Image Processing Reference
In-Depth Information
Rules for producing holy word 'Allah' with XOR ( )
operator in Ma'qeli script
1.1 Ei
1.13. Wi
WWi
NWWi
NNWWi
1.2. Si SWi
1.14. Si SWi SWWi WWi NWWi
1.3. Ei
EEi
NEEi
1.15. Si
SS
SSWWi
SSEEi
SWWi
1.4. Si SEi SEEi EEi
1.16. Si SSi SSWi SSWWi SWWi WWi NWWi
1.5. Si
SSi
SSWi
SSWWi
SWWi
1.17. Si
SSi
SSEEi
SSWWi
1.6. Si
SSi
SSEi
SSEEi
SEEi
EEi
1.18. Si
SSi
WWi
NWWi
SWWi
SSWWi
1.7. Ei
EEi
NNEi
NEi
1.19. Si
SSi
SSWWi
SWWi
WWi
1.8. SEi
SEEi
EEi
NEEi
1.20. WWi
NWWi
NNWWi
SWWi
SSWW
1.9. SWi SEi SSi SSEi SSEEi Ei
1.21. Ni NWWi WWi SWWi NNWWi
1.10. Ei EEi Ni NEEi NNEi NNEEi
1.22. WWi NWWi NNWWi Ni NNi
1.11. Si
SSi
SSEi
SSEEi
SEEi
Ei
EEi
1.23. Si
SSi
WWi
NWWi
SWWi
SSWWi
1.12. Wi
WWi
NWi
NNWii
1.24. Si
SSi
WWi
SWWi
SSWWi
state, it seems to be impossible. Extendibility and rule extraction are two impor-
tant criteria for comparing letter generation algorithms. Extendibility means the ex-
tracted role can be applied to produce other languages letters or pattern with a bit
modification, and this issue can be seen in Margolus neighbor. As is shown in this
paper, the extracted rules for Von Neumann, Moore, and extended Moore neighbors
for generating letters as well as words are very complicated and in some cases are
not applicable for word generation. Therefore, it is reasonable mentioning that the
propose algorithm have simple rules and extendable.
Despite the fact that the obtained results are very favorable, and the proposed
method tends to have the capability of being utilized in generating similar pattern,
we should mention that the proposed method is not free from shortcomings. Initial
and final forms of and cannot be produced, albeit this problem can be
traced back to the predefined pattern for these letters in Ma'qeli script. If the size
of letters is allowed to be modified this problem can be solved adequately; however,
this alternation violates the infrastructure of this script.
Rules for producing holy word 'Muhammad' with
XOR (
) operator in Ma'qeli script
1.1 Ei
1.9. Ei
EEi
SEEi
SSEEi
1.2. Ni
NWi
1.10. Ei
EEi
1.3. Ei EEi SEEi
1.11. Si SEi SEEi
1.4. Ni
NNi
NNWi
NNWWi
1.12. Si
SSi
SSEi
SSEEi
1.5. Ni
NEi
NNEEi
EEi
SEEi
1.13. Ei
SEi
SSEi
SSEEi
1.6. Ei
NEi
NNEi
NNi
NNWi
1.14. Ei
EEi
SEEi
SSEEi
1.7. Ni
NNi
NNEi
NNEEi
NEEi
EEi
Ei
1.15. Ei
EEi
1.8. Ei
SEi
SSEi
EEi
SSEEi
Search WWH ::




Custom Search