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gastro
0.1.0
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The class that implements the relations between MeasuredStar and FittedStar. More...
#include <associations.h>
Public Member Functions | |
| void | AssignMags () |
| Associations (const CatalogLoader &LoadIt=*CatalogLoader::DefaultCatalogLoader) | |
| Constructor. The user provides the routine that will turn the input catalog into a MeasuredStarList. More... | |
| void | SetCommonTangentPoint (const Point &CommonTangentPoint) |
| Sets a tangent point (reasonably centered for the input image set). | |
| Point | CommonTangentPoint () const |
| can be used to project sidereal coordinates related to the image set on a plane. | |
| bool | AddImage (const std::string &ReducedImageName) |
| actually imports the catalog and turns it into a MeasuredStarList using the provided "loader". | |
| bool | AddImage (const ReducedImage &Ri) |
| same as above | |
| void | AssociateCatalogs (const double MatchCutInArcSec=0, const bool UseFittedList=false, const bool EnlargeFittedList=true) |
| incrementaly builds a merged catalog of all image catalogs | |
| void | RefitWCSs (const unsigned Order) |
| refit (independentlyy) all WCSs using the current fittedStarList More... | |
| void | CollectRefStars (const bool ProjectOnTP=true) |
| Collect stars form an external reference catalog (USNO-A by default) that match the FittedStarList. Optionally project these RefStar s on the tangent plane defined by the CommonTangentPoint(). | |
| void | CollectMCStars (int realization=-1) |
| This is Monte-Carlo stuff – to remove this from associations the Association class should provide us w/ iterators and acceptors that way, all the MC stuff could be removed. | |
| void | CollectPhotometricRefStars (std::string const &catalogname) |
| This method associates the catalogs with an external catalog of photometric ref stars. | |
| void | AssociatePhotometricRefStars (double MatchCutInArcSec) |
| unsigned int | GetNbAssociatedPhotometricRefStars () const |
| void | DeprojectFittedStars () |
| Sends back the fitted stars coordinates on the sky FittedStarsList::inTangentPlaneCoordinates keeps track of that. | |
| void | SetFittedStarColors (std::string DicStarListName, std::string Color, const double &MatchCutArcSec) |
| Set the color field of FittedStar 's from a colored catalog. | |
| void | SelectFittedStars () |
| apply cuts (mainly number of measurements) on potential FittedStars | |
| void | RefineFittedStars () |
| void | check_refcounts () |
| void | PrintStats () const |
| const CcdImageList & | TheCcdImageList () const |
| void | SetFittedStarList (const FittedStarList &L) |
| void | AssignIndexes () |
| unsigned int | NShoots () const |
| unsigned | NBands () const |
| Number of different bands in the input image list. Not implemented so far. | |
Public Attributes | |
| StringList | imageNames |
| CcdImageList | ccdImageList |
| RefStarList | refStarList |
| RefStarList | photRefStarList |
| FittedStarList | fittedStarList |
| Point | commonTangentPoint |
| const CatalogLoader * | load_it |
The class that implements the relations between MeasuredStar and FittedStar.
| Associations::Associations | ( | const CatalogLoader & | LoadIt = *CatalogLoader::DefaultCatalogLoader | ) |
Constructor. The user provides the routine that will turn the input catalog into a MeasuredStarList.
We should probably consider a different design and let the used just take care of that.
| void Associations::RefitWCSs | ( | const unsigned | Order | ) |
refit (independentlyy) all WCSs using the current fittedStarList
uses the MeasuredStar -> FittedStar association as it is now to refit the image WCSs. useful after a global fit to refine WCSs before rerunning associations
1.8.6
