A challenge to help my Nephew understand the basic rules of tessellations for a math class. Wish I had been fortunate enough to get an opportunity like this when I was a teen. La leçon est en français à part de ça! Continue reading
Tag Archives: rotation point
28 tessellations up on Society6
Received my cups from society6. Ever cool to see my designs printed on these coffee cups. Continue reading
Which symmetry group to use?
Deciding which symmetry group to use for a specific design can be hit and miss. And try again. You can narrow it down Continue reading
Symmetry Group Pm – alternating parallel mirrors
This symmetry group is the last one for me to tackle. It has been a year since I started tessellating again, since I found the KaleidoPaint iPad app. Continue reading
Symmetry Group P6m — Perfect Snowflakes
It’s been a year last week, since I started drawing with the KaleidoPaint iPad app. I was avoiding this P6m symmetry group because of the tight space for drawing within and the abundance of mirrors. Continue reading
Symmetry Group P4g
My first ever tessellation was accomplished using this P4g symmetry group. Continue reading
Symmetry Group Pg — For all Soccer Fans
This symmetry group uses two parallel glide reflections. The glides can be either vertical or horizontal. Continue reading
Symmetry Group P4
I’ve already given you a foretaste of this P4 symmetry group with the cougar tessellation, and story, a few weeks ago. Continue reading
Symmetry Group P2
There are only 17 methods to divide the two dimensional surface into true tessellations. These 17 rules were derived from the observation and study of crystallography, a long time ago. Continue reading
Sharing areas within a tessellation — dual purpose space
It’s so nice to share with your friends! Sometimes when I am drawing, Continue reading
Symmetry Group P4m
This tessellation method uses 3 reflections in a 45/45/90 degree triangle. Continue reading
Symmetry Group Pmg
Are we ready for another creative brain gym session? These Pmg tessellations are built around one mirror, and two rotation points. There are also two indirectly implied glide reflections as a result mostly of the two way rotations. Continue reading