Geometry: Difference between revisions

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===Variations===

====='''Intricate vs. simplistic'''=====

Geometry can either present itself as incomprehensibly intricate and complex in its appearance or simplistic and comprehensible even at higher doses. For example, the geometry associated with [[~~dissociatives~~]] tends to be consistently simplistic in complexity while most psychedelics are significantly more intricate.

Geometry can either present itself as incomprehensibly intricate and complex in its appearance or simplistic and comprehensible even at higher doses. For example, the geometry associated with [[dissociative]]s tends to be consistently simplistic in complexity while most psychedelics are significantly more intricate.

====='''Algorithmic vs. abstract'''=====

Geometry can either appear to follow mathematical rules and logically consistent forms in its shape (which often results in high amounts of fractals and semi-predictable shapes). In contrast to this, however, geometry can also be completely abstract or random in its appearance in a way that contains infinite amounts of completely unpredictable variety.

@@ Line 44: / Line 44: @@
 ===Variations===
 ====='''Intricate vs. simplistic'''=====
-Geometry can either present itself as incomprehensibly intricate and complex in its appearance or simplistic and comprehensible even at higher doses. For example, the geometry associated with [[dissociatives]] tends to be consistently simplistic in complexity while most psychedelics are significantly more intricate.
+Geometry can either present itself as incomprehensibly intricate and complex in its appearance or simplistic and comprehensible even at higher doses. For example, the geometry associated with [[dissociative]]s tends to be consistently simplistic in complexity while most psychedelics are significantly more intricate.
 ====='''Algorithmic vs. abstract'''=====
 Geometry can either appear to follow mathematical rules and logically consistent forms in its shape (which often results in high amounts of fractals and semi-predictable shapes). In contrast to this, however, geometry can also be completely abstract or random in its appearance in a way that contains infinite amounts of completely unpredictable variety.