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I am working with a Allied Vision Color Camera and I am trying to capture Color Images. I am using the following Code to create a Image:

import pymba
import numpy
import cv2
import time
import os

Camera = None
Vimba = None
ID = "myID"

def GetCamera():
 '''
 Applies the Singleton pattern to create unique vimba and camera instances.
 Thus those are only once created.
 '''
 global ID
 global Camera
 global Vimba
 if Camera is None:
 # Create vimba instance
 Vimba = pymba.Vimba()
 # Startup vimba
 Vimba.startup()
 # Get system object
 System = Vimba.getSystem()
 # Discover cameras
 if System.GeVTLIsPresent:
 System.runFeatureCommand("GeVDiscoveryAllOnce")
 time.sleep(0.200)
 # Assign camera
 Camera = Vimba.getCamera(ID)
 # Open camera
 Camera.openCamera()
 # Set acquisition modes
 Camera.AcquisitionMode = "Continuous"
 return Camera


def Shutdown():
 '''
 tears down the component
 '''
 global Vimba
 if Vimba is not None:
 Vimba.shutdown()


def Snapshot():
 '''
 Uses the global camera object to generate a new image.
 '''
 Camera = GetCamera()
 # Start capture
 Camera.startCapture()
 # Assign frames
 Frames = [Camera.getFrame() for _ in range(1)]
 # Iterate each frame
 for Frame in Frames:
 # Announce frame
 Frame.announceFrame()
 # Queue frame capture
 Frame.queueFrameCapture()
 # Acquisition
 Camera.runFeatureCommand("AcquisitionStart")
 time.sleep(0.500)
 Camera.runFeatureCommand("AcquisitionStop")
 # Wait for frame buffer
 Frame.waitFrameCapture()
 # Convert image
 Image = numpy.ndarray(buffer=Frame.getBufferByteData(),
 dtype=numpy.uint8,
 shape=(Frame.height, Frame.width, 1)
 )
 cv2.imshow("example", Image)
 cv2.waitKey(0)
 # Cleanup
 Camera.endCapture()
 Camera.revokeAllFrames()

Snapshot()

This creates a grayscale image and setting the shape to (Frame.height, Frame.width, 3) will cause an error (as the buffer is too big). Can somebody please provide me example code for generating a color image. I do not want to convert the grayscale to rgb using opencv. I want the original camera image (that is actually colored)