2024-heraklion-scientific-patterns/notebooks/walker/Step_2_plotting/Step_2_plotting.ipynb

In [1]:

%matplotlib inline

from walker import Walker

Simulate a trajectory¶

In [3]:

# Create a Walker instance
walker = Walker(sigma_i=3, sigma_j=4, size=200, map_type='hills')

# Sample a next step 1000 times
i, j = 100, 50
trajectory = []
for _ in range(1000):
    i, j = walker.sample_next_step(i, j)
    trajectory.append((i, j))

In [6]:

walker.plot_trajectory(trajectory)

In [7]:

walker.plot_trajectory_hexbin(trajectory)

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