# Path: tracker/association.py
# def normpdf(x, m, v):
# def lossfunction(tr, sub):
# def lossfunction__old1(tr, sub):
# def globallossfunction(tr, sub):
# def assignsubjecttonewtrack(sub):
# def assignsubjecttoexistingtrack(tr, sub):
# def postproc(loss, threshold):
# def hungarianassociation(loss, distance, threshold):
# def getnotassociatedindex(len_sub, len_tr, del_tr, del_sub):
# def trackmerge(tr, new_tr_copy, non_tr, loss, threshold, res):
# def tracksplit(new_tr, sub, threshold):
# def printtracks(tr):
# def trackupdate(tr, sub, res, loss, threshold):
# def pfdiffussion(tr):
# def pfupdate(tr):
# def alternativeAssociation(loss, distance, threshold, tr, res):
# def associatetracksubject(tr, sub):
# 
# Path: tracker/group.py
# def gettrackcircles(tracks):
# def checkoverlap(x1, y1, r1, x2, y2, r2):
# def checkbelonging(index, jj):
# def getcircleintersections(circles, tr):  # Might be Cython meat 
# def findoverlappingcircles(tracks):
# def checkforgroup(tracks):
# 
# Path: var/variables.py
# class Variables(object):


from tracker import association
from tracker import group
from tracker import variables

    return tracks


def associatetrackssubjects(tracks, subjects):

    new_tracks = []

    for ii in range(len(tracks)):

        track = association.associatetracksubject(tracks[ii], subjects[ii])
        new_tracks.append(track)

    return new_tracks


def checkforgroups(tracks):

    new_tracks = []

    for ii in range(len(tracks)):

        track = group.checkforgroup(tracks[ii])
        new_tracks.append(track)

    return new_tracks


def trackerprocess(tracks, subjects):


# Path: tracker/association.py
# def normpdf(x, m, v):
# def lossfunction(tr, sub):
# def lossfunction__old1(tr, sub):
# def globallossfunction(tr, sub):
# def assignsubjecttonewtrack(sub):
# def assignsubjecttoexistingtrack(tr, sub):
# def postproc(loss, threshold):
# def hungarianassociation(loss, distance, threshold):
# def getnotassociatedindex(len_sub, len_tr, del_tr, del_sub):
# def trackmerge(tr, new_tr_copy, non_tr, loss, threshold, res):
# def tracksplit(new_tr, sub, threshold):
# def printtracks(tr):
# def trackupdate(tr, sub, res, loss, threshold):
# def pfdiffussion(tr):
# def pfupdate(tr):
# def alternativeAssociation(loss, distance, threshold, tr, res):
# def associatetracksubject(tr, sub):
# 
# Path: tracker/group.py
# def gettrackcircles(tracks):
# def checkoverlap(x1, y1, r1, x2, y2, r2):
# def checkbelonging(index, jj):
# def getcircleintersections(circles, tr):  # Might be Cython meat 
# def findoverlappingcircles(tracks):
# def checkforgroup(tracks):
# 
# Path: var/variables.py
# class Variables(object):


# Path: tracker/trackerprocess.py
from tracker import association
from tracker import group
from tracker import variables


    return tracks


def associatetrackssubjects(tracks, subjects):

    new_tracks = []

    for ii in range(len(tracks)):

        track = association.associatetracksubject(tracks[ii], subjects[ii])
        new_tracks.append(track)

    return new_tracks


def checkforgroups(tracks):

    new_tracks = []

    for ii in range(len(tracks)):

        track = group.checkforgroup(tracks[ii])
        new_tracks.append(track)

    return new_tracks


def trackerprocess(tracks, subjects):


    tracks = associatetrackssubjects(tracks, subjects)