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Doc: Add information about visualization of emitters and attractors

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Task-number: QDS-6370
Change-Id: I7c9e2a03b025d16769ed7cc4f3da85fe91193321
Reviewed-by: Miikka Heikkinen <miikka.heikkinen@qt.io>
Reviewed-by: <github-actions-qt-creator@cristianadam.eu>
Reviewed-by: Leena Miettinen <riitta-leena.miettinen@qt.io>
This commit is contained in:
Mats Honkamaa
2022-03-21 10:19:51 +02:00
parent f347623804
commit 047253b6a8
2 changed files with 10 additions and 3 deletions
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5
doc/qtdesignstudio/src/qtquick3d-editor/qtdesignstudio-3d-editor.qdoc
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@@ -279,6 +279,11 @@
\li Always Show Camera Frustums
\li Toggles between always showing the camera frustum and showing it
only for cameras selected in \uicontrol {3D Editor}.
\row
\li Always Show Particle Emitters and Attractors
\li Toggle between always showing the particle emitter and attractor
visualizations and only showing them when the emitter or attractor is
selected in \uicontrol {3D Editor}.
\endtable
\section1 Particle Editor

8
doc/qtdesignstudio/src/qtquick3d-editor/qtdesignstudio-3d-particles.qdoc
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@@ -729,8 +729,9 @@
\l {Model Shape} component to use. The shape is scaled, positioned, and
rotated based on the emitter node properties. When the shape \uicontrol Fill
property is set to false, particles are emitted only from the surface of the
shape. When the shape is not defined, particles are emitted from the center
point of the emitter.
shape. When the shape is defined, it is visualized in
\uicontrol {3D Editor}. When the shape is not defined, particles are emitted
from the center point of the emitter.
In \uicontrol {Life span}, specify the lifespan of a single particle
in milliseconds. Specify variation in the particle lifespan in
@@ -883,7 +884,8 @@
In \uicontrol Shape, select an instance of the \l {Particle Shape} or
\l {Model Shape} component to attract particles into a random position
inside the shape.
inside the shape. When the shape is defined, it is visualized in
\uicontrol {3D Editor}.
\uicontrol Duration specifies the duration in milliseconds that it takes
for particles to reach the attraction position. When the value is -1,