# -*- coding: utf-8 -*-
"""
Created on Wed Nov 27 12:54:16 2024

@author: atakan
"""

"""Thank you for the clarification! Let's implement a Python function that handles the three cases you described. We'll use conditional statements to determine which values are given and then perform the appropriate calculations.

Here's a Python function that handles the three cases:

```python"""
def calculate_thermodynamic_values(Q=None, m_w=None, h_w_e=None, h_w_a=None, m_s=None, h_s_e=None, h_s_a=None):
    if Q is not None and m_w is not None and h_s_a is not None:
        # Case 1: Q, m_w, and h_s_a are given
        h_w_a = h_w_e - Q / m_w
        m_s = Q / (h_s_a - h_s_e)
        return {
            'h_w_a': h_w_a,
            'm_s': m_s
        }
    elif Q is not None and h_w_a is not None and h_s_a is not None:
        # Case 2: Q, h_w_a, and h_s_a are given
        m_w = Q / (h_w_e - h_w_a)
        m_s = Q / (h_s_a - h_s_e)
        return {
            'm_w': m_w,
            'm_s': m_s
        }
    elif m_w is not None and h_w_a is not None and h_s_a is not None:
        # Case 3: m_w, h_w_a, and h_s_a are given
        Q = m_w * (h_w_e - h_w_a)
        m_s = Q / (h_s_a - h_s_e)
        return {
            'Q': Q,
            'm_s': m_s
        }
    else:
        raise ValueError("Insufficient or incorrect input values provided.")

# Example usage:
# Case 1
result_case1 = calculate_thermodynamic_values(Q=1000, m_w=5, h_w_e=200, h_s_e=150, h_s_a=300)
print("Case 1:", result_case1)

# Case 2
result_case2 = calculate_thermodynamic_values(Q=1000, h_w_e=200, h_w_a=100, h_s_e=150, h_s_a=300)
print("Case 2:", result_case2)

# Case 3
result_case3 = calculate_thermodynamic_values(m_w=5, h_w_e=200, h_w_a=100, h_s_e=150, h_s_a=300)
print("Case 3:", result_case3)
""" 

### Explanation:
1. **Case 1**: If \( Q \), \( m_w \), and \( h_{s,a} \) are given, we calculate \( h_{w,a} \) and \( m_s \).
2. **Case 2**: If \( Q \), \( h_{w,a} \), and \( h_{s,a} \) are given, we calculate \( m_w \) and \( m_s \).
3. **Case 3**: If \( m_w \), \( h_{w,a} \), and \( h_{s,a} \) are given, we calculate \( Q \) and \( m_s \).

The function returns a dictionary with the calculated values for each case. If the input values do not match any of the cases, it raises a `ValueError`.

You can adjust the example usage to fit your specific input values and test the function accordingly.
"""