this page
16/16summary
game board
last page
flagx add ten
flagx values
M+ in line /001
M+ in line /002
M+ in line /003
M+ in line /004
LastMove /001
LastMove /002
predict low now
predict high now
2d delay, dilay
more delay now
dilay +, delay +
three: better end
strategy FS05
summary
Engine "FS05" is subroutine of main program "Pixoria". Engine after her activation makes (in the rough) this:
Rewrite one dimensional (1D) input array "board"[361] to two dimensional (2D) array "matRCboard"[19][19].
Count signs "N" (empty squares) in input array and detect by a ("who") is.
if in input array is only signs "N", or if in input array isn't sign "O" and only one sign "X", which lay on border of playing area: engine send to Pixoria move (dMove) to the middle game area and finished.
Else continue: (basic analyse)
In according with variable "who", choose strategy:
rewrite either (1D) arrays "this_are_x"[30] or "this_are_o"[30] to array "x_flat"[30] or "o_flat"[30].
rewrite either (1D) arrays "tax_prel"[18] or "tao_prel"[18] to array "x_prel"[18] or "o_prel"[18].
rewrite either (1D) arrays "tax_preh"[15] or "tao_preh"[15] to array "x_preh"[15] or "o_preh"[15].
A/ Scan (2D) arrays and record to (2D) arrays in horizontal ( _ ) direction:
a/ Scan input array "matRCboard" from left to right ( >> ) and:
--- detect left and right borders of game area
--- detect sequences of signs "X", "O" and "N" (as well as FS03 page: 1) and in according with this:
--- write values to arrays "xmap"[19][19] and "omap"[19][19] (as well as FS03 page 2, page 3, page 4 and page 5)
--- write values to arrays "x_away"[19][19] and "o_away"[19][19] (as well as FS03 page 10)
--- write values to arrays "x_plus"[19][19] and "o_plus"[19][19] (as well as FS03 page 8)
b/ Scan input array "matRCboard" from right to left ( << ) and:
--- detect right and left borders of game area
--- detect sequences of signs "X", "O" and "N" (as well as FS03 page 1) and in according with this:
--- write values to arrays "xmap"[19][19] and "omap"[19][19] (as well as FS03 page 2, page 3, page 4 and page 5)
--- write values to arrays "x_away"[19][19] and "o_away"[19][19] (as well as FS03 page 10)
--- write values to arrays "x_plus"[19][19] and "o_plus"[19][19] (as well as FS03 page 8)
--- rewrite values from array "xmap" to array "xRCboard"[19][19] and from array "omap" to array "oRCboard"[19][19]
c/ Scan input array "matRCboard" from right to left ( << ) and:
--- detect right and left border of game area
--- detect sequences of signs "X", "O" a "N" and in according with this:
--- delete some values (zero) in arrays "xRCboard" and "oRCboard" (as well as FS03 page 6)
d/ Read values in arrays: "xRCboard", "oRCboard", "xmap", "omap", "x_away", "o_away", "x_tack", "o_tack", "x_plus" and "o_plus" from left to right ( >> ) and:
--- delete some values (zero) in arrays "xmap", "omap", "x_plus" and "o_plus" (as well as FS03 page 9)
--- filter values in arrays "xRCboard" and "oRCboard" (likewise as FS03 page 7)
--- write values to array "x_tack" and "o_tack" (likewise as FS03 page 13, page 14, page 15, page 16 and page 17)
--- edit values in arrays "xRCboard" a "oRCboard" (likewise as FS03 page 11 and page 12)
--- write values to array "flagx" and "flago" (likewise as FS03 page 13, page 14, page 15, page 16 and page 18)
for FS05 "flagx" ("flago") values see page 02
--- delete contents of arrays "xmap", "omap", "x_plus" and "o_plus"
e/ Scan input array "matRCboard" from left to right ( >> ) and:
--- detect right and left border of game area
--- detect sequences of signs "X", "O" a "N" and in according with this:
--- edit values in arrays "flagx" and "flago" see page 01 ("add ten")
--- delete contents of arrays "x_away" and "o_away"
f/ Scan input array "matRCboard" from left to right ( >> ) and:
--- detect right and left border of game area
--- detect sequences of signs "X", "O" a "N" and in according with this:
--- edit values in arrays "flagx" and "flago" see page 03 ("M+ in line")
--- add values to arrays "xtemporal" and "otemporal" see page 03 ("M+ in line")
g/ Read values in arrays: "xtemporal" and "otemporal" and:
--- in according with their contents edit values in arrays "flagx" and "flago" see page 03 ("M+ in line")
--- delete contents arrays "xtemporal" and "otemporal"
B/ Scan (2D) arrays and record to (2D) arrays in vertical ( | ) direction:
