Geometry: Difference between revisions

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==Variations==

*'''Intricate vs. Simplistic''' – Geometry ~~will~~ either present itself as incomprehensibly intricate and complex in its appearance or simplistic and comprehensible even at higher dosages.

*'''Intricate vs. Simplistic''' – Geometry can either present itself as incomprehensibly intricate and complex in its appearance or simplistic and comprehensible even at higher dosages.

*'''Algorithmic vs. ~~Organic~~''' – Geometry ~~will~~ either appear to follow mathematical rules and logically consistent geometry, often resulting in high amounts of fractals and semi predictable shapes. In contrast to this, geometry can also be completely random in its appearance in a way that contains infinite amounts of completely unpredictable variety.

*'''Algorithmic vs. Abstract''' – Geometry can either appear to follow mathematical rules and logically consistent geometry, often resulting in high amounts of fractals and semi predictable shapes. In contrast to this, geometry can also be completely abstract or random in its appearance in a way that contains infinite amounts of completely unpredictable variety.

*'''Structured vs. Unstructured''' – Geometry can either present itself ~~across a flat veil in front of ones vision~~ or they can form and condense into an infinite variety of 3-Dimensional mechanistic and ever-shifting structures ~~that~~ are comprised out of ~~a material~~ based on condensed geometry.

*'''Organic vs. Synthetic''' - Geometry can either feel organic and natural in its visual style or it can synthetic and digital.

*'''~~Colourful~~ vs. Monotone''' – The colour scheme that geometry follows can range from extremely varied and-multi coloured in style to consisting ~~almost entirely~~ of blues and greys ~~regardless of how high the dosage may be. Below this, geometry will consist of dark~~ purples and blacks ~~that are difficult to make out from their background.~~

*'''Structured vs. Unstructured''' – Geometry can either present itself as completely unorganized and unstructured or they can form and condense into an infinite variety of 3-Dimensional mechanistic and ever-shifting structures which are comprised out of and based upon condensed geometry.

*'''Flat ~~colours~~ vs. Glossy ~~colours~~''' – This is separate from the variety of colour contained within geometry. Colours can either be flat, bright and simplistic or glossy with depth, high lights and shading.

*'''Multicoloured vs. Monotone''' – The colour scheme that geometry follows can range from extremely varied and-multi coloured in style to consisting of little if any colour variety such as blues and greys or purples and blacks

*'''Flat shading vs. Glossy shading''' – This is separate from the variety of colour contained within geometry. Colours can either be flat, bright and simplistic or glossy with depth, high lights and shading.

*'''Sharp edges vs. Soft edges''' – Geometry can have sharp edges which are extremely well-defined around their perimeter (sometimes with thick black outlines around their edges). In contrast to this, they can also be soft and blurred around their edges, merging seamlessly into each other in a way that does not affect their intricacy.

*'''Large vs. Small''' – In terms of their size, geometry can be extremely large and zoomed in or fine and zoomed out in a way that does not affect their level of intricacy.

@@ Line 43: / Line 43: @@
 ==Variations==
-*'''Intricate vs. Simplistic''' – Geometry will either present itself as incomprehensibly intricate and complex in its appearance or simplistic and comprehensible even at higher dosages.
+*'''Intricate vs. Simplistic''' – Geometry can either present itself as incomprehensibly intricate and complex in its appearance or simplistic and comprehensible even at higher dosages.
-*'''Algorithmic vs. Organic''' – Geometry will either appear to follow mathematical rules and logically consistent geometry, often resulting in high amounts of fractals and semi predictable shapes. In contrast to this, geometry can also be completely random in its appearance in a way that contains infinite amounts of completely unpredictable variety.
+*'''Algorithmic vs. Abstract''' – Geometry can either appear to follow mathematical rules and logically consistent geometry, often resulting in high amounts of fractals and semi predictable shapes. In contrast to this, geometry can also be completely abstract or random in its appearance in a way that contains infinite amounts of completely unpredictable variety.
-*'''Structured vs. Unstructured''' – Geometry can either present itself across a flat veil in front of ones vision or they can form and condense into an infinite variety of 3-Dimensional mechanistic and ever-shifting structures that are comprised out of a material based on condensed geometry.
+*'''Organic vs. Synthetic''' - Geometry can either feel organic and natural in its visual style or it can synthetic and digital.
-*'''Colourful vs. Monotone''' – The colour scheme that geometry follows can range from extremely varied and-multi coloured in style to consisting almost entirely of blues and greys regardless of how high the dosage may be. Below this, geometry will consist of dark purples and blacks that are difficult to make out from their background.
+*'''Structured vs. Unstructured''' – Geometry can either present itself as completely unorganized and unstructured or they can form and condense into an infinite variety of 3-Dimensional mechanistic and ever-shifting structures which are comprised out of and based upon condensed geometry.
-*'''Flat colours vs. Glossy colours''' – This is separate from the variety of colour contained within geometry. Colours can either be flat, bright and simplistic or glossy with depth, high lights and shading.
+*'''Multicoloured vs. Monotone''' – The colour scheme that geometry follows can range from extremely varied and-multi coloured in style to consisting of little if any colour variety such as blues and greys or purples and blacks
+*'''Flat shading vs. Glossy shading''' – This is separate from the variety of colour contained within geometry. Colours can either be flat, bright and simplistic or glossy with depth, high lights and shading.
 *'''Sharp edges vs. Soft edges''' – Geometry can have sharp edges which are extremely well-defined around their perimeter (sometimes with thick black outlines around their edges). In contrast to this, they can also be soft and blurred around their edges, merging seamlessly into each other in a way that does not affect their intricacy.
 *'''Large vs. Small''' – In terms of their size, geometry can be extremely large and zoomed in or fine and zoomed out in a way that does not affect their level of intricacy.