Pooh program example 01-matrix.p
Test 01-matrix.p
Source of programm
# test matrix library - matrix.inc
include 'matrix.inc'
a = [
[ 1, 2, 3, 4 ],
[ 5, 6, 7, 8 ],
[ 9, 0, 1, 2 ],
[ 3, 4, 5, 6 ]
]
c = make_identity_matrix( ~rows 4 ~cols 4 )
print_matrix( ~matrix c )
println( ~msg 'matrix a' )
print_matrix( ~matrix a )
matrix_scale( ~factor 2 ~matrix a )
println( ~msg 'scale a by 2' )
print_matrix( ~matrix a )
println( ~msg 'matrix b' )
b = make_upper_triangle( ~rows 4 ~cols 4 )
print_matrix( ~matrix b )
d = matrix_mult( ~leftm a ~rightm b )
println( ~msg 'product of matrix a and b' )
print_matrix( ~matrix d )
Included file: matrix.inc
# print a matrix
sub print_matrix( matrix )
numrows = size( ~arg matrix )
numcols = size( ~arg matrix[ 1 ] )
maxfield = 0
for i range( ~from 1 ~to numrows )
for j range( ~from 1 ~to numcols )
ln = size( ~arg '[matrix[i][j]]' )
if maxfield < ln
maxfield = ln
end
end
end
for i range( ~from 1 ~to numrows )
for j range( ~from 1 ~to numcols )
fieldlen = size( ~arg '[matrix[i][j]]' )
while fieldlen < maxfield
print( ~msg ' ' )
fieldlen = fieldlen + 1
end
print( ~msg matrix[i][j] .. ' ' )
end
println( ~msg ' ')
end
end
# multiply each element of a matrix by a factor
sub matrix_scale( factor, matrix )
numrows = size( ~arg matrix )
numcols = size( ~arg matrix[ 1 ] )
for i range( ~from 1 ~to numrows )
for j range( ~from 1 ~to numcols )
matrix[i][j] = factor * matrix[ i ] [ j ]
end
end
end
# multiply two matrixes and returns result of multiplication
sub matrix_mult( leftm, rightm )
numleftrows = size( ~arg leftm )
numleftcols = size( ~arg leftm[ 1 ] )
numrightrows = size( ~arg rightm )
numrightcols = size( ~arg rightm[ 1 ] )
if numleftcols != numrightrows
return []
end
c = []
for left_row range( ~from 1 ~to numleftrows )
for right_col range( ~from 1 ~to numrightcols )
s = 0
for n range( ~from 1 ~to numleftcols )
s = s + leftm[ left_row ] [ n ] * rightm[ n ] [ right_col ]
end
c[ left_row ] [ right_col ] = s
end
end
return c
end
# make upper triangle matrix - all elements 1
sub make_upper_triangle( rows, cols )
c = []
for i range( ~from 1 ~to rows )
for j range( ~from 1 ~to cols )
if i <= j
c[ i ] [ j ] = 1
else
c[ i ] [ j ] = 0
end
end
end
return c
end
# make identity matrix - all ones.
sub make_identity_matrix( rows, cols )
c = []
for i range( ~from 1 ~to rows )
for j range( ~from 1 ~to cols )
if i == j
c[ i ] [ j ] = 1
else
c[ i ] [ j ] = 0
end
end
end
return c
end
Standard output for 01-matrix.p
1 0 0 0
0 1 0 0
0 0 1 0
0 0 0 1
matrix a
1 2 3 4
5 6 7 8
9 0 1 2
3 4 5 6
scale a by 2
2 4 6 8
10 12 14 16
18 0 2 4
6 8 10 12
matrix b
1 1 1 1
0 1 1 1
0 0 1 1
0 0 0 1
product of matrix a and b
2 6 12 20
10 22 36 52
18 18 20 24
6 14 24 36
Trace output for 01-matrix.p
003|a = [ [ 1 , 2 , 3 , 4] , [ 5 , 6 , 7 , 8] , [ 9 , 0 , 1 , 2] , [ 3 , 4 , 5 , 6] ]
010|... = make_identity_matrix( ~rows 4 ~cols 4 )...
091| c = [ ]
092| for ... range( ~from 1 ~to rows:4 )...
092| for i = 1
093| for ... range( ~from 1 ~to cols:4 )...
093| for j = 1
094| if (i:1 == j:1):true
095| c[i:1][j:1]:1 = 1
095| end # if
093| end
093| for ...
093| for j = 2
094| if (i:1 == j:2):false
095| else
097| c[i:1][j:2]:0 = 0
097| end # if
093| end
093| for ...
093| for j = 3
094| if (i:1 == j:3):false
095| else
097| c[i:1][j:3]:0 = 0
097| end # if
093| end
093| for ...
093| for j = 4
094| if (i:1 == j:4):false
095| else
097| c[i:1][j:4]:0 = 0
097| end # if
093| end
093| for ...
