</em> After the Pvl header is the protobuf core that * contains the majority of the network data. This is a hierarchical * structure with general network information such as the network * description at the top level. Below that is the control point * information. Lastly, is the control measure information. This * structure is defined by <em>ControlNetFileProtoV0001.proto</em>. * information. The lowest level contains the control measure information. * This structure is defined by <em>ControlNetFileProtoV0001.proto</em>. * </li> * <li> * <em>Protobuf Log Data:</em> The final component of the file contains Loading Loading @@ -301,7 +301,7 @@ namespace Isis { * the Protobuf Core which contains all of the control point and control * measure information. This is structured as consecutive protobuf * messages where each message contains all of the information for a * control point and its control measures. Because, protobuf messages * control point and its control measures. Because protobuf messages * are not self-delimiting, the size of each message must be known prior * to parsing the Protobuf Core. The control point messages are defined * by <em>ControlPointFileEntryV0002.proto</em>. Loading isis/src/control/objs/ControlNetVersioner/ControlPointV0002.h +3 −3 Original line number Diff line number Diff line Loading @@ -95,11 +95,11 @@ namespace Isis { * ground point in meters</li> * <li><em>AdjustedZ:</em> The body fixed Z coordinate of the adjusted * ground point in meters</li> * <li><em>LatitudeConstrained:</em> If the latitude of the grount point * <li><em>LatitudeConstrained:</em> If the latitude of the ground point * is constrained</li> * <li><em>LongitudeConstrained:</em> If the longitude of the grount point * <li><em>LongitudeConstrained:</em> If the longitude of the ground point * is constrained</li> * <li><em>RadiusConstrained:</em> If the radius of the grount point * <li><em>RadiusConstrained:</em> If the radius of the ground point * is constrained</li> * <li><em>PointType:</em> What type of point it is. Options: * <ul> Loading isis/src/control/objs/ControlNetVersioner/ControlPointV0003.h +5 −5 Original line number Diff line number Diff line Loading @@ -41,8 +41,8 @@ namespace Isis { * * The version 3 and 4 binary serialization of ControlPoint use the same protobuf message, so * this class works with both versions. The difference between the version 3 and 4 Pvl * serializations is changing Ground and Tie points to Fixed and Free respectively. This i * sufficiently minor that it is handled in the pvl constructor. * serializations is Ground and Tie points were renamed to Fixed and Free respectively. * This is sufficiently minor that it is handled in the pvl constructor. * * In the Pvl format, control points are represented by objects contained in the * ControlNetwork object. Control measures are represented by groups Loading Loading @@ -96,11 +96,11 @@ namespace Isis { * ground point in meters</li> * <li><em>AdjustedZ:</em> The body fixed Z coordinate of the adjusted * ground point in meters</li> * <li><em>LatitudeConstrained:</em> If the latitude of the grount point * <li><em>LatitudeConstrained:</em> If the latitude of the ground point * is constrained</li> * <li><em>LongitudeConstrained:</em> If the longitude of the grount point * <li><em>LongitudeConstrained:</em> If the longitude of the ground point * is constrained</li> * <li><em>RadiusConstrained:</em> If the radius of the grount point * <li><em>RadiusConstrained:</em> If the radius of the ground point * is constrained</li> * <li><em>PointType:</em> What type of point it is. Options: * <ul> Loading Loading
isis/src/control/objs/ControlNetVersioner/ControlNetVersioner.h +9 −9 Original line number Diff line number Diff line Loading @@ -114,7 +114,7 @@ namespace Isis { * </ol> * </li> * <li>Write a Pvl header into the original blank header at the start of the * file. This header contains a flag indicating the network is a * file. This header contains: a flag indicating the network is a * protobuf formatted network, the version of the format, the byte * offset and size of the protobuf header, the byte offset and * size of the block of protobuf control points, and general Loading Loading @@ -186,7 +186,7 @@ namespace Isis { * * <h3>Control Network File Format History</h3> * * Prior to the creation of this versioning class, which was release with * Prior to the creation of this versioning class, which was released with * ISIS 3.2.2, all control network files were Pvl formatted text files. * Reading and writing these files was handled by the ControlNet, ControlPoint, * and ControlMeasure classes. As the file format was changed, those Loading Loading @@ -243,18 +243,18 @@ namespace Isis { * <ol> * <li> * <em>Pvl File Header:</em> The file starts with a Pvl formatted header * that contains offsets to the binary components of the file. This * header may also contain general information about the control network. * This information is only for user reference is not used when reading * the file. * that contains offsets to the binary components of the file and the * version number of the file. This header may also contain general * information about the control network that is only for user reference * is not used when reading the file. * </li> * <li> * <em>Protobuf Core:</em> After the Pvl header is the protobuf core that * contains the majority of the network data. This is a hierarchical * structure with general network information such as the network * description at the top level. Below that is the control point * information. Lastly, is the control measure information. This * structure is defined by <em>ControlNetFileProtoV0001.proto</em>. * information. The lowest level contains the control measure information. * This structure is defined by <em>ControlNetFileProtoV0001.proto</em>. * </li> * <li> * <em>Protobuf Log Data:</em> The final component of the file contains Loading Loading @@ -301,7 +301,7 @@ namespace Isis { * the Protobuf Core which contains all of the control point and control * measure information. This is structured as consecutive protobuf * messages where each message contains all of the information for a * control point and its control measures. Because, protobuf messages * control point and its control measures. Because protobuf messages * are not self-delimiting, the size of each message must be known prior * to parsing the Protobuf Core. The control point messages are defined * by <em>ControlPointFileEntryV0002.proto</em>. Loading
isis/src/control/objs/ControlNetVersioner/ControlPointV0002.h +3 −3 Original line number Diff line number Diff line Loading @@ -95,11 +95,11 @@ namespace Isis { * ground point in meters</li> * <li><em>AdjustedZ:</em> The body fixed Z coordinate of the adjusted * ground point in meters</li> * <li><em>LatitudeConstrained:</em> If the latitude of the grount point * <li><em>LatitudeConstrained:</em> If the latitude of the ground point * is constrained</li> * <li><em>LongitudeConstrained:</em> If the longitude of the grount point * <li><em>LongitudeConstrained:</em> If the longitude of the ground point * is constrained</li> * <li><em>RadiusConstrained:</em> If the radius of the grount point * <li><em>RadiusConstrained:</em> If the radius of the ground point * is constrained</li> * <li><em>PointType:</em> What type of point it is. Options: * <ul> Loading
isis/src/control/objs/ControlNetVersioner/ControlPointV0003.h +5 −5 Original line number Diff line number Diff line Loading @@ -41,8 +41,8 @@ namespace Isis { * * The version 3 and 4 binary serialization of ControlPoint use the same protobuf message, so * this class works with both versions. The difference between the version 3 and 4 Pvl * serializations is changing Ground and Tie points to Fixed and Free respectively. This i * sufficiently minor that it is handled in the pvl constructor. * serializations is Ground and Tie points were renamed to Fixed and Free respectively. * This is sufficiently minor that it is handled in the pvl constructor. * * In the Pvl format, control points are represented by objects contained in the * ControlNetwork object. Control measures are represented by groups Loading Loading @@ -96,11 +96,11 @@ namespace Isis { * ground point in meters</li> * <li><em>AdjustedZ:</em> The body fixed Z coordinate of the adjusted * ground point in meters</li> * <li><em>LatitudeConstrained:</em> If the latitude of the grount point * <li><em>LatitudeConstrained:</em> If the latitude of the ground point * is constrained</li> * <li><em>LongitudeConstrained:</em> If the longitude of the grount point * <li><em>LongitudeConstrained:</em> If the longitude of the ground point * is constrained</li> * <li><em>RadiusConstrained:</em> If the radius of the grount point * <li><em>RadiusConstrained:</em> If the radius of the ground point * is constrained</li> * <li><em>PointType:</em> What type of point it is. Options: * <ul> Loading