! RD: Description of *->OR starters & generators

&methods
-
Implicit Euler	| Crank-Nicolson

&helpD
-
method_EU		| method_CN  


! Starter & generator
&callD
  rd__o(o_Starter)
  rd_int1(ie_OrbitCont)      | rd_int2(cn_OrbitCont)

! Types of special points detectable along the equilibrium curve
&types
  D

! Names of classes of visible variables
&names
  Time
  *Space
  *Phase
  Par
  UserFunc

! Data structures
&dataD
  rd__o.h 	 	!starter
  rd_int1.h          | rd_int2.h

! Functional parameter to be passed to starter
! It uses vectors from standard linea algebra package
&stafuncs
  _rdalg(rd_PrintMatrix)
  =(rd_Init)
  =(rd_Term)
  =(rd_CreateMatrix)
  =(rd_DestroyMatrix)
  =(rd_CopyMatrix)
  =(rd_GetRowNum)
  =(rd_GetColNum)
  =(rd_ClearMatrix)
  =(rd_MultiplyMatrixVector)
  =(rd_AppendMatrixVector)
  =(rd_GetMatrixA)
  =(rd_GetMatrixB)
  =(rd_GetMatrixC)
  =(rd_GetMatrixDelta)
  =(rd_GetMatrixP)
  =(rd_GetMatrixFi)
  =(rd_der)
  =(rd_Solve)
  =(rd_Decomp)
  =(rd_GetMatrixData)
  =(rd_SngSolve)
  =(rd_TransposeMatrix)
  =(rd_CopyMatrixBlock)
  =(rd_CharPolyCoeffs)
  =(rd_dbalan)
  =(rd_delmhe)
  =(rd_dhqr)
  =(rd_EigenValues)
  =(rd_NormOfVector)

! Functional parameter to be passed to generator
&genfuncs
  _linalg(PrintVector)
  =(CreateVector)
  =(DestroyVector)
  =(GetVectorDim)
  =(CopyVector)
  =(ScalProd)
  =(NormOfVector)
  _rdalg(rd_NormOfVector)
  _linalg(NormalizeVector)
  =(AddScaledVector)
  =(CopyVectorElements)
  _rdalg(rd_PrintMatrix)
  =(rd_CreateMatrix)
  =(rd_DestroyMatrix)
  =(rd_CopyMatrix)
  =(rd_MultiplyMatrixVector)
  =(rd_AppendMatrixVector)
  =(rd_Solve)
  =(rd_Decomp)

! Defining function
&deffuncs
  rd__o(o_DefStadyState)
  =(o_JacDefStadyState)		! Jacobian matrix of defining function

! Test functions
&testfuncs
  rd__o(o_TestDummy)

! Proc Func
&procfuncs
  rd__o(o_ProcDefault)

! Adapter
&adapters
  rd__o(o_Adapter)

! Decoder
&trans
  rd__o(o_Decoder)