093| end # finish for loop
092| end
092| for ...
092| for i = 2
093| for ... range( ~from 1 ~to cols:4 )...
093| for j = 1
094| if (i:2 == j:1):false
095| else
097| c[i:2][j:1]:0 = 0
097| end # if
093| end
093| for ...
093| for j = 2
094| if (i:2 == j:2):true
095| c[i:2][j:2]:1 = 1
095| end # if
093| end
093| for ...
093| for j = 3
094| if (i:2 == j:3):false
095| else
097| c[i:2][j:3]:0 = 0
097| end # if
093| end
093| for ...
093| for j = 4
094| if (i:2 == j:4):false
095| else
097| c[i:2][j:4]:0 = 0
097| end # if
093| end
093| for ...
093| end # finish for loop
092| end
092| for ...
092| for i = 3
093| for ... range( ~from 1 ~to cols:4 )...
093| for j = 1
094| if (i:3 == j:1):false
095| else
097| c[i:3][j:1]:0 = 0
097| end # if
093| end
093| for ...
093| for j = 2
094| if (i:3 == j:2):false
095| else
097| c[i:3][j:2]:0 = 0
097| end # if
093| end
093| for ...
093| for j = 3
094| if (i:3 == j:3):true
095| c[i:3][j:3]:1 = 1
095| end # if
093| end
093| for ...
093| for j = 4
094| if (i:3 == j:4):false
095| else
097| c[i:3][j:4]:0 = 0
097| end # if
093| end
093| for ...
093| end # finish for loop
092| end
092| for ...
092| for i = 4
093| for ... range( ~from 1 ~to cols:4 )...
093| for j = 1
094| if (i:4 == j:1):false
095| else
097| c[i:4][j:1]:0 = 0
097| end # if
093| end
093| for ...
093| for j = 2
094| if (i:4 == j:2):false
095| else
097| c[i:4][j:2]:0 = 0
097| end # if
093| end
093| for ...
093| for j = 3
094| if (i:4 == j:3):false
095| else
097| c[i:4][j:3]:0 = 0
097| end # if
093| end
093| for ...
093| for j = 4
094| if (i:4 == j:4):true
095| c[i:4][j:4]:1 = 1
095| end # if
093| end
093| for ...
093| end # finish for loop
092| end
092| for ...
092| end # finish for loop
101| return c:[ [ 1, 0, 0, 0 ], [ 0, 1, 0, 0 ], [ 0, 0, 1, 0 ], [ 0, 0, 0, 1 ] ]
010|c = make_identity_matrix( ~rows 4 ~cols 4 ):[ [ 1, 0, 0, 0 ], [ 0, 1, 0, 0 ], [ 0, 0, 1, 0 ], [ 0, 0, 0, 1 ] ]
011|print_matrix( ~matrix c:[ [ 1, 0, 0, 0 ], [ 0, 1, 0, 0 ], [ 0, 0, 1, 0 ], [ 0, 0, 0, 1 ] ] )...
006| ... = size( ~arg matrix:-> [ [ 1, 0, 0, 0 ], [ 0, 1, 0, 0 ], [ 0, 0, 1, 0 ], [ 0, 0, 0, 1 ] ] )...
006| numrows = size( ~arg matrix:-> [ [ 1, 0, 0, 0 ], [ 0, 1, 0, 0 ], [ 0, 0, 1, 0 ], [ 0, 0, 0, 1 ] ] ):4
007| ... = size( ~arg matrix[1]:[ 1, 0, 0, 0 ] )...
007| numcols = size( ~arg matrix[1]:[ 1, 0, 0, 0 ] ):4
008| maxfield = 0
010| for ... range( ~from 1 ~to numrows:4 )...
010| for i = 1
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' ):1
013| if (maxfield:0 < ln:1):true
014| maxfield = ln:1
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:1][j:2]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:2]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:1][j:3]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:3]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:1][j:4]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:4]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 2
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:2][j:1]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:1]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:2][j:2]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:2]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:2][j:3]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:3]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:2][j:4]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:4]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 3
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:3][j:1]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:1]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:3][j:4]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:4]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 4
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:4][j:1]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:1]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:4][j:2]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:2]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:4][j:3]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:3]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:4][j:4]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:4]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| end # finish for loop
019| for ... range( ~from 1 ~to numrows:4 )...
019| for i = 1
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:1]:1 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:1][j:2]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:2]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:2]:0 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:1][j:3]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:3]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:3]:0 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:1][j:4]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:4]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:4]:0 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 2
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:2][j:1]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:1]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:1]:0 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:2][j:2]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:2]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:2]:1 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:2][j:3]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:3]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:3]:0 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:2][j:4]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:4]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:4]:0 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 3
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:3][j:1]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:1]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:1]:0 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:2]:0 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:3]:1 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:3][j:4]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:4]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:4]:0 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 4
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:4][j:1]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:1]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:1]:0 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:4][j:2]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:2]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:2]:0 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:4][j:3]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:3]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:3]:0 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:4][j:4]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:4]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:4]:1 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| end # finish for loop
013|println( ~msg 'matrix a' )...
