! Description of *->FP starters & generators

! Starter & generator
&callFP   	! FP - type of initial point
  m__fp(fp_Starter)
  _conti(CurveCont)
&callO
  m__fp(o_fp_Starter)
  _conti(CurveCont)
&callLP
  m__fp(fp_Starter)
  _conti(CurveCont)
&callPD
  m__fp(pd_fp_Starter)
  _conti(CurveCont)
&callNS
  m__fp(fp_Starter)
  _conti(CurveCont)
&callBP
  m__fp(bp_fp_Starter)
  _conti(CurveCont)

! Types of special points detectable along the fixed point curve
&types
  BP   0 - - -
  LP   1 0 - -
  PD   - - 0 -
  NS   - - - 0
  FP   - - - -

! Names of classes of visible variables
&names
  Time
  Phase
  Par
  TestFp-
  UserFunc-
  StdFunc-
  Mult-

! Data structures
&dataFP		! FP - type of initial point
  m__fp.h fp	!starter
  _conti.h	!generator
&dataO
  m__fp.h o	!starter
  _conti.h	!generator
&dataLP
  m__fp.h lp	!starter
  _conti.h	!generator
&dataPD
  m__fp.h pd	!starter
  _conti.h	!generator
&dataNS
  m__fp.h ns	!starter
  _conti.h	!generator
&dataBP
  m__fp.h bp	!starter
  _conti.h	!generator

! Functional parameter to be passed to starter
! It uses standard linea algebra package -
! see file CrvTypes.con

! Functional parameter to be passed to generator
&genfuncs
  _linalg(PrintVector)
  =(CreateVector)
  =(DestroyVector)
  =(GetVectorDim)
  =(CopyVector)
  =(ScalProd)
  =(NormOfVector)
  =(NormalizeVector)
  =(AddScaledVector)
  =(CopyVectorElements)
  =(PrintMatrix)
  =(CreateMatrix)
  =(DestroyMatrix)
  =(CopyMatrix)
  =(MultiplyMatrixVector)
  =(AppendMatrixVector)
  =(Solve)
  =(Decomp)

! Defining function
&deffuncs
  m__fp(fp_DefFixedPoint)
  =(fp_JacDefFixedPoint)

! Test functions
&testfuncs
  m__fp(fp_TestBranching)
  =(fp_TestFold)
  =(fp_TestPD)
  =(fp_TestNS)

! Proc Func
&procfuncs
  m__fp(fp_ProcDefault)
  =(fp_ProcBranching)
  =(fp_ProcFold)
  =(fp_ProcPD)
  =(fp_ProcNS)

! Adapter
&adapters
  m__fp(fp_Adapter)

! Decoder
&trans
  m__fp(fp_Decoder)