The dissection is hingeable.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The dissection is translational. The pieces can be rearranged simply by sliding them one at a time, without rotation, and without any piece ever overlapping another.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The dissection is translational. The pieces can be rearranged simply by sliding them one at a time, without rotation, and without any piece ever overlapping another.
This dissection was discovered by Greg Frederickson. This may well be the first hole dissection.
The dissection is translational.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.
The dissection is translational. The pieces can be rearranged simply by sliding them one at a time, without rotation, and without any piece ever overlapping another.
The pieces can be rearranged simply by sliding them one at a time and without any piece ever overlapping another.