014|print_matrix( ~matrix a:[ -> [ -> 1, -> 2, -> 3, -> 4 ], -> [ -> 5, -> 6, -> 7, -> 8 ], -> [ -> 9, -> 0, -> 1, -> 2 ], -> [ -> 3, -> 4, -> 5, -> 6 ] ] )...
006| ... = size( ~arg matrix:-> [ -> [ -> 1, -> 2, -> 3, -> 4 ], -> [ -> 5, -> 6, -> 7, -> 8 ], -> [ -> 9, -> 0, -> 1, -> 2 ], -> [ -> 3, -> 4, -> 5, -> 6 ] ] )...
006| numrows = size( ~arg matrix:-> [ -> [ -> 1, -> 2, -> 3, -> 4 ], -> [ -> 5, -> 6, -> 7, -> 8 ], -> [ -> 9, -> 0, -> 1, -> 2 ], -> [ -> 3, -> 4, -> 5, -> 6 ] ] ):4
007| ... = size( ~arg matrix[1]:[ -> 1, -> 2, -> 3, -> 4 ] )...
007| numcols = size( ~arg matrix[1]:[ -> 1, -> 2, -> 3, -> 4 ] ):4
008| maxfield = 0
010| for ... range( ~from 1 ~to numrows:4 )...
010| for i = 1
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' ):1
013| if (maxfield:0 < ln:1):true
014| maxfield = ln:1
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:1][j:2]:2 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:2]:2 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:1][j:3]:3 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:3]:3 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:1][j:4]:4 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:4]:4 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 2
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:2][j:1]:5 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:1]:5 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:2][j:2]:6 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:2]:6 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:2][j:3]:7 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:3]:7 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:2][j:4]:8 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:4]:8 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 3
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:3][j:1]:9 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:1]:9 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:3][j:4]:2 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:4]:2 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 4
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:4][j:1]:3 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:1]:3 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:4][j:2]:4 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:2]:4 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:4][j:3]:5 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:3]:5 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:4][j:4]:6 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:4]:6 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| end # finish for loop
019| for ... range( ~from 1 ~to numrows:4 )...
019| for i = 1
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:1]:1 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:1][j:2]:2 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:2]:2 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:2]:2 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:1][j:3]:3 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:3]:3 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:3]:3 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:1][j:4]:4 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:4]:4 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:4]:4 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 2
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:2][j:1]:5 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:1]:5 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:1]:5 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:2][j:2]:6 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:2]:6 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:2]:6 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:2][j:3]:7 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:3]:7 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:3]:7 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:2][j:4]:8 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:4]:8 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:4]:8 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 3
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:3][j:1]:9 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:1]:9 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:1]:9 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:2]:0 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:3]:1 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:3][j:4]:2 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:4]:2 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:4]:2 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 4
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:4][j:1]:3 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:1]:3 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:1]:3 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:4][j:2]:4 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:2]:4 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:2]:4 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:4][j:3]:5 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:3]:5 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:3]:5 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:4][j:4]:6 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:4]:6 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:4]:6 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| end # finish for loop
016|matrix_scale( ~factor 2 ~matrix a:[ -> [ -> 1, -> 2, -> 3, -> 4 ], -> [ -> 5, -> 6, -> 7, -> 8 ], -> [ -> 9, -> 0, -> 1, -> 2 ], -> [ -> 3, -> 4, -> 5, -> 6 ] ] )...
035| ... = size( ~arg matrix:-> [ -> [ -> 1, -> 2, -> 3, -> 4 ], -> [ -> 5, -> 6, -> 7, -> 8 ], -> [ -> 9, -> 0, -> 1, -> 2 ], -> [ -> 3, -> 4, -> 5, -> 6 ] ] )...
035| numrows = size( ~arg matrix:-> [ -> [ -> 1, -> 2, -> 3, -> 4 ], -> [ -> 5, -> 6, -> 7, -> 8 ], -> [ -> 9, -> 0, -> 1, -> 2 ], -> [ -> 3, -> 4, -> 5, -> 6 ] ] ):4
036| ... = size( ~arg matrix[1]:[ -> 1, -> 2, -> 3, -> 4 ] )...
036| numcols = size( ~arg matrix[1]:[ -> 1, -> 2, -> 3, -> 4 ] ):4
039| for ... range( ~from 1 ~to numrows:4 )...
039| for i = 1
040| for ... range( ~from 1 ~to numcols:4 )...
040| for j = 1
041| matrix[i:1][j:1]:2 = (factor:2 * matrix[i:1][j:1]:1):2
040| end
040| for ...
040| for j = 2
041| matrix[i:1][j:2]:4 = (factor:2 * matrix[i:1][j:2]:2):4
040| end
040| for ...