a/ Scan input array "matRCboard" from up to down and:
--- farther proceed is analogical to: (A/a/)
b/ Scan input array "matRCboard" from down to up and:
--- farther proceed is analogical to: (A/b/), but:
--- rewrite values from arrays "xmap" and "omap" to arrays "xtemporal"[19][19] and "otemporal"[19][19]
c/ Scan input array "matRCboard" from down to up and:
--- farther proceed is analogical to: (A/c/), but:
--- delete some values (zero) in arrays "xtemporal" and "otemporal"
d/ Read values in arrays: "xtemporal", "otemporal", "xmap", "omap", "x_away", "o_away", "x_tack", "o_tack", "x_plus" and "o_plus" from up to down and:
--- delete some values (zero) in arrays "xmap", "omap", "x_plus" and "o_plus"
--- filter values in arrays "xtemporal" and "otemporal"
--- write values to arrays "x_tack" and "o_tack"
--- edit values in arrays "xtemporal" and "otemporal"
--- add values to arrays "flagx" and "flago" (likewise as FS03 page 18)
--- delete contents arrays "xmap", "omap", "x_away", "o_away", "x_plus" and "o_plus"
--- in according with contents arrays "xtemporal" and "otemporal" update contents arrays "xRCboard" and "oRCboard" (likewise as FS03 page 18)
--- delete contents arrays "xtemporal" and "otemporal"
e/ Scan input array "matRCboard" from up to down and:
--- farther proceed is analogical to: (A/e/)
f/ Scan input array "matRCboard" from up to down and:
--- farther proceed is analogical to: (A/f/)
g/ Read values in arrays: "xtemporal" and "otemporal" and:
--- farther proceed is analogical to: (A/g/)
C/ Scan (2D) arrays and record to (2D) arrays in diagonal ( \ ) direction:
a/ Scan input array "matRCboard" from left to right and from up to down and:
--- farther proceed is analogical to: (A/a/)
b/ Scan input array "matRCboard" from right to left and from down to up and:
--- farther proceed is analogical to: (B/b/)
c/ Scan input array "matRCboard" from right to left and from down to up and:
--- farther proceed is analogical to: (B/c/)
d/ Read values in arrays: "xtemporal", "otemporal", "xmap", "omap", "x_away", "o_away", "x_tack", "o_tack", "x_plus" and "o_plus" from left to right and from up to down and:
--- farther proceed is analogical to: (B/d/)
e/ Scan input array "matRCboard" from up to down and:
--- farther proceed is analogical to: (A/e/)
f/ Scan input array "matRCboard" from up to down and:
--- farther proceed is analogical to: (A/f/)
g/ Read values in arrays: "xtemporal" and "otemporal" and:
--- farther proceed is analogical to: (A/g/)
D/ Scan (2D) arrays and record to (2D) arrays in diagonal ( / ) direction:
and proceed is analogical to: (C/)
if in array "xRCboard" or array "oRCboard" is value bigger than 99 (one move to finish): engine send to Pixoria move (dMove) to this position of game area and finished.
Else continue: ("M+ in line" alike "delay")
E/ Scan (2D) arrays and record to (2D) arrays in horizontal ( _ ) direction:
a/ Scan input array "matRCboard" and arrays "x_tack" and "o_tack" from left to right ( >> ) and:
--- detect left and right border of game area
--- compare contens of arrays "matRCboard", "x_tack" and "o_tack" and: see page 04 ("M+ in line")
--- search "M+ in line" structures and according of that: see page 04 ("M+ in line")
--- edit values in arrays "flagx" and "flago" see page 04 ("M+ in line")
F/ Scan (2D) arrays and record to (2D) arrays in vertical ( | ) direction:
and proceed is analogical to: (E/)
G/ Scan (2D) arrays and record to (2D) arrays in diagonal ( \ ) direction:
and proceed is analogical to: (E/)
H/ Scan (2D) arrays and record to (2D) arrays in diagonal ( / ) direction:
and proceed is analogical to: (E/)
and continue: ("predict" sequences, "delay" and "LastMove")
I/ Scan (2D) arrays and record to (2D) arrays in horizontal ( _ ) direction:
a/ Scan input array "matRCboard" and arrays "x_tack" and "o_tack" from left to right ( >> ) and:
--- detect left and right border of game area
--- search "predict" sequences and according of that: see page 09 ("predict low")
--- write values to arrays "pred_x"[19][19] and "pred_o"[19][19] see page 09 ("predict low")
--- write values to (now free) arrays "xmap" and "omap" (search "2d delay, dilay") see page 11
--- edit values in arrays "flagx" and "flago" (search "delay")
--- write values to (now free) arrays "x_plus" and "o_plus" (search "LastMoves") see page 07 and page 08
J/ Scan (2D) arrays and record to (2D) arrays in vertical ( | ) direction:
a/ Scan input array "matRCboard" and arrays "x_tack" and "o_tack" from up to down and:
--- detect up and down border of game area
--- search "predict" sequences and according of that write values to arrays "xtemporal" and "otemporal"
--- write values to (now free) arrays "x_away" and "o_away" (search "2d delay, dilay")
--- edit values in arrays "flagx" and "flago" (search "delay")
--- write values to arrays "x_plus" and "o_plus" (search "LastMoves")
K/ Browse arrays "pred_x" and "pred_o" from left to right ( >> ) and:
--- add to they values from arrays "xtemporal" and "otemporal" see page 09 ("predict low")
--- add values from arrays "x_away" and "o_away" to arrays "xmap" and "omap"
--- delete contents of arrays "xtemporal", "otemporal", "x_away" and "o_away"
L/ Scan (2D) arrays and record to (2D) arrays in diagonal ( \ ) direction:
a/ Scan input array "matRCboard" and arrays "x_tack" and "o_tack" from left to right and from down to up and:
--- proceed is analogical to: (J/a/)
M/ The same proceed like a in: (K/)
N/ Scan (2D) arrays an record to (2D) arrays in diagonal ( / ) direction:
a/ Scan input array "matRCboard" and arrays "x_tack" and "o_tack" from right to left and from up to down and:
--- proceed is analogical to: (J/a/)
O/ Browse more of arrays from left to right ( >> ) and:
--- add values from arrays "xtemporal" and "otemporal" to arrays "pred_x" and "pred_o"
--- add values from arrays "x_away" and "o_away" to arrays "xmap" and "omap"
--- filter values in arrays "pred_x" and "pred_o" (increase)
--- add values from arrays "pred_x" and "pred_o" to arrays "x_tack" and "o_tack"
--- filter values in arrays "x_plus" and "o_plus" (LastMove increase)
--- delete contents of arrays "xtemporal", "otemporal", "pred_x", "pred_o", "x_away" and "o_away"
--- edit arrays "xmap" and "omap" (search, clear, write) see page 11 ("2d delay, dilay")
and continue: ("delay", "dilay" and "predict" structures)
P/ Scan (2D) arrays and record to (2D) arrays in horizontal ( _ ) direction:
a/ Scan input array "matRCboard" and arrays "x_tack", "o_tack", "flagx", "flago", "xmap" and "omap" from left to right ( >> ) and:
--- detect left and right border of game area
--- search "delay", "dilay" structures (likewise as FS03 page 19) and (page 20)
--- search "predict" structures see page 09 and see page 10 ("low predict, high predict")
--- search "2 delay, dilay" structures see page 11 ("2d delay, dilay")
--- write values to arrays "flagx", "flago", "xtemporal" and "otemporal" (likewise as FS03 page 19) and (page 20)
--- write values to arrays "pred_x" and "pred_o" see page 09 and see page 10 ("low predict, high predict")
Q/ Browse arrays "xtemporal" and "otemporal" from left to right ( >> ) and:
--- and according with their contents update contents of arrays "flagx" and "flago"
--- add values from arrays "pred_x" and "pred_o" to arrays "x_plus" and "o_plus"
--- delete contents of arrays "xtemporal", "otemporal", "pred_x" and "pred_o"
R/ Scan (2D) arrays and record to (2D) arrays in vertical ( | ) direction:
a/ Scan input array "matRCboard" and arrays "x_tack", "o_tack", "flagx", "flago", "xmap" and "omap" from up to down and:
--- farther proceed is analogical to: (P/a/)
S/ Browse arrays "xtemporal" and "otemporal" from left to right ( >> ) and:
--- and according with their contents update contents of arrays "flagx" and "flago"
--- add values from arrays "pred_x" and "pred_o" to arrays "x_plus" and "o_plus"
--- delete contents of arrays "xtemporal", "otemporal", "pred_x" and "pred_o"
T/ Scan (2D) arrays and record to (2D) arrays in diagonal ( \ ) direction:
and proceed is analogical to: (R/a/)
U/ The same proceed like a in: (S/)
V/ Scan (2D) arrays and record to (2D) arrays in diagonal ( / ) direction:
and proceed is analogical to: (R/a/)
W/ Browse arrays "xtemporal" and "otemporal" from left to right ( >> ) and:
--- and according with their contents update contents of arrays "flagx" and "flago"
--- add values from arrays "pred_x" and "pred_o" to arrays "x_plus" and "o_plus"
--- delete contents of arrays "x_away" and "o_away"
--- read arrays "flagx" and "flago" and according their contens write values to arrays"x_away" and "o_away"
--- delete contents of arrays "xtemporal", "otemporal", "pred_x" and "pred_o"
and continue: ("more delays" structures)
