Is there a space filling curve for 2D images that can guarantee maximal diagonal access time?
So I want to store a 2D image made of pixels in a 1d space filling curve to minimize up, down, left, right and diagonal Access from any given image point to its nearest in Euclidean terms neighbours. Is there such curve that can provide some form of such access speed guarantee? (Say no more than in say 10 elements is your up right neighbor for images of any size, or Something similar)?
image iteration access curve
edited Dec 5 at 13:18
usr2564301
17.6k73270
asked Nov 23 at 2:34
DuckQueen
67212770
add a comment |
So I want to store a 2D image made of pixels in a 1d space filling curve to minimize up, down, left, right and diagonal Access from any given image point to its nearest in Euclidean terms neighbours. Is there such curve that can provide some form of such access speed guarantee? (Say no more than in say 10 elements is your up right neighbor for images of any size, or Something similar)?
image iteration access curve
edited Dec 5 at 13:18
usr2564301
17.6k73270
asked Nov 23 at 2:34
DuckQueen
67212770
Why? What are you hoping to gain from this that you can't get out of a standard 1D array with known width for modulo arithmetics?
– Mike 'Pomax' Kamermans
Nov 29 at 19:35
add a comment |
So I want to store a 2D image made of pixels in a 1d space filling curve to minimize up, down, left, right and diagonal Access from any given image point to its nearest in Euclidean terms neighbours. Is there such curve that can provide some form of such access speed guarantee? (Say no more than in say 10 elements is your up right neighbor for images of any size, or Something similar)?
image iteration access curve
edited Dec 5 at 13:18
usr2564301
17.6k73270
asked Nov 23 at 2:34
DuckQueen
67212770
So I want to store a 2D image made of pixels in a 1d space filling curve to minimize up, down, left, right and diagonal Access from any given image point to its nearest in Euclidean terms neighbours. Is there such curve that can provide some form of such access speed guarantee? (Say no more than in say 10 elements is your up right neighbor for images of any size, or Something similar)?
image iteration access curve
image iteration access curve
edited Dec 5 at 13:18
usr2564301
17.6k73270
asked Nov 23 at 2:34
DuckQueen
67212770
edited Dec 5 at 13:18
usr2564301
17.6k73270
asked Nov 23 at 2:34
DuckQueen
67212770
edited Dec 5 at 13:18
usr2564301
17.6k73270
edited Dec 5 at 13:18
usr2564301
17.6k73270
edited Dec 5 at 13:18
usr2564301
17.6k73270
17.6k73270
asked Nov 23 at 2:34
DuckQueen
67212770
asked Nov 23 at 2:34
DuckQueen
67212770
asked Nov 23 at 2:34
DuckQueen
67212770
67212770
Why? What are you hoping to gain from this that you can't get out of a standard 1D array with known width for modulo arithmetics?
– Mike 'Pomax' Kamermans
Nov 29 at 19:35
add a comment |
Why? What are you hoping to gain from this that you can't get out of a standard 1D array with known width for modulo arithmetics?
– Mike 'Pomax' Kamermans
Nov 29 at 19:35
Why? What are you hoping to gain from this that you can't get out of a standard 1D array with known width for modulo arithmetics?
– Mike 'Pomax' Kamermans
Nov 29 at 19:35
Why? What are you hoping to gain from this that you can't get out of a standard 1D array with known width for modulo arithmetics?
– Mike 'Pomax' Kamermans
Nov 29 at 19:35
add a comment |
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Why? What are you hoping to gain from this that you can't get out of a standard 1D array with known width for modulo arithmetics?
– Mike 'Pomax' Kamermans
Nov 29 at 19:35