040| for j = 3
041| matrix[i:1][j:3]:6 = (factor:2 * matrix[i:1][j:3]:3):6
040| end
040| for ...
040| for j = 4
041| matrix[i:1][j:4]:8 = (factor:2 * matrix[i:1][j:4]:4):8
040| end
040| for ...
040| end # finish for loop
039| end
039| for ...
039| for i = 2
040| for ... range( ~from 1 ~to numcols:4 )...
040| for j = 1
041| matrix[i:2][j:1]:10 = (factor:2 * matrix[i:2][j:1]:5):10
040| end
040| for ...
040| for j = 2
041| matrix[i:2][j:2]:12 = (factor:2 * matrix[i:2][j:2]:6):12
040| end
040| for ...
040| for j = 3
041| matrix[i:2][j:3]:14 = (factor:2 * matrix[i:2][j:3]:7):14
040| end
040| for ...
040| for j = 4
041| matrix[i:2][j:4]:16 = (factor:2 * matrix[i:2][j:4]:8):16
040| end
040| for ...
040| end # finish for loop
039| end
039| for ...
039| for i = 3
040| for ... range( ~from 1 ~to numcols:4 )...
040| for j = 1
041| matrix[i:3][j:1]:18 = (factor:2 * matrix[i:3][j:1]:9):18
040| end
040| for ...
040| for j = 2
041| matrix[i:3][j:2]:0 = (factor:2 * matrix[i:3][j:2]:0):0
040| end
040| for ...
040| for j = 3
041| matrix[i:3][j:3]:2 = (factor:2 * matrix[i:3][j:3]:1):2
040| end
040| for ...
040| for j = 4
041| matrix[i:3][j:4]:4 = (factor:2 * matrix[i:3][j:4]:2):4
040| end
040| for ...
040| end # finish for loop
039| end
039| for ...
039| for i = 4
040| for ... range( ~from 1 ~to numcols:4 )...
040| for j = 1
041| matrix[i:4][j:1]:6 = (factor:2 * matrix[i:4][j:1]:3):6
040| end
040| for ...
040| for j = 2
041| matrix[i:4][j:2]:8 = (factor:2 * matrix[i:4][j:2]:4):8
040| end
040| for ...
040| for j = 3
041| matrix[i:4][j:3]:10 = (factor:2 * matrix[i:4][j:3]:5):10
040| end
040| for ...
040| for j = 4
041| matrix[i:4][j:4]:12 = (factor:2 * matrix[i:4][j:4]:6):12
040| end
040| for ...
040| end # finish for loop
039| end
039| for ...
039| end # finish for loop
017|println( ~msg 'scale a by 2' )...
018|print_matrix( ~matrix a:[ -> [ -> 2, -> 4, -> 6, -> 8 ], -> [ -> 10, -> 12, -> 14, -> 16 ], -> [ -> 18, -> 0, -> 2, -> 4 ], -> [ -> 6, -> 8, -> 10, -> 12 ] ] )...
006| ... = size( ~arg matrix:-> [ -> [ -> 2, -> 4, -> 6, -> 8 ], -> [ -> 10, -> 12, -> 14, -> 16 ], -> [ -> 18, -> 0, -> 2, -> 4 ], -> [ -> 6, -> 8, -> 10, -> 12 ] ] )...
006| numrows = size( ~arg matrix:-> [ -> [ -> 2, -> 4, -> 6, -> 8 ], -> [ -> 10, -> 12, -> 14, -> 16 ], -> [ -> 18, -> 0, -> 2, -> 4 ], -> [ -> 6, -> 8, -> 10, -> 12 ] ] ):4
007| ... = size( ~arg matrix[1]:[ -> 2, -> 4, -> 6, -> 8 ] )...
007| numcols = size( ~arg matrix[1]:[ -> 2, -> 4, -> 6, -> 8 ] ):4
008| maxfield = 0
010| for ... range( ~from 1 ~to numrows:4 )...
010| for i = 1
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:1][j:1]:2 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:1]:2 .. '' ):1
013| if (maxfield:0 < ln:1):true
014| maxfield = ln:1
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:1][j:2]:4 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:2]:4 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:1][j:3]:6 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:3]:6 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:1][j:4]:8 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:4]:8 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 2
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:2][j:1]:10 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:1]:10 .. '' ):2
013| if (maxfield:1 < ln:2):true
014| maxfield = ln:2
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:2][j:2]:12 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:2]:12 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:2][j:3]:14 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:3]:14 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:2][j:4]:16 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:4]:16 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 3
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:3][j:1]:18 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:1]:18 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' ):1
013| if (maxfield:2 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:3][j:3]:2 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:3]:2 .. '' ):1
013| if (maxfield:2 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:3][j:4]:4 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:4]:4 .. '' ):1
013| if (maxfield:2 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 4
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:4][j:1]:6 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:1]:6 .. '' ):1
013| if (maxfield:2 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:4][j:2]:8 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:2]:8 .. '' ):1
013| if (maxfield:2 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:4][j:3]:10 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:3]:10 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:4][j:4]:12 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:4]:12 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| end # finish for loop
019| for ... range( ~from 1 ~to numrows:4 )...
