app.py

import numpy as np
from thermal_parser import *

# Initialize the Thermal object
thermal = Thermal(dtype=np.float32)

# Parse the image to get the temperature array
temperature = thermal.parse(filepath_image='images/M3T/DJI_0001_R.JPG')

# Print the temperature array (optional, for debugging)
print(temperature)

# Check if the temperature is an instance of np.ndarray
test = isinstance(temperature, np.ndarray)
print(test)
assert isinstance(temperature, np.ndarray)

# Find and print the min and max temperatures
min_temp = np.min(temperature)
max_temp = np.max(temperature)

print(f"Min temperature: {min_temp}")
print(f"Max temperature: {max_temp}")
print(f"Shape: {temperature.shape}")

# Specify the pixel coordinates
x = 640  # replace with your desired x-coordinate
y = 0  # replace with your desired y-coordinate

# Check if the coordinates are within the valid range
if 0 <= y < 512 and 0 <= x < 640:
    # Get the temperature at the specified pixel
    pixel_temp = temperature[y, x]
    print(f"Temperature at pixel ({x}, {y}): {pixel_temp}")
else:
    print(f"Pixel coordinates ({x}, {y}) are out of bounds.")