Type
- Binocular
-
Each eye has a field of view shaped like an ellipse. Binocular vision
can be interpreted as the zone defined by the intersection of the two
shapes that define the right and left monocular visions. It represents
the area you can see with both right and left eyes (clear zone).
- Ambinocular
Ambinocular vision is defined as the zone represented by the
union of two shapes which define the right and left monocular
visions. It represents the entire field of vision that we can
see with our eyes.
- Monocular right
Right monocular vision represents the field of vision of the
right eye only.
- Monocular left
Left monocular vision represents the field of vision of the
left eye only.
- Stereo
The vision of both left and right eyes in two distinct windows.
Selecting the stereo type of vision activates both left and right lines
of sight.
Field of View- Horizontal monocular
- This parameter defines the horizontal field of view (XY
plane) in monocular mode. The default value of this angle is 100
degrees.
- Horizontal ambinocular
This parameter defines the horizontal field of view (XY
plane) in ambinocular mode. The default value of this angle is
120 degrees.
- Vertical top
- This parameter defines the vertical field of view above the
central spot (XZ plane) in all vision modes. The default value
of this angle is 35 degrees.
- Vertical bottom
- This parameter defines the vertical field of view below the
central spot (XZ plane) in all vision modes. The default value
of this angle is 35 degrees. This section is grayed out, as the
vertical top dimension is reflected in the vertical bottom
dimension. (this value is the same as the vertical
top, and can not be directly imputed).
- Central
This parameter defines the field of view of the central vision (fovea).
Because this central vision is circular, it is characterized by only one
value. The default value is 6 degrees, the maximum value is 20 degrees,
and the minimum value is 0.5 degrees.
The diagrams below illustrate the dimensions used by the parameters of
this section.
The default value of the Ponctum Proximum parameter,
has changed from 10 cm to 5 cm. This change is needed to make the
visual cone representation fully visible in the vision window when a
default manikin is created.
The display of the central spot is fixed at 3
degrees.
- Reset
- Resets the selections to the defaults.
Distance These parameters correspond to the depths of the minimal and maximal
fields as well as the distance from the focal point. The diagram illustrates the dimensions used by the Distance
parameters.
- Ponctum proximum
- This parameter defines the minimum accommodation distance or
depth of vision. This value corresponds to the nearest point
that can be seen clearly. The default value is 5 centimeters.
- Focus distance
- The focus or focal distance corresponds to the length of the active line
of sight. The default value is 30 centimeters.
- Ponctum remotum
- This parameter defines the maximum accommodation distance of
the vision. It corresponds to the crystalline relax position for
objects located from a distance of five meters to infinite. The
default value for this parameter is set to infinite (the
Infinite button is enabled).
- Reset
- This returns to the default settings.
Window Display
- Scale
- Use the Scale field to decrease or increase the size of the
Vision window to a maximum of (3) times its original size.
- Hide title
- This option hides or displays the title inscription on the
opened vision window.
- Peripheral contour
- This option prompts or cancels the window's colored zone
display bordering the field of vision. By default, the
peripheral contour is not displayed.
- Central Spot
- The central spot of vision corresponds to the focus
location. It is the end of the line sight. The Central spot
button prompts or cancels the display of the central point of
vision; that central spot is represented by a circle.
The central spot (which corresponds to the
line of sight) moves inside the Vision Window following the
eyes motion.
With this vision model, it is very important to make a
clear distinction between Field of View and Vision Cone.
- Blind Spot
The area of the human eye that is not covered with sensitive cells is
the point where the optic nerve is attached to the eye.
This field is represented by a blue point in the vision window. The
blind spot is only represented in monocular vision. The Blind spot
button prompts or cancels the display of the blind spot.
By default, the blind spot is not displayed.
- View Modes
This
allows you to customize the view.
- Reset
- This
resets the settings in the Window Display tab to their defaults.
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