019| for i = 1
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:1][j:1]:2 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:1]:2 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:1]:2 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:1][j:2]:4 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:2]:4 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:2]:4 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:1][j:3]:6 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:3]:6 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:3]:6 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:1][j:4]:8 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:4]:8 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:4]:8 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 2
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:2][j:1]:10 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:1]:10 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:1]:10 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:2][j:2]:12 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:2]:12 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:2]:12 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:2][j:3]:14 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:3]:14 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:3]:14 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:2][j:4]:16 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:4]:16 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:4]:16 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 3
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:3][j:1]:18 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:1]:18 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:1]:18 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:2]:0 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:3][j:3]:2 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:3]:2 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:3]:2 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:3][j:4]:4 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:4]:4 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:4]:4 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 4
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:4][j:1]:6 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:1]:6 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:1]:6 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:4][j:2]:8 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:2]:8 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:2]:8 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:4][j:3]:10 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:3]:10 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:3]:10 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:4][j:4]:12 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:4]:12 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:4]:12 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| end # finish for loop
020|println( ~msg 'matrix b' )...
021|... = make_upper_triangle( ~rows 4 ~cols 4 )...
076| c = [ ]
077| for ... range( ~from 1 ~to rows:4 )...
077| for i = 1
078| for ... range( ~from 1 ~to cols:4 )...
078| for j = 1
079| if (i:1 <= j:1):true
080| c[i:1][j:1]:1 = 1
080| end # if
078| end
078| for ...
078| for j = 2
079| if (i:1 <= j:2):true
080| c[i:1][j:2]:1 = 1
080| end # if
078| end
078| for ...
078| for j = 3
079| if (i:1 <= j:3):true
080| c[i:1][j:3]:1 = 1
080| end # if
078| end
078| for ...
078| for j = 4
079| if (i:1 <= j:4):true
080| c[i:1][j:4]:1 = 1
080| end # if
078| end
078| for ...
078| end # finish for loop
077| end
077| for ...
077| for i = 2
078| for ... range( ~from 1 ~to cols:4 )...
078| for j = 1
079| if (i:2 <= j:1):false
080| else
082| c[i:2][j:1]:0 = 0
082| end # if
078| end
078| for ...
078| for j = 2
079| if (i:2 <= j:2):true
080| c[i:2][j:2]:1 = 1
080| end # if
078| end
078| for ...
078| for j = 3
079| if (i:2 <= j:3):true
080| c[i:2][j:3]:1 = 1
080| end # if
078| end
078| for ...
078| for j = 4
079| if (i:2 <= j:4):true
080| c[i:2][j:4]:1 = 1
080| end # if
078| end
078| for ...
078| end # finish for loop
077| end
077| for ...
077| for i = 3
078| for ... range( ~from 1 ~to cols:4 )...
078| for j = 1
079| if (i:3 <= j:1):false
080| else
082| c[i:3][j:1]:0 = 0
082| end # if
078| end
078| for ...
078| for j = 2
079| if (i:3 <= j:2):false
080| else
082| c[i:3][j:2]:0 = 0
082| end # if
078| end
078| for ...
078| for j = 3
079| if (i:3 <= j:3):true
080| c[i:3][j:3]:1 = 1
080| end # if
078| end
078| for ...
078| for j = 4
079| if (i:3 <= j:4):true
080| c[i:3][j:4]:1 = 1
080| end # if
078| end
078| for ...
078| end # finish for loop
077| end
077| for ...
077| for i = 4
078| for ... range( ~from 1 ~to cols:4 )...
078| for j = 1
079| if (i:4 <= j:1):false
080| else
082| c[i:4][j:1]:0 = 0
082| end # if
078| end
078| for ...
078| for j = 2
079| if (i:4 <= j:2):false
080| else
082| c[i:4][j:2]:0 = 0
082| end # if
078| end
078| for ...
078| for j = 3
079| if (i:4 <= j:3):false
080| else
082| c[i:4][j:3]:0 = 0
082| end # if
078| end
078| for ...
078| for j = 4
079| if (i:4 <= j:4):true
080| c[i:4][j:4]:1 = 1
080| end # if
078| end
078| for ...
078| end # finish for loop
077| end
077| for ...
077| end # finish for loop
086| return c:[ [ 1, 1, 1, 1 ], [ 0, 1, 1, 1 ], [ 0, 0, 1, 1 ], [ 0, 0, 0, 1 ] ]
021|b = make_upper_triangle( ~rows 4 ~cols 4 ):[ [ 1, 1, 1, 1 ], [ 0, 1, 1, 1 ], [ 0, 0, 1, 1 ], [ 0, 0, 0, 1 ] ]
022|print_matrix( ~matrix b:[ [ 1, 1, 1, 1 ], [ 0, 1, 1, 1 ], [ 0, 0, 1, 1 ], [ 0, 0, 0, 1 ] ] )...
