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QuantumDigits.obn
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QuantumDigits.obn
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MODULE QuantumDigits;
IMPORT Out, Files;
CONST
MAPHEIGHT* = 10;
MAPWIDTH* = 10;
TYPE
Number = ARRAY 10,MAPHEIGHT,MAPWIDTH OF CHAR;
InputVec* = ARRAY MAPHEIGHT*MAPWIDTH+1 OF REAL;
InputMatr* = ARRAY MAPHEIGHT,MAPWIDTH OF INTEGER;
VAR
M09, M09Test : Number;
PROCEDURE DefineCharacters;
VAR
f : Files.File;
r : Files.Rider;
src : ARRAY 128 OF CHAR;
i, j, cnt, k : INTEGER;
BEGIN
FOR k := 1 TO 2 DO
CASE k OF
1 : f := Files.Old("Necker1.cube");
| 2 : f := Files.Old("Necker2.cube");
END;
Files.Set(r, f, 0);
Files.ReadString(r, src);
(*Out.String(src);Out.Ln;*)
(*Out.Int(LEN(src),3);Out.Ln;*)
(*Out.Char(src[5]);Out.Ln;*)
Files.Close(f);
(*Mind the last symbol of the row in the string!!!*)
cnt := 0;
FOR i := 0 TO MAPWIDTH-1 DO
FOR j := 0 TO MAPHEIGHT-1 DO
M09[k][i][j] := src[cnt];
INC(cnt);
(*Out.Char(M09[k][i][j]);Out.String(" ");*)
END;
(*Out.Ln;*)
INC(cnt)
END;
END;
END DefineCharacters;
PROCEDURE TestCharacters;
VAR
f : Files.File;
r : Files.Rider;
src : ARRAY 128 OF CHAR;
i, j, cnt, k : INTEGER;
BEGIN
FOR k := 1 TO 2 DO
CASE k OF
1 : f := Files.Old("Necker.cube");
| 2 : f := Files.Old("Necker.cube");
END;
Files.Set(r, f, 0);
Files.ReadString(r, src);
(*Out.String(src);Out.Ln;*)
(*Out.Int(LEN(src),3);Out.Ln;*)
(*Out.Char(src[5]);Out.Ln;*)
Files.Close(f);
(*Mind the last symbol of the row in the string!!!*)
cnt := 0;
FOR i := 0 TO MAPWIDTH-1 DO
FOR j := 0 TO MAPHEIGHT-1 DO
M09Test[k][i][j] := src[cnt];
INC(cnt);
(*Out.Char(M09[k][i][j]);Out.String(" ");*)
END;
(*Out.Ln;*)
INC(cnt)
END;
END;
END TestCharacters;
PROCEDURE InputCharacter* (VAR Input: InputVec; VAR Control: InputMatr; num: INTEGER; test: INTEGER);
VAR
i, j, cnt : INTEGER;
BEGIN
(*Out.Int(LEN(str),3);Out.Ln;*)
cnt := 1;
FOR i := 0 TO MAPHEIGHT-1 DO
FOR j := 0 TO MAPWIDTH-1 DO
IF (test=0) THEN
IF (M09[num][i][j]="1") THEN
Input[cnt] := 1.0;
Control[i][j] := 1
ELSE
Input[cnt] := 0.0;
Control[i][j] := 0;
END
ELSE
IF (M09Test[num][i][j]="1") THEN
Input[cnt] := 1.0;
Control[i][j] := 1
ELSE
Input[cnt] := 0.0;
Control[i][j] := 0;
END
END;
INC(cnt)
END
END
END InputCharacter;
BEGIN
DefineCharacters;
TestCharacters
END QuantumDigits.