Difference between revisions of "Notes:Grid iteration"
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(Created page with "See Modulus operator for a definition of {{M|\text{Mod}(a,b)}} ==2D grid== * {{MM|\text{Mix}_x(k,m,n):\eq \text{Floor}\left(\text{Mod}\big(\text{Mod}(k,mn),m\big)\right)}}...") |
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| − | See [[ | + | See [[Modulo operator]] for a definition of {{M|\text{Mod}(a,b)}} |
==2D grid== | ==2D grid== | ||
* {{MM|\text{Mix}_x(k,m,n):\eq \text{Floor}\left(\text{Mod}\big(\text{Mod}(k,mn),m\big)\right)}} | * {{MM|\text{Mix}_x(k,m,n):\eq \text{Floor}\left(\text{Mod}\big(\text{Mod}(k,mn),m\big)\right)}} | ||
Revision as of 17:46, 7 January 2018
See Modulo operator for a definition of Mod(a,b)
2D grid
- \text{Mix}_x(k,m,n):\eq \text{Floor}\left(\text{Mod}\big(\text{Mod}(k,mn),m\big)\right)
- \text{Mix}_y(k,m,n):\eq \frac{\text{Mod}(k,mn)-\text{Mod}\big(\text{Mod}(k,mn),m\big)}{m}
Then
- Points of the form:
- \big(\text{Mix}_x(k,m,n),\text{Mix}_y(k,m,n)\big) span an m\times n grid, for k from 0 to mn-1
3D grid
Suppose we have an \ell\times m\times n grid,