006| ... = size( ~arg matrix:-> [ [ 1, 1, 1, 1 ], [ 0, 1, 1, 1 ], [ 0, 0, 1, 1 ], [ 0, 0, 0, 1 ] ] )...
006| numrows = size( ~arg matrix:-> [ [ 1, 1, 1, 1 ], [ 0, 1, 1, 1 ], [ 0, 0, 1, 1 ], [ 0, 0, 0, 1 ] ] ):4
007| ... = size( ~arg matrix[1]:[ 1, 1, 1, 1 ] )...
007| numcols = size( ~arg matrix[1]:[ 1, 1, 1, 1 ] ):4
008| maxfield = 0
010| for ... range( ~from 1 ~to numrows:4 )...
010| for i = 1
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' ):1
013| if (maxfield:0 < ln:1):true
014| maxfield = ln:1
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:1][j:2]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:2]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:1][j:3]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:3]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:1][j:4]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:4]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 2
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:2][j:1]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:1]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:2][j:2]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:2]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:2][j:3]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:3]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:2][j:4]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:4]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 3
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:3][j:1]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:1]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:3][j:4]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:4]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 4
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:4][j:1]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:1]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:4][j:2]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:2]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:4][j:3]:0 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:3]:0 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:4][j:4]:1 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:4]:1 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| end # finish for loop
019| for ... range( ~from 1 ~to numrows:4 )...
019| for i = 1
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:1]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:1]:1 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:1][j:2]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:2]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:2]:1 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:1][j:3]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:3]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:3]:1 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:1][j:4]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:4]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:4]:1 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 2
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:2][j:1]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:1]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:1]:0 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:2][j:2]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:2]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:2]:1 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:2][j:3]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:3]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:3]:1 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:2][j:4]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:4]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:4]:1 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 3
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:3][j:1]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:1]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:1]:0 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:2]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:2]:0 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:3]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:3]:1 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:3][j:4]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:4]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:4]:1 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 4
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:4][j:1]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:1]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:1]:0 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:4][j:2]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:2]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:2]:0 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:4][j:3]:0 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:3]:0 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:3]:0 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:4][j:4]:1 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:4]:1 .. '' ):1
022| while (fieldlen:1 < maxfield:1):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:4]:1 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| end # finish for loop
024|... = matrix_mult( ~leftm a:[ -> [ -> 2, -> 4, -> 6, -> 8 ], -> [ -> 10, -> 12, -> 14, -> 16 ], -> [ -> 18, -> 0, -> 2, -> 4 ], -> [ -> 6, -> 8, -> 10, -> 12 ] ] ~rightm b:[ [ 1, 1, 1, 1 ], [ 0, 1, 1, 1 ], [ 0, 0, 1, 1 ], [ 0, 0, 0, 1 ] ] )...
049| ... = size( ~arg leftm:-> [ -> [ -> 2, -> 4, -> 6, -> 8 ], -> [ -> 10, -> 12, -> 14, -> 16 ], -> [ -> 18, -> 0, -> 2, -> 4 ], -> [ -> 6, -> 8, -> 10, -> 12 ] ] )...
049| numleftrows = size( ~arg leftm:-> [ -> [ -> 2, -> 4, -> 6, -> 8 ], -> [ -> 10, -> 12, -> 14, -> 16 ], -> [ -> 18, -> 0, -> 2, -> 4 ], -> [ -> 6, -> 8, -> 10, -> 12 ] ] ):4
050| ... = size( ~arg leftm[1]:[ -> 2, -> 4, -> 6, -> 8 ] )...
050| numleftcols = size( ~arg leftm[1]:[ -> 2, -> 4, -> 6, -> 8 ] ):4
052| ... = size( ~arg rightm:-> [ [ 1, 1, 1, 1 ], [ 0, 1, 1, 1 ], [ 0, 0, 1, 1 ], [ 0, 0, 0, 1 ] ] )...
052| numrightrows = size( ~arg rightm:-> [ [ 1, 1, 1, 1 ], [ 0, 1, 1, 1 ], [ 0, 0, 1, 1 ], [ 0, 0, 0, 1 ] ] ):4
053| ... = size( ~arg rightm[1]:[ 1, 1, 1, 1 ] )...
053| numrightcols = size( ~arg rightm[1]:[ 1, 1, 1, 1 ] ):4
055| if (numleftcols:4 != numrightrows:4):false
056| end # if
059| c = [ ]
061| for ... range( ~from 1 ~to numleftrows:4 )...
061| for left_row = 1
062| for ... range( ~from 1 ~to numrightcols:4 )...
062| for right_col = 1
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:1][n:1]:2 * rightm[n:1][right_col:1]:1):2):2
065| end
065| for ...
