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Spirals are fascinating - here I am experimenting with logarithmic spirals .
Many different parameters can be varied, like spiral size, spiral slope, random mixes, space dependence of parameters, strict/non-strict overlaps, resulting in many different variations (see comments when clicking on images). Also an opportunity to play with my new AxiDraw.
Attached spirals of the same size
Attached spirals of the same size
Attached spirals of the same size but with varying slopes
mixing sizes with same slope
mixing sizes and slopes
mixing sizes, fitting into circle shape
fitting also inside existing spirals, leave freedom while filling
dense packing fills
dense packing fills
dense packing fills with larger slope
do not avoid overlaps
do not avoid overlaps
do not avoid overlaps
do not avoid overlaps
experiment with spatial size dependence
experiment with spatial size dependence
prefer certain relative points for branching
prefer certain relative points for branching
prefer certain relative points for branching
prefer certain relative points for branching
prefer certain relative points for branching
prefer certain relative points for branching
prefer certain relative points for branching
"metaspiral" - fill spiral pattern with spirals
"metaspiral" - fill spiral pattern with spirals
"metaspiral" - express spiral pattern with spatial size dependence
"metaspiral" - express spiral pattern with spatial size dependence
"metaspiral" - express spiral pattern with spatial slope dependence