X/ Scan (2D) arrays and record to (2D) arrays in horizontal ( _ ) direction:
a/ Scan input array "matRCboard" and arrays "x_away" and "o_away" from left to right ( >> ) and:
--- detect left and right border of game area
--- search structures "more delays" and write values to arrays "pred_x" and "pred_o" see page 12
Y/ Browse arrays "pred_x" and "pred_o" from left to right ( >> ) and:
--- edit their contents
Z/ Scan (2D) arrays and record to (2D) arrays in vertical ( | ) direction:
and proceed is analogical to: (X/a/), but write values to arrays "xtemporal" and "otemporal"
AA/ Browse arrays "xtemporal" and "otemporal" from left to right ( >> ) and:
--- edit contents of arrays "xtemporal" and "otemporal" and
--- add contens of arrays "xtemporal" and "otemporal" to arrays "pred_x" and "pred_o"
--- delete contents of arrays "xtemporal" and "otemporal"
AB/ Scan (2D) arrays and record to (2D) arrays in diagonal ( \ ) direction:
and proceed is analogical to: (Z/a/)
AC/ The same proceed like a in: (AA/)
AD/ Scan (2D) arrays and record to (2D) arrays in diagonal ( / ) direction:
and proceed is analogical to: (Z/a/)
AE/ The same proceed like a in: (AA/)
and continue: ("three" structures)
AF/ Scan (2D) arrays and record to (2D) arrays in horizontal ( _ ) direction:
a/ Scan input array "matRCboard" and arrays "flagx" and "flago" from left to right ( >> ) and:
--- detect left and right border of game area
--- search structures "three" and change values in arrays "flagx" and "flago" (likewise as FS03 page 26)
--- write values to arrays "x_tack" and "o_tack"
AG/ Scan (2D) arrays and record to (2D) arrays in vertical ( | ) direction:
and proceed is analogical to: (AF/)
AH/ Scan (2D) arrays and record to (2D) arrays in diagonal ( \ ) direction:
and proceed is analogical to: (AF/)
AI/ Scan (2D) arrays and record to (2D) arrays in diagonal ( / ) direction:
and proceed is analogical to: (AF/)
and continue: (work up "predict")
AJ/ Scan (2D) arrays and record to (2D) arrays in horizontal ( _ ) direction:
a/ Scan arrays "flagx", "flago", "pred_x", "pred_o", "x_plus", "o_plus", "x_tack", "o_tack", "xmap" and "omao" from left to right ( >> ) and:
--- search maximum values in arrays "flagx" and "flago" and save them to variables "xmax", "omax", "xmax_o" and "omax_x"
--- search maximum values in arrays "pred_x" and "pred_o" and save them to variables "plusx" and "pluso" (more delays)
--- search "low predict" and "high predict" structures and: see page 09 and see page 10
--- write values to arrays "xtemporal" and "otemporal"
b/ Scan arrays "flagx", "flago", "xtemporal", "otemporal", "x_plus", "o_plus", "xmap" and "omap" from left to right ( >> ) and:
--- write values to arrays "xtemporal" and "otemporal"
--- delete contents of arrays "xmap" and "omap"
--- filter arrays "xtemporal" and "otemporal" and write values to arrays "xmap" and "omap"
--- delete contents of arrays "xtemporal" and "otemporal"
and continue: ("dilay+, delay+")
AK/ Browse arrays "flagx" and "flago" from left to right ( >> ) and:
--- search "dilay+, delay+" see page 13
and continue: ("best end of three")
AL/ Browse arrays "matRCboard", "x_tack", "o_tack", "flagx" and "flago" from left to right ( >> ) and:
--- search "best end of three" see page 14
--- write values to arrays "xtemporal" and "otemporal"
and continue: ("2222")
AM/ Browse arrays "flagx" and "flago" from left to right ( >> ) and:
--- edit their contents
and continue: (work up special reserves)
AN/ Browse more of arrays from left to right ( >> ) and:
--- search labels for special reserves ("three", "more delays", "delay+", "dilay+", etc.) and:
--- according situation (who, defensive, etc.) change values in (2D) arrays "flagx", "flago", "x_away" and "o_away" or (1D) arrays "o_flat", "x_flat", "x_preh" and "o_preh"
and final continue: ("final" values)
AO/ Browse (2D) arrays "flagx", "flago", "xmap" and "omap" from left to right ( >> ) and:
--- according values of their and according of values in (1D) arrays "x_flat", "o_flat", "x_preh", "o_preh, "x_prel" and "o_prel update values in arrays "xRCboard" and "oRCboard" (possible values: 0 to 200): see page 15
Engine choose in according with "who" from arrays "xRCboard" and "oRCboard" one top (best) value, her position in 2D array re-count on position in 1D array and this number of position send to Pixoria like a his move dMove and finished.
( T H A N K S )
