model for solving the weber problem using soco. More...
Go to the source code of this file.
Functions | |
def | weber (I, x, y, w) |
def | make_data (n, m) |
def | weber_MS (I, J, x, y, w) |
Variables | |
int | n = 7 |
int | m = 1 |
I | |
J | |
x | |
y | |
w | |
model = weber(I,x,y,w) | |
X | |
Y | |
z | |
G = NX.Graph() | |
dictionary | position = {} |
pos | |
node_size | |
node_color | |
nodelist | |
alpha | |
int | EPS = 1 |
list | edges = [(i,j) for (i,j) in z if model.getVal(z[i,j]) > EPS] |
model for solving the weber problem using soco.
Definition in file weber_soco.py.
def weber_soco.make_data | ( | n, | |
m | |||
) |
creates example data set
Definition at line 40 of file weber_soco.py.
def weber_soco.weber | ( | I, | |
x, | |||
y, | |||
w | |||
) |
weber: model for solving the single source weber problem using soco. Parameters: - I: set of customers - x[i]: x position of customer i - y[i]: y position of customer i - w[i]: weight of customer i Returns a model, ready to be solved.
Definition at line 8 of file weber_soco.py.
def weber_soco.weber_MS | ( | I, | |
J, | |||
x, | |||
y, | |||
w | |||
) |
weber -- model for solving the weber problem using soco (multiple source version). Parameters: - I: set of customers - J: set of potential facilities - x[i]: x position of customer i - y[i]: y position of customer i - w[i]: weight of customer i Returns a model, ready to be solved.
Definition at line 100 of file weber_soco.py.