No way can I make the RED flame with the HI palette. Can you help me? I attach the queue

[nicozdeb]

from threading import Condition

import cv2

from seekcamera import ( SeekCameraFrameHeader, SeekCameraManagerEvent, SeekCameraIOType, SeekCameraColorPalette, SeekCameraColorPaletteData, SeekCameraFilter, SeekCameraFilterState, SeekCameraAGCMode, SeekCameraLinearAGCLockMode, SeekCameraShutterMode, SeekCameraTemperatureUnit, SeekCameraManager, SeekCamera, SeekCameraFrameFormat, SeekFrame, ) from seekcamera.camera import ( SeekCameraFrame, SeekCameraHistEQAGCGainLimitFactorMode, SeekCameraHistEQAGCPlateauRedistributionMode)

#SeekCameraColorPalette.USER_0 = SeekCameraColorPaletteData() #for index, value in enumerate(SeekCameraColorPalette.USER_0): print(value) #SeekCameraColorPaletteData.USER_0 = (1:4), [(255, 0, 0, 0), (0, 0, 0, 0), (160, 0, 0, 0)]

class Renderer: """Contains camera and image data required to render images to the screen."""

def __init__(self):
    self.busy = False
    self.frame = SeekFrame()
    self.camera = SeekCamera()
    self.frame_condition = Condition()
    self.first_frame = True

def on_frame(_camera, camera_frame, renderer): """Async callback fired whenever a new frame is available.

Parameters
----------
_camera: SeekCamera
    Reference to the camera for which the new frame is available.
camera_frame: SeekCameraFrame
    Reference to the class encapsulating the new frame (potentially
    in multiple formats).
renderer: Renderer
    User defined data passed to the callback. This can be anything
    but in this case it is a reference to the renderer object.
"""

# Acquire the condition variable and notify the main thread
# that a new frame is ready to render. This is required since
# all rendering done by OpenCV needs to happen on the main thread.
with renderer.frame_condition:
    renderer.frame = camera_frame.color_argb8888
    renderer.frame_condition.notify()

def on_event(camera, event_type, event_status, renderer): """Async callback fired whenever a camera event occurs.

Parameters
----------
camera: SeekCamera
    Reference to the camera on which an event occurred.
event_type: SeekCameraManagerEvent
    Enumerated type indicating the type of event that occurred.
event_status: Optional[SeekCameraError]
    Optional exception type. It will be a non-None derived instance of
    SeekCameraError if the event_type is SeekCameraManagerEvent.ERROR.
renderer: Renderer
    User defined data passed to the callback. This can be anything
    but in this case it is a reference to the Renderer object.
"""
print("{}: {}".format(str(event_type), camera.chipid))

if event_type == SeekCameraManagerEvent.CONNECT:
    if renderer.busy:
        return

    # Claim the renderer.
    # This is required in case of multiple cameras.
    renderer.busy = True
    renderer.camera = camera

    # Indicate the first frame has not come in yet.
    # This is required to properly resize the rendering window.
    renderer.first_frame = True

    # Set a custom color palette.
    # Other options can set in a similar fashion.
    camera.color_palette = SeekCameraColorPalette.USER_0


    palette_data = SeekCameraColorPaletteData()

    for i in range(256):
        palette_data[i] = (i, i, i, 255)

    palette_data[125] = (160, 0, 0, 0)
    camera.color_palette = SeekCameraColorPalette.USER_0 #

    #camera.set_color_palette_data(SeekCameraColorPalette.HI, palette_data)

        #camera.set_color_palette_data(SeekCameraColorPalette.HI, palette_data) 

    # Start imaging and provide a custom callback to be called
    # every time a new frame is received.

    camera.agc_mode = SeekCameraAGCMode(0)
    camera.temperature_unit = SeekCameraTemperatureUnit.CELSIUS
    camera.termography_window = SeekCamera.thermography_window.getter(320)
    camera.plateau = SeekCameraHistEQAGCPlateauRedistributionMode.ACTIVE_BINS_ONLY
    #camera.gradient_correction_filter_state(0)
    #camera.flat_scene_correction_filter_state
    SeekCamera.shutter_trigger
    #SeekCamera.histeq_agc_trim_left.setter(100)
    #SeekCamera.histeq_agc_trim_right.setter(100)
    SeekCamera.scene_emissivity.setter(250)
    SeekCamera.thermography_window.getter(10)
    SeekCamera.thermography_offset.setter(10)

    SeekCameraFrameHeader.environment_temperature.setter(700)
    SeekCameraFrameHeader.thermography_max.setter(1000.0)
    SeekCameraFrameHeader.thermography_min.setter(3500.0)

    camera.set_filter_state = SeekCameraFilterState.DISABLED

    camera.register_frame_available_callback(on_frame, renderer)
    camera.capture_session_start(SeekCameraFrameFormat.COLOR_ARGB8888)

    camera.set_filter_state = SeekCameraFilter.GRADIENT_CORRECTION

    camera.shutter_mode = SeekCameraShutterMode.AUTO
    camera.histeq_agc_num_bins = 1

    camera.linear_agc_lock_mode = SeekCameraLinearAGCLockMode.MANUAL
    camera.linear_agc_lock_min = 2800
    camera.linear_agc_lock_max = 10000

    camera.histeq_agc_gain_limit_factor_mode = SeekCameraHistEQAGCGainLimitFactorMode.AUTO
    camera.histeq_agc_gain_limit_factor_ymin = 0.90
    camera.histeq_agc_gain_limit_factor_xmax = 5000




elif event_type == SeekCameraManagerEvent.DISCONNECT:
    # Check that the camera disconnecting is one actually associated with
    # the renderer. This is required in case of multiple cameras.
    if renderer.camera == camera:
        # Stop imaging and reset all the renderer state.
        camera.capture_session_stop()
        renderer.camera = None
        renderer.frame = None
        renderer.busy = False

elif event_type == SeekCameraManagerEvent.ERROR:
    print("{}: {}".format(str(event_status), camera.chipid))

elif event_type == SeekCameraManagerEvent.READY_TO_PAIR:
    return

def main(): window_name = "DARL 4.0 Termica by E+S AiR" cv2.namedWindow(window_name, cv2.WINDOW_NORMAL)

# Create a context structure responsible for managing all connected USB cameras.
# Cameras with other IO types can be managed by using a bitwise or of the
# SeekCameraIOType enum cases.
with SeekCameraManager(SeekCameraIOType.USB) as manager:
    # Start listening for events.
    renderer = Renderer()
    manager.register_event_callback(on_event, renderer)

    while True:
        # Wait a maximum of 150ms for each frame to be received.
        # A condition variable is used to synchronize the access to the renderer;
        # it will be notified by the user defined frame available callback thread.
        with renderer.frame_condition:
            if renderer.frame_condition.wait(150.0 / 1000.0):
                img = renderer.frame.data

                # Resize the rendering window.
                if renderer.first_frame:
                    (height, width, _) = img.shape
                    cv2.setWindowProperty(window_name, cv2.WND_PROP_FULLSCREEN, cv2.WINDOW_FULLSCREEN)
                    cv2.resizeWindow(window_name, width * 20, height * 20)
                    renderer.first_frame = False

                # Render the image to the window.
                cv2.imshow(window_name, img)

        # Process key events.
        key = cv2.waitKey(1)
        if key == ord("q"):
            break

        # Check if the window has been closed manually.
        if not cv2.getWindowProperty(window_name, cv2.WND_PROP_VISIBLE):
            break

cv2.destroyWindow(window_name)

if name == "main": main()