import math

# Fill the number of samples
num_points = 1000

# Calculate the step size
step_size = 2 * math.pi / num_points

# Initialize the lookup table
sine_lookup_table = []

# Generate the sine wave values and fill the lookup table
for i in range(num_points):
    # Calculate the sine value
    sine_value = math.sin(i * step_size)
    
    # Scale the sine value to fit within the 12-bit range (0 to 4095)
    # for 10bit replace with 511.5
    # for 12 bit replace with 2147.5
    # for 15 bit 16383.5
    scaled_value = int((sine_value + 1) * 16383.5)
    
    # Append the scaled value to the lookup table
    sine_lookup_table.append(scaled_value)

# Print the sine wave lookup table
print(sine_lookup_table)