structure containing most of the beam spot parameters More...

Public Member Functions
void	print ()
	Print BeamSpot parameters.

	SpotParam (const std::vector< double > &vals, const std::vector< double > &errs, const std::vector< std::vector< double > > &spls, int order=0)
	Constructor based output of the linear regression, assuming zero-order splines vals, errors and vector with splines - are aggregated results of linear-regression Order of variables in the vals & errs vector is the following: xVals, yVals, kXvals, kYvals, zVals.

Public Attributes
Spline	x
	spline for BS center position as a function of time (x coordinate)

Spline	y
	spline for BS center position as a function of time (y coordinate)

Spline	z
	spline for BS center position as a function of time (z coordinate)

Spline	kX
	spline for BS angle in the xz plane as a function of time

Spline	kY
	spline for BS angle in the yz plane as a function of time

Detailed Description

structure containing most of the beam spot parameters

Definition at line 70 of file BeamSpotStandAlone.cc.

Constructor & Destructor Documentation

◆ SpotParam() [1/2]

SpotParam ( )

inline

Definition at line 77 of file BeamSpotStandAlone.cc.

77{}

◆ SpotParam() [2/2]

SpotParam	(	const std::vector< double > &	vals,
		const std::vector< double > &	errs,
		const std::vector< std::vector< double > > &	spls,
		int	order = `0`
	)

inline

Constructor based output of the linear regression, assuming zero-order splines vals, errors and vector with splines - are aggregated results of linear-regression Order of variables in the vals & errs vector is the following: xVals, yVals, kXvals, kYvals, zVals.

Definition at line 98 of file BeamSpotStandAlone.cc.

    {
      auto getSize = [order](const std::vector<double>& sp) {
        if (sp.size() == 0)
          return 1;
        else {
          if (order == 0) {
            B2ASSERT("There must be least one node at this place", sp.size() >= 1);
            return int(sp.size() + 1);
          } else if (order == 1) {
            B2ASSERT("Must be at least two nodes in lin. spline", sp.size() >= 2);
            return int(sp.size());
          } else {
            B2FATAL("Unknown order");
          }
        }
      };
 
      int nx  = getSize(spls[0]);
      int ny  = getSize(spls[1]);
      x.nodes  = spls[0];
      y.nodes  = spls[1];
      x.vals   = slice(vals, 0, nx);
      y.vals   = slice(vals, nx, ny);
      x.errs   = slice(errs, 0, nx);
      y.errs   = slice(errs, nx, ny);
 
      if (spls.size() >= 4) {
        int nkx = getSize(spls[2]);
        int nky = getSize(spls[3]);
        kX.nodes = spls[2];
        kY.nodes = spls[3];
        kX.vals  = slice(vals, nx + ny, nkx);
        kY.vals  = slice(vals, nx + ny + nkx, nky);
 
        kX.errs  = slice(errs, nx + ny, nkx);
        kY.errs  = slice(errs, nx + ny + nkx, nky);
 
        if (spls.size() >= 5) {
          int nz = getSize(spls[4]);
          z.nodes  = spls[4];
          z.vals  = slice(vals, nx + ny + nkx + nky, nz);
          z.errs  = slice(errs, nx + ny + nkx + nky, nz);
        }
      }
    }

Member Function Documentation

◆ print()

void print ( )

inline

Print BeamSpot parameters.

Definition at line 80 of file BeamSpotStandAlone.cc.

    {
      B2INFO("x");
      x.print();
      B2INFO("y");
      y.print();
      B2INFO("z");
      z.print();
      B2INFO("kX");
      kX.print();
      B2INFO("kY");
      kY.print();
    }