ADOBE MEDIA ENCODER CC 2014 CRACK PC

click pupil in the global view to autothreshold (Host or Display PC).adjust camera angle and position to get a good view of the eye(s).- ensure you have the correct lens and camera angle for the type of tracking you wish to perform (monocular, binocular or remote).center the Desktop Mount at the bottom of the display as high in the field of view as possible without occluding the display.set the height of the chair and chinrest so your subject is comfortably seated and looking at the top of the display.-if cautious or troubleshooting, check the setup by asking the subject to look at four corners while monitoring threshold quality at all positions.autothreshold and if necessary, adjust pupil and CR thresholds.focus the camera - minimize size of yellow CR circle.click pupil in the global view to autothreshold (Host Display PC).adjust the mirror angle to get a good view of the eye, or to avoid glasses reflections adjusting chin position may help too.set the eye-selection knob to track the dominant eye.-never adjust the Tower Mount with subject’s head in place.set the height of the chair, chinrest and Tower Mount so your subject is comfortably seated and looking at the top of the display.

ADOBE MEDIA ENCODER CC 2014 CRACK PC

The Host PC Application Set Options Screen

Gaze view: Gaze cursor on background image.

Host PC Application controls the eye tracker.

Compatible with many stimulus delivery methods:.

structures for gaze contingent paradigms.

near Real-time access to eye sample and eye event data.

Time stamps experiment events with messages.

EyeLink libraries to interface with the eye tracker.

ordinary experiment delivery with calls to the underlying.

Allows focus on stimulus presentation and data processing.

- integrates calibration and data collection into one step.

Access eye position data with 3.0 ms delay (SD=1.11 ms).

Fastest Sampling Rate of any Remote System:.

22 x 18 x 20 cm (horizontal x vertical x depth) allowable head movement at a 60 cm camera distance.

Real-Time streaming data via Ethernet or analog:.

0.02° RMS in pupil-CR 2000 Hz tracking mode.0.01° RMS in pupil-CR 1000 Hz tracking mode.Highest Spatial Resolution available, Low Noise:.approx 2 cm lateral head movement compensation.

Display computer for stimulus delivery.

real-time Host computer for data collection.

-recover of gaze position after missing data.

-smallest psychological event that is spatially.

-also referred to as ‘samples’ per second.

-how many images processed per second (Hz).

-worsens with faster sampling rate and.

Validation Checking accuracy level of the calibration

-reveals spatial positions fit least accurately as error.

-difference between the predicted gaze position and.

-evaluate predictive model test-retest accuracy.

-sample the camera image while subject fixates Ĭalibration Mapping raw eye data / camera image data to predict gaze positionĬalibration Calibration Grid gives idea of quality of the underlying predictive model Good Calibration Poor Calibration.

-minimal interference with the visual stimulus.

EyeLink 1000/2k andEyeLink Remote Introduction and Training SR Research Ltd.

Adobe media encoder cc 2014 crack