Geometry: Difference between revisions

Line 65:

====='''Smooth vs. Jittery'''=====

In terms of its motion, geometry can be smooth in its motion with a high frame rate or it can be jittery in its motion with lag and a low frame rate.

====='''Round corners vs. Angular corners'''===== – Geometry can either have mostly rounded and circular corners or mostly sharp corners with pointed and angular geometry.

====='''Round corners vs. Angular corners'''=====

Geometry can either have mostly rounded and circular corners or mostly sharp corners with pointed and angular geometry.

====='''Non-immersive vs. Immersive'''=====

Geometry can be manifested in front of one's face on a field of vision that feels separate as if it was being presented on some sort of screen without a distinct sense of size or distance attributed to them. In contrast, geometry can feel as if one is completely immersed in and surrounded by them with a distinct sense of attributed size and distance.

@@ Line 65: / Line 65: @@
 ====='''Smooth vs. Jittery'''=====
 In terms of its motion, geometry can be smooth in its motion with a high frame rate or it can be jittery in its motion with lag and a low frame rate.
-====='''Round corners vs. Angular corners'''===== – Geometry can either have mostly rounded and circular corners or mostly sharp corners with pointed and angular geometry.
+====='''Round corners vs. Angular corners'''=====
+Geometry can either have mostly rounded and circular corners or mostly sharp corners with pointed and angular geometry.
 ====='''Non-immersive vs. Immersive'''=====
 Geometry can be manifested in front of one's face on a field of vision that feels separate as if it was being presented on some sort of screen without a distinct sense of size or distance attributed to them. In contrast, geometry can feel as if one is completely immersed in and surrounded by them with a distinct sense of attributed size and distance.