width, height - int
The dimensions of the viewport
+ physical-dimensions
+ The physical dimension of the projection surface.
+ Use this together with the master-perspective, right-of-perspective
+ left-of-perspective, above-perspective, below-perspective or
+ reference-points-perspective
+
+ width, height - double
+ The dimensions of the projection plane, if unset the veiwport values
+ are taken as default.
+
+ bezel
+ Gives informantion about the bezel of monitors for a seamless view.
+
+ right
+ right bezel with in the same units than with and height above
+
+ left
+ left bezel with in the same units than with and height above
+
+ top
+ top bezel with in the same units than with and height above
+
+ bottom
+ bottom bezel with in the same units than with and height above
+
view
The view node specifies the origin and direction of the camera in
relation to the whole camera group. The coordinate system is +y up,
and other background elements may not be drawn if the view plane is
closer than 120km.
+ fixed-near-far - bool
+ If true the near and far values are taken from above, if false
+ near and far are adapted from the scene and visibility.
+ Defaults to true.
+
offset-x, offset-y - double
Offsets of the viewing volume specified by the other parameters in
the near plane, in meters.
near, far - double
The near and far planes, in meters from the camera eye point.
+ fixed-near-far - bool
+ If true the near and far values are taken from above, if false
+ near and far are adapted from the scene and visibility.
+ Defaults to true.
+
ortho
This specifies an orthographic view. The parameters are the sames as
the frustum node's.
+ fixed-near-far - bool
+ If true the near and far values are taken from above, if false
+ near and far are adapted from the scene and visibility.
+ Defaults to true.
+
+ master-perspective
+ Defines a persective projection matrix for use as the leading display
+ in a seamless multiscreen configuration. This kind of perspective
+ projection is zoomable.
+
+ eye-distance - double
+ The distance of the eyepoint from the projection surface in units of
+ the physical-dimensions values above.
+
+ x-offset, y-offset - double
+ Offset of the eyelpint from the center of the screen in units of
+ the physical-dimensions values above.
+
+ left-of-perspective, right-of-perspective, above-perspective,
+ below-perspective
+ Defines a perspective projection matrix for use as derived display
+ in a seamless multiscreen configuration. The projection matrix
+ is computed so that the respective edge of this display matches the
+ assiciated other edge of the other display. For example the right edge
+ of a left-of-perspective display matches the left edge of the parent
+ display. This also works with different zoom levels, leading to distorted
+ but still seamless multiview configurations.
+ The bezel with configured in the physical dimensions of this screen and
+ the parent screen are taken into account for this type of projection.
+
+ parent-camera - string
+ Name of the parent camera.
+
+ reference-points-perspective
+ Defines a perspective projection matrix for use as derived display
+ in a seamless multiscreen configuration. This type is very similar to
+ left-of-perspective and friends. It is just a more flexible but less
+ convenient way to get the same effect. A child display is configured
+ by 2 sets of reference points one in this current camera and one in
+ the parrent camera which should match in the final view.
+
+ parent-camera - string
+ Name of the parent camera.
+
+ this
+ reference points for this projection.
+
+ point - array of two points
+
+ x, y - double
+ x and y coodinates of the reference points in units of this
+ physical-dimensions.
+
+ parent
+ reference points for the parent projection.
+
+ point - array of two points
+
+ x, y - double
+ x and y coodinates of the reference points in units of the
+ parents physical-dimensions.
+
texture
This tag indicates that the camera renders to a texture instead of the
framebuffer. For now the following tags are supported, but obviously
</sim>
</PropertyList>
+Here is an example for a 3 screen seamless zoomable multiscreen
+configuration using 3 533mmx300mm displays each with a 23mm bezel.
+The side views are angled with 45 deg.
+The commented out reference-points-perspective shows the
+aequivalent configuration than the active right-of-perspective.
+This is done by just using two reference points at the outer
+edge of the bezel of the respective display.