065| for n = 2
066| s = (s:2 + (leftm[left_row:1][n:2]:4 * rightm[n:2][right_col:1]:0):0):2
065| end
065| for ...
065| for n = 3
066| s = (s:2 + (leftm[left_row:1][n:3]:6 * rightm[n:3][right_col:1]:0):0):2
065| end
065| for ...
065| for n = 4
066| s = (s:2 + (leftm[left_row:1][n:4]:8 * rightm[n:4][right_col:1]:0):0):2
065| end
065| for ...
065| end # finish for loop
068| c[left_row:1][right_col:1]:2 = s:2
062| end
062| for ...
062| for right_col = 2
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:1][n:1]:2 * rightm[n:1][right_col:2]:1):2):2
065| end
065| for ...
065| for n = 2
066| s = (s:2 + (leftm[left_row:1][n:2]:4 * rightm[n:2][right_col:2]:1):4):6
065| end
065| for ...
065| for n = 3
066| s = (s:6 + (leftm[left_row:1][n:3]:6 * rightm[n:3][right_col:2]:0):0):6
065| end
065| for ...
065| for n = 4
066| s = (s:6 + (leftm[left_row:1][n:4]:8 * rightm[n:4][right_col:2]:0):0):6
065| end
065| for ...
065| end # finish for loop
068| c[left_row:1][right_col:2]:6 = s:6
062| end
062| for ...
062| for right_col = 3
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:1][n:1]:2 * rightm[n:1][right_col:3]:1):2):2
065| end
065| for ...
065| for n = 2
066| s = (s:2 + (leftm[left_row:1][n:2]:4 * rightm[n:2][right_col:3]:1):4):6
065| end
065| for ...
065| for n = 3
066| s = (s:6 + (leftm[left_row:1][n:3]:6 * rightm[n:3][right_col:3]:1):6):12
065| end
065| for ...
065| for n = 4
066| s = (s:12 + (leftm[left_row:1][n:4]:8 * rightm[n:4][right_col:3]:0):0):12
065| end
065| for ...
065| end # finish for loop
068| c[left_row:1][right_col:3]:12 = s:12
062| end
062| for ...
062| for right_col = 4
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:1][n:1]:2 * rightm[n:1][right_col:4]:1):2):2
065| end
065| for ...
065| for n = 2
066| s = (s:2 + (leftm[left_row:1][n:2]:4 * rightm[n:2][right_col:4]:1):4):6
065| end
065| for ...
065| for n = 3
066| s = (s:6 + (leftm[left_row:1][n:3]:6 * rightm[n:3][right_col:4]:1):6):12
065| end
065| for ...
065| for n = 4
066| s = (s:12 + (leftm[left_row:1][n:4]:8 * rightm[n:4][right_col:4]:1):8):20
065| end
065| for ...
065| end # finish for loop
068| c[left_row:1][right_col:4]:20 = s:20
062| end
062| for ...
062| end # finish for loop
061| end
061| for ...
061| for left_row = 2
062| for ... range( ~from 1 ~to numrightcols:4 )...
062| for right_col = 1
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:2][n:1]:10 * rightm[n:1][right_col:1]:1):10):10
065| end
065| for ...
065| for n = 2
066| s = (s:10 + (leftm[left_row:2][n:2]:12 * rightm[n:2][right_col:1]:0):0):10
065| end
065| for ...
065| for n = 3
066| s = (s:10 + (leftm[left_row:2][n:3]:14 * rightm[n:3][right_col:1]:0):0):10
065| end
065| for ...
065| for n = 4
066| s = (s:10 + (leftm[left_row:2][n:4]:16 * rightm[n:4][right_col:1]:0):0):10
065| end
065| for ...
065| end # finish for loop
068| c[left_row:2][right_col:1]:10 = s:10
062| end
062| for ...
062| for right_col = 2
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:2][n:1]:10 * rightm[n:1][right_col:2]:1):10):10
065| end
065| for ...
065| for n = 2
066| s = (s:10 + (leftm[left_row:2][n:2]:12 * rightm[n:2][right_col:2]:1):12):22
065| end
065| for ...
065| for n = 3
066| s = (s:22 + (leftm[left_row:2][n:3]:14 * rightm[n:3][right_col:2]:0):0):22
065| end
065| for ...
065| for n = 4
066| s = (s:22 + (leftm[left_row:2][n:4]:16 * rightm[n:4][right_col:2]:0):0):22
065| end
065| for ...
065| end # finish for loop
068| c[left_row:2][right_col:2]:22 = s:22
062| end
062| for ...
062| for right_col = 3
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:2][n:1]:10 * rightm[n:1][right_col:3]:1):10):10
065| end
065| for ...
065| for n = 2
066| s = (s:10 + (leftm[left_row:2][n:2]:12 * rightm[n:2][right_col:3]:1):12):22
065| end
065| for ...
065| for n = 3
066| s = (s:22 + (leftm[left_row:2][n:3]:14 * rightm[n:3][right_col:3]:1):14):36
065| end
065| for ...
065| for n = 4
066| s = (s:36 + (leftm[left_row:2][n:4]:16 * rightm[n:4][right_col:3]:0):0):36
065| end
065| for ...
065| end # finish for loop
068| c[left_row:2][right_col:3]:36 = s:36
062| end
062| for ...
062| for right_col = 4
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:2][n:1]:10 * rightm[n:1][right_col:4]:1):10):10
065| end
065| for ...
065| for n = 2
066| s = (s:10 + (leftm[left_row:2][n:2]:12 * rightm[n:2][right_col:4]:1):12):22
065| end
065| for ...
065| for n = 3
066| s = (s:22 + (leftm[left_row:2][n:3]:14 * rightm[n:3][right_col:4]:1):14):36
065| end
065| for ...
065| for n = 4
066| s = (s:36 + (leftm[left_row:2][n:4]:16 * rightm[n:4][right_col:4]:1):16):52
065| end
065| for ...
065| end # finish for loop
068| c[left_row:2][right_col:4]:52 = s:52
062| end
062| for ...
062| end # finish for loop
061| end
061| for ...
061| for left_row = 3
062| for ... range( ~from 1 ~to numrightcols:4 )...
062| for right_col = 1
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:3][n:1]:18 * rightm[n:1][right_col:1]:1):18):18
065| end
065| for ...
065| for n = 2
066| s = (s:18 + (leftm[left_row:3][n:2]:0 * rightm[n:2][right_col:1]:0):0):18
065| end
065| for ...
065| for n = 3
066| s = (s:18 + (leftm[left_row:3][n:3]:2 * rightm[n:3][right_col:1]:0):0):18
065| end
065| for ...
065| for n = 4
066| s = (s:18 + (leftm[left_row:3][n:4]:4 * rightm[n:4][right_col:1]:0):0):18
065| end
065| for ...
065| end # finish for loop
068| c[left_row:3][right_col:1]:18 = s:18
062| end
062| for ...
062| for right_col = 2
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:3][n:1]:18 * rightm[n:1][right_col:2]:1):18):18
065| end
065| for ...
065| for n = 2
066| s = (s:18 + (leftm[left_row:3][n:2]:0 * rightm[n:2][right_col:2]:1):0):18
065| end
065| for ...
065| for n = 3
066| s = (s:18 + (leftm[left_row:3][n:3]:2 * rightm[n:3][right_col:2]:0):0):18
065| end
065| for ...
065| for n = 4
066| s = (s:18 + (leftm[left_row:3][n:4]:4 * rightm[n:4][right_col:2]:0):0):18
065| end
065| for ...
065| end # finish for loop
068| c[left_row:3][right_col:2]:18 = s:18
062| end
062| for ...
062| for right_col = 3
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:3][n:1]:18 * rightm[n:1][right_col:3]:1):18):18
065| end
065| for ...
065| for n = 2
066| s = (s:18 + (leftm[left_row:3][n:2]:0 * rightm[n:2][right_col:3]:1):0):18
065| end
065| for ...
065| for n = 3
066| s = (s:18 + (leftm[left_row:3][n:3]:2 * rightm[n:3][right_col:3]:1):2):20
065| end
065| for ...
065| for n = 4
066| s = (s:20 + (leftm[left_row:3][n:4]:4 * rightm[n:4][right_col:3]:0):0):20
065| end
065| for ...
065| end # finish for loop
068| c[left_row:3][right_col:3]:20 = s:20
062| end
062| for ...
062| for right_col = 4
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:3][n:1]:18 * rightm[n:1][right_col:4]:1):18):18
065| end
065| for ...
065| for n = 2
066| s = (s:18 + (leftm[left_row:3][n:2]:0 * rightm[n:2][right_col:4]:1):0):18
065| end
065| for ...
065| for n = 3
066| s = (s:18 + (leftm[left_row:3][n:3]:2 * rightm[n:3][right_col:4]:1):2):20
065| end
065| for ...
065| for n = 4
066| s = (s:20 + (leftm[left_row:3][n:4]:4 * rightm[n:4][right_col:4]:1):4):24
065| end
065| for ...
065| end # finish for loop
068| c[left_row:3][right_col:4]:24 = s:24
062| end
062| for ...
062| end # finish for loop
061| end
061| for ...
061| for left_row = 4
062| for ... range( ~from 1 ~to numrightcols:4 )...
062| for right_col = 1
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:4][n:1]:6 * rightm[n:1][right_col:1]:1):6):6
065| end
065| for ...
065| for n = 2
066| s = (s:6 + (leftm[left_row:4][n:2]:8 * rightm[n:2][right_col:1]:0):0):6
065| end
065| for ...
065| for n = 3
066| s = (s:6 + (leftm[left_row:4][n:3]:10 * rightm[n