Fix the pipelines

test/test_ThermodynamicFields.py

-import numpy as np
-from pyTurbulence.syntheticTurbulence import compute_thermodynamic_fields
-import warnings
-
-def test_compute_thermodynamic_fields():
-    # Define test parameters
-    mean_density = 4.0
-    mean_pressure = 3.0
-    mean_temperature = 3.0
-    gamma = 1.4
-    Mt = 0.3
-    xi = gamma*Mt**2
-    case = 1
-
-    # Create a simple incompressible pressure fluctuation field
-    nx, ny, nz = 5, 5, 5
-    incompressible_pressure_fluctuations = np.random.rand(nx, ny, nz)
-
-    # Compute the thermodynamic fields
-    density, pressure, temperature = compute_thermodynamic_fields(
-        mean_density, mean_pressure, mean_temperature, 
-        incompressible_pressure_fluctuations, gamma, Mt, case
-    )
-
-    # Define the expected results for case 1
-    compressible_pressure_fluctuations = incompressible_pressure_fluctuations * xi
-    expected_density = mean_density * (1.0 + compressible_pressure_fluctuations)
-    expected_pressure = mean_pressure * (1.0 + compressible_pressure_fluctuations)
-    expected_temperature = mean_temperature * (1.0 + compressible_pressure_fluctuations)
-
-    # Test the results for case 1
-    assert np.allclose(density, expected_density, atol=1e-6), "Test failed: density does not match expected results for case 1"
-    assert np.allclose(pressure, expected_pressure, atol=1e-6), "Test failed: pressure does not match expected results for case 1"
-    assert np.allclose(temperature, expected_temperature, atol=1e-6), "Test failed: temperature does not match expected results for case 1"
-
-    # Change to case 2 and recompute
-    case = 2
-    density, pressure, temperature = compute_thermodynamic_fields(
-        mean_density, mean_pressure, mean_temperature, 
-        incompressible_pressure_fluctuations, gamma, Mt, case
-    )
-
-    # Define the expected results for case 2
-    compressible_density_fluctuations = compressible_pressure_fluctuations * Mt**2
-    compressible_temperature_fluctuations = compressible_pressure_fluctuations * Mt**2 * (gamma - 1)
-    expected_density = mean_density * (1.0 + compressible_density_fluctuations)
-    expected_pressure = mean_pressure * (1.0 + compressible_pressure_fluctuations)
-    expected_temperature = mean_temperature * (1.0 + compressible_temperature_fluctuations)
-
-    # Test the results for case 2
-    assert np.allclose(density, expected_density, atol=1e-6), "Test failed: density does not match expected results for case 2"
-    assert np.allclose(pressure, expected_pressure, atol=1e-6), "Test failed: pressure does not match expected results for case 2"
-    assert np.allclose(temperature, expected_temperature, atol=1e-6), "Test failed: temperature does not match expected results for case 2"
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