+
+<PropertyList>
+ <sim>
+ <view n="0">
+ <config>
+ <pitch-offset-deg>0.0</pitch-offset-deg>
+ </config>
+ </view>
+
+ <rendering>
+ <camera-group>
+ <window>
+ <name type="string">0.0</name>
+ <host-name type="string"></host-name>
+ <display>0</display>
+ <screen>0</screen>
+ <fullscreen type="bool">true</fullscreen>
+ </window>
+
+ <window>
+ <name type="string">0.1</name>
+ <host-name type="string"></host-name>
+ <display>0</display>
+ <screen>1</screen>
+ <fullscreen type="bool">true</fullscreen>
+ </window>
+
+ <camera>
+ <name type="string">CenterCamera</name>
+ <window>
+ <name>0.0</name>
+ </window>
+ <viewport>
+ <x>0</x>
+ <y>0</y>
+ <width>1920</width>
+ <height>1080</height>
+ </viewport>
+ <view>
+ <heading-deg type="double">0.0</heading-deg>
+ <roll-deg type="double">0.0</roll-deg>
+ <pitch-deg type="double">0.0</pitch-deg>
+ </view>
+ <physical-dimensions>
+ <!-- The size of the projection plane: 533mm 300mm -->
+ <width>533</width>
+ <height>300</height>
+ <bezel>
+ <right>23</right>
+ <left>23</left>
+ <top>23</top>
+ <bottom>23</bottom>
+ </bezel>
+ </physical-dimensions>
+ <master-perspective>
+ <!-- Cheating, the real distance is about 800mm.
+ But then the screen does not show what is needed to fly.
+ By shortening this pictures get bigger but the view also gets
+ less realistic.
+ -->
+ <eye-distance>450</eye-distance>
+ <x-offset>0</x-offset>
+ <y-offset>130</y-offset>
+ </master-perspective>
+ </camera>
+ <camera>
+ <name type="string">RightCamera</name>
+ <window>
+ <name>0.0</name>
+ </window>
+ <viewport>
+ <x>1920</x>
+ <y>0</y>
+ <width>1920</width>
+ <height>1080</height>
+ </viewport>
+ <view>
+ <heading-deg type="double">-45</heading-deg>
+ <roll-deg type="double">0</roll-deg>
+ <pitch-deg type="double">0</pitch-deg>
+ </view>
+ <physical-dimensions>
+ <!-- The size of the projection plane: 533mm 300mm -->
+ <width>533</width>
+ <height>300</height>
+ <bezel>
+ <right>23</right>
+ <left>23</left>
+ <top>23</top>
+ <bottom>23</bottom>
+ </bezel>
+ </physical-dimensions>
+ <right-of-perspective>
+ <parent-camera type="string">CenterCamera</parent-camera>
+ </right-of-perspective>
+ <!-- <reference-points-perspective> -->
+ <!-- <parent-camera type="string">CenterCamera</parent-camera> -->
+ <!-- <parent> -->
+ <!-- <point n="0"> -->
+ <!-- <x>289.5</x> -->
+ <!-- <y>100</y> -->
+ <!-- </point> -->
+ <!-- <point n="1"> -->
+ <!-- <x>289.5</x> -->
+ <!-- <y>-100</y> -->
+ <!-- </point> -->
+ <!-- </parent> -->
+ <!-- <this> -->
+ <!-- <point n="0"> -->
+ <!-- <x>-289.5</x> -->
+ <!-- <y>100</y> -->
+ <!-- </point> -->
+ <!-- <point n="1"> -->
+ <!-- <x>-289.5</x> -->
+ <!-- <y>-100</y> -->
+ <!-- </point> -->
+ <!-- </this> -->
+ <!-- </reference-points-perspective> -->
+ </camera>
+
+ <camera>
+ <name type="string">LeftCamera</name>
+ <window>
+ <name>0.1</name>
+ </window>
+ <viewport>
+ <x>0</x>
+ <y>0</y>
+ <width>1920</width>
+ <height>1080</height>
+ </viewport>
+ <view>
+ <heading-deg type="double">45</heading-deg>
+ <roll-deg type="double">0</roll-deg>
+ <pitch-deg type="double">0</pitch-deg>
+ </view>
+ <physical-dimensions>
+ <!-- The size of the projection plane: 533mm 300mm -->
+ <width>533</width>
+ <height>300</height>
+ <bezel>
+ <right>23</right>
+ <left>23</left>
+ <top>23</top>
+ <bottom>23</bottom>
+ </bezel>
+ </physical-dimensions>
+ <left-of-perspective>
+ <parent-camera type="string">CenterCamera</parent-camera>
+ </left-of-perspective>
+ </camera>
+ <gui>
+ <window>
+ <name type="string">0.0</name>
+ </window>
+ </gui>
+ </camera-group>
+ </rendering>
+ </sim>
+</PropertyList>
projects / flightgear.git / blobdiff