# Path: labella/vpsc.py
# class PositionStats(object):
# class Constraint(object):
# class Variable(object):
# class Block(object):
# class Blocks(object):
# class Solver(object):
#     def __init__(self, scale):
#     def addVariable(self, v):
#     def getPosn(self):
#     def __init__(self, left, right, gap, equality=None):
#     def slack(self):
#     def __repr__(self):
#     def __str__(self):
#     def __init__(self, desiredPosition, weight=None, scale=None):
#     def dfdv(self):
#     def position(self):
#     def visitNeighbours(self, prev, f):
#         def ff(c, _next):
#     def __repr__(self):
#     def __str__(self):
#     def __init__(self, v):
#     def addVariable(self, v):
#     def updateWeightedPosition(self):
#     def compute_lm(self, v, u, postAction):
#         def f(c, _next):
#     def populateSplitBlock(self, v, prev):
#         def f(c, _next):
#     def traverse(self, visit, acc, v, prev):
#         def f(c, _next):
#     def findMinLM(self):
#         def f(c):
#     def findMinLMBetween(self, lv, rv):
#         def f(x):
#         def f(c, _next):
#     def findPath(self, v, prev, to, visit):
#         def f(c, _next):
#     def isActiveDirectedPathBetween(self, u, v):
#     def split(cls, c):
#     def createSplitBlock(cls, startVar):
#     def splitBetween(self, vl, vr):
#     def mergeAcross(self, b, c, dist):
#     def cost(self):
#     def __init__(self, vs):
#     def cost(self):
#     def insert(self, b):
#     def remove(self, b):
#     def merge(self, c):
#     def forEach(self, f):
#     def updateBlockPositions(self):
#     def split(self, inactive):
#     def __init__(self, vs, cs):
#     def cost(self):
#     def setStartingPositions(self, ps):
#     def setDesiredPositions(self, ps):
#     def mostViolated(self):
#     def satisfy(self):
#     def solve(self):
#     LAGRANGIAN_TOLERANCE = -1e-4
#     ZERO_UPPERBOUND = -1e-10


import unittest
from labella import vpsc


def make_variables(variables):
    vs = []
    for var in variables:
        if isinstance(var, int):
            v = vpsc.Variable(var)
        else:

# Path: labella/vpsc.py
# class PositionStats(object):
# class Constraint(object):
# class Variable(object):
# class Block(object):
# class Blocks(object):
# class Solver(object):
#     def __init__(self, scale):
#     def addVariable(self, v):
#     def getPosn(self):
#     def __init__(self, left, right, gap, equality=None):
#     def slack(self):
#     def __repr__(self):
#     def __str__(self):
#     def __init__(self, desiredPosition, weight=None, scale=None):
#     def dfdv(self):
#     def position(self):
#     def visitNeighbours(self, prev, f):
#         def ff(c, _next):
#     def __repr__(self):
#     def __str__(self):
#     def __init__(self, v):
#     def addVariable(self, v):
#     def updateWeightedPosition(self):
#     def compute_lm(self, v, u, postAction):
#         def f(c, _next):
#     def populateSplitBlock(self, v, prev):
#         def f(c, _next):
#     def traverse(self, visit, acc, v, prev):
#         def f(c, _next):
#     def findMinLM(self):
#         def f(c):
#     def findMinLMBetween(self, lv, rv):
#         def f(x):
#         def f(c, _next):
#     def findPath(self, v, prev, to, visit):
#         def f(c, _next):
#     def isActiveDirectedPathBetween(self, u, v):
#     def split(cls, c):
#     def createSplitBlock(cls, startVar):
#     def splitBetween(self, vl, vr):
#     def mergeAcross(self, b, c, dist):
#     def cost(self):
#     def __init__(self, vs):
#     def cost(self):
#     def insert(self, b):
#     def remove(self, b):
#     def merge(self, c):
#     def forEach(self, f):
#     def updateBlockPositions(self):
#     def split(self, inactive):
#     def __init__(self, vs, cs):
#     def cost(self):
#     def setStartingPositions(self, ps):
#     def setDesiredPositions(self, ps):
#     def mostViolated(self):
#     def satisfy(self):
#     def solve(self):
#     LAGRANGIAN_TOLERANCE = -1e-4
#     ZERO_UPPERBOUND = -1e-10


# Path: tests/test_vpsc.py
import unittest
from labella import vpsc



def make_variables(variables):
    vs = []
    for var in variables:
        if isinstance(var, int):
            v = vpsc.Variable(var)
        else:

            v = vpsc.Variable(**var)