[[0.99782705 0.99782705 0.99782705 0.99782705 0.99782705 0.99782705
  0.99782705 0.99782705 0.99782705]
 [0.99782705 0.99782705 0.99782705 0.99782705 0.99782705 0.99782705
  0.99782705 0.99782705 0.99782705]
 [0.99782705 0.99782705 0.99782705 0.99782705 0.99782705 0.99782705
  0.99782705 0.99782705 0.99782705]
 [0.99782705 0.99782705 0.99782705 0.99782705 0.99782705 0.99782705
  0.99782705 0.99782705 0.99782705]
 [0.99782705 0.99782705 0.99782705 0.99782705 0.99782705 0.99782705
  0.99919313 0.99782705 0.99782705]
 [0.99782705 0.99782705 0.99782705 0.99782705 0.99782705 0.99782705
  1.         0.99782705 0.99782705]
 [0.99782705 0.99782705 0.99782705 0.99782705 0.99782705 0.99782705
  0.99782705 0.99782705 0.99782705]
 [0.99782705 0.99782705 0.99782705 0.99782705 0.99782705 0.99782705
  0.99782705 0.99782705 0.99782705]
 [0.99782705 0.99782705 0.99782705 0.99782705 0.99782705 0.99782705
  0.99782705 0.99782705 0.99782705]]

img = cv2.imread(image_path)
heatmap = cv2.resize(heatmap, (img.shape[1], img.shape[0]))

heatmap = cv2.applyColorMap(np.uint8(255 * heatmap), cv2.COLORMAP_JET)
superimposed = heatmap * 0.4 + img