Attributes#

class deapi.Attributes(center_x: int = 0, center_y: int = 0, zoom: float = 1.0, window_width: int = 0, window_height: int = 0, fft: bool = False, linear_stretch: bool = False, stretch_type: int = ContrastStretchType.NONE, manual_stretch_min: float = 0.0, manual_stretch_max: float = 0.0, manual_stretch_gamma: float = 1.0, outlier_percentage: float = 2.0, buffered: bool = False, timeout_msec: float = -1, frame_width: int = 0, frame_height: int = 0, dataset_name: str = None, acq_index: int = 0, acq_finished: bool = False, image_index: int = 0, frame_count: int = 0, image_min: float = 0, image_max: float = 0, image_mean: float = 0, image_std: float = 0, eppix: float = 0, eps: float = 0, eppixps: float = 0, epa2: float = 0, eppixpf=0, red_sat_warning_value=0, orange_sat_warning_value=0, eppix_incident=0, eps_incident=0, eppixps_incident=0, epa2_incident=0, eppixpf_incident=0, under_exposure_rate=0, over_exposure_rate=0, timestamp=0, auto_stretch_min=0.0, auto_stretch_max=0.0, auto_stretch_gamma=1.0, saturation=0.0)#

Bases: object

Class to hold attributes for getting the result of an image acquisition

Parameters:
  • center_x (float, optional) – Center x coordinate of the image

  • center_y (float, optional) – Center y coordinate of the image

  • zoom (float, optional) – Zoom level of the image

  • window_width (int, optional) – Width of the window in pixels

  • window_height (int, optional) – Height of the window in pixels

  • fft (bool, optional) – Whether the image is in Fourier space

  • linear_stretch (bool, optional) – Whether to apply linear stretching to the image

  • stretch_type (int, optional) – Type of contrast stretching to apply

  • manual_stretch_min (float, optional) – Minimum value for manual contrast stretching

  • manual_stretch_max (float, optional) – Maximum value for manual contrast stretching

  • manual_stretch_gamma (float, optional) – Gamma value for manual contrast stretching

Methods

Examples using Attributes#

Monitoring Bright Spot Intensity

Monitoring Bright Spot Intensity

Taking an Image every 10 seconds

Taking an Image every 10 seconds

Viewing the Sensor in TEM Mode

Viewing the Sensor in TEM Mode