# -*- python -*-
#
#       OpenAlea.Core.Library: OpenAlea Core Library module
#
#       Copyright 2006-2023 INRIA - CIRAD - INRA  
#
#       File author(s): BOUDON Frederic <frederic.boudon@cirad.fr>
#                       Da SILVA David <david.da_silva@cirad.fr>
#
#       Distributed under the Cecill-C License.
#       See accompanying file LICENSE.txt or copy at
#           http://www.cecill.info/licences/Licence_CeCILL-C_V1-en.html
# 
#       OpenAlea WebSite : http://openalea.gforge.inria.fr
#
"""Set of spatial distribution for stands"""

__license__ = "Cecill-C"
__revision__ = " $Id$"

from openalea.core import *
#from scipy import stats
#import random


#------------ Associating spatial distribution ------------------#

def position_mapping(objList = [], ptX = [], ptY =[] ):
    assert ( len(objList) == len(ptX) and len(objList) == len(ptY) 
             and "coordinates and objects should have the same length" ) 
  
    for i in range( len( objList ) ) :
        objList[i].posX = ptX[i]
        objList[i].posY = ptY[i]

    return (objList, )

def best_position_mapping( objList = [], pts_distrib = [] ):
    pass

def best_position_mapping_with_radius_deform( objList = [], pts_distrib = [] ):
    pass

def gibbs( objList = [], pts_distrib = [] ):
    pass

def stand_positioner( objList = [], ptX = [], ptY = [], 
                      type='Position mapping (PM)', params = None):
    if type == 'Position mapping (PM)':
        return position_mapping(objList, ptX, ptY)
    elif type == 'Best PM':
        print('Best Position mapping not implemented')
    elif type == 'Best PM with radius deformation':
        print('Best PM with radius deformation not implemented')
    elif type == 'Gibbs':
        print('Gibbs not implemented')


#---------------- Associating geometry --------------------------#

def stand_dresser(objList=[], dresser=None):
    scene = []
    if dresser != None :
        for obj in objList :
            shList = dresser.__call__(obj)
        for sh in shList :
            scene.append(sh)
    else:
        raise ValueError("No Dresser")
    return (scene, )