Public Types | |
| typedef std::vector< SpaceTimeRef > | loci |
Public Member Functions | |
| CookieCutter (const std::string &outputDir, const std::string &outputLBName, bool realtime, const std::string &Radius, const std::string &Expiry, const std::string &Fudge, const std::string &Dilate, bool Contour, bool Min, const std::string &pathsDir, const std::string &Tilt) | |
| Algorithm constructor, called from w2cookiecutter_main with the command-line options passed in. | |
| void | processInputField (const code::Index::Record &rec) |
| void | handleEndOfRadarIndex () |
| int | readPathFiles (const std::string &inputDir) |
| bool | shouldReadFile (const std::string &fileName) |
| void | parsePath (const std::string &fileName) |
| void | testOut () |
| void | writeData (BoundingBox box, Image< float > kachunk, RadialSet *rs) |
| Get the data within the bounds from the RadialSet into an Image. | |
| SingleContourData | makeGraphicalBounds (BoundingBox box, const Angle elevation) |
| Create the contours for the box; store if you want to makethe volume cone. | |
| SingleContourData | makeGraphicalPath (std::vector< SpaceTimeRef > verticies) |
| Create the contours for the box; store if you want to makethe volume cone. | |
| std::vector< SpaceTimeRef > | getNearestVertex (SpaceTimeRef str, std::string filename, bool &reachedEnd) |
| Given the latest RadialSet, loop get the latest vertex from a path as well as all points leading up to the latest. | |
| Location | getCenterLocation (Location radar, Location vertex, Angle elevation) |
| Since we will allow the user to 'tilt' the column, we need to calculate the vertex as a function of height above ground. | |
| void | getBounds (Location radar, Location center_loc, Angle elevation, BoundingBox &box) |
| Get the boud of the box. | |
| void | getBounds (Location radar, Location center_loc, Angle elevation) |
| Get the boud of the box. | |
| std::vector< int > | getSubsetCorners (const RadialSet &rs, const Location &pt, Location &target) |
| Important method for getting the integers needed for the boundries for the subset of data we're interested in, as determined [see getTarget()] by user-defined path location, height, user-defined 'tilt', and user-defined 'dilation'. | |
| void | getData (const RadialSet &rs, std::vector< int > pts, std::string fname, Location target_loc, Location path_loc) |
| Given the RadialSet of data and the bounding integers [see getSubsetCorners()], get the actual data within the subset area. | |
| SingleContourData | getGraphicalBounds (const RadialSet &rs, std::vector< int > pts) |
| Given the RadialSet of data and the bounding integers [see getSubsetCorners()], make the graphical bounding box. | |
| void | writeOutData (std::string fname) |
| Write out the data for the subset to a .csv file in the user-defined output directory, inckuding min and max and their respective Locations/AzRangeHeights. | |
| Location | getTarget (const Location &path_loc, const Location &radar_loc, const Angle &elev) |
| Get the "target Location" which is dependent upon the user-defined 'tilt' and 'dilation' values. | |
| Length | getRadius (const Length &ht) |
| Get the increas in search radius (dilation) which is dependent upon the user-defined 'tilt' and 'dilation' values. | |
| void | writeOutGraphics (ContourData pc, Angle elev) |
| Write out the graphical bounds. | |
| void | processCone () |
| Write out the graphical bounds for VOLUME. | |
| void | writeOutRadialSet (RadialSet rs) |
| Write out the RadialSet. | |
| void | drawPath () |
| Write out the user-defind paths from the input .xml files. | |
| typedef std::vector< SpaceTimeRef > code::CookieCutter::loci |
| code::CookieCutter::CookieCutter | ( | const std::string & | outputDir, | |
| const std::string & | outputLBName, | |||
| bool | realtime, | |||
| const std::string & | Radius, | |||
| const std::string & | Expiry, | |||
| const std::string & | Fudge, | |||
| const std::string & | Dilate, | |||
| bool | Contour, | |||
| bool | Min, | |||
| const std::string & | pathsDir, | |||
| const std::string & | Tilt | |||
| ) |
Algorithm constructor, called from w2cookiecutter_main with the command-line options passed in.
| void code::CookieCutter::drawPath | ( | ) |
Write out the user-defind paths from the input .xml files.
| void code::CookieCutter::getBounds | ( | Location | radar, | |
| Location | center_loc, | |||
| Angle | elevation | |||
| ) |
Get the boud of the box.
| void code::CookieCutter::getBounds | ( | Location | radar, | |
| Location | center_loc, | |||
| Angle | elevation, | |||
| BoundingBox & | box | |||
| ) |
Get the boud of the box.
| Location code::CookieCutter::getCenterLocation | ( | Location | radar, | |
| Location | vertex, | |||
| Angle | elevation | |||
| ) |
Since we will allow the user to 'tilt' the column, we need to calculate the vertex as a function of height above ground.
| void code::CookieCutter::getData | ( | const RadialSet & | rs, | |
| std::vector< int > | pts, | |||
| std::string | fname, | |||
| Location | target_loc, | |||
| Location | path_loc | |||
| ) |
Given the RadialSet of data and the bounding integers [see getSubsetCorners()], get the actual data within the subset area.
| SingleContourData code::CookieCutter::getGraphicalBounds | ( | const RadialSet & | rs, | |
| std::vector< int > | pts | |||
| ) |
Given the RadialSet of data and the bounding integers [see getSubsetCorners()], make the graphical bounding box.
| std::vector< SpaceTimeRef > code::CookieCutter::getNearestVertex | ( | SpaceTimeRef | str, | |
| std::string | filename, | |||
| bool & | reachedEnd | |||
| ) |
Given the latest RadialSet, loop get the latest vertex from a path as well as all points leading up to the latest.
This allows for path history (aides in creating path contour.
It is assumed that the paths are increasing time order.
| Length code::CookieCutter::getRadius | ( | const Length & | ht | ) |
Get the increas in search radius (dilation) which is dependent upon the user-defined 'tilt' and 'dilation' values.
| std::vector< int > code::CookieCutter::getSubsetCorners | ( | const RadialSet & | rs, | |
| const Location & | pt, | |||
| Location & | target | |||
| ) |
Important method for getting the integers needed for the boundries for the subset of data we're interested in, as determined [see getTarget()] by user-defined path location, height, user-defined 'tilt', and user-defined 'dilation'.
| Location code::CookieCutter::getTarget | ( | const Location & | path_loc, | |
| const Location & | radar_loc, | |||
| const Angle & | elev | |||
| ) |
Get the "target Location" which is dependent upon the user-defined 'tilt' and 'dilation' values.
| void code::CookieCutter::handleEndOfRadarIndex | ( | ) | [inline] |
| SingleContourData code::CookieCutter::makeGraphicalBounds | ( | BoundingBox | box, | |
| const Angle | elevation | |||
| ) |
Create the contours for the box; store if you want to makethe volume cone.
| SingleContourData code::CookieCutter::makeGraphicalPath | ( | std::vector< SpaceTimeRef > | verticies | ) |
Create the contours for the box; store if you want to makethe volume cone.
| void code::CookieCutter::parsePath | ( | const std::string & | fileName | ) |
| void code::CookieCutter::processCone | ( | ) |
Write out the graphical bounds for VOLUME.
| void code::CookieCutter::processInputField | ( | const code::Index::Record & | rec | ) |
| int code::CookieCutter::readPathFiles | ( | const std::string & | inputDir | ) |
| bool code::CookieCutter::shouldReadFile | ( | const std::string & | fileName | ) |
| void code::CookieCutter::testOut | ( | ) |
| void code::CookieCutter::writeData | ( | BoundingBox | box, | |
| Image< float > | kachunk, | |||
| RadialSet * | rs | |||
| ) |
Get the data within the bounds from the RadialSet into an Image.
| void code::CookieCutter::writeOutData | ( | std::string | fname | ) |
Write out the data for the subset to a .csv file in the user-defined output directory, inckuding min and max and their respective Locations/AzRangeHeights.
| void code::CookieCutter::writeOutGraphics | ( | ContourData | pc, | |
| Angle | elev | |||
| ) |
Write out the graphical bounds.
| void code::CookieCutter::writeOutRadialSet | ( | RadialSet | rs | ) |
Write out the RadialSet.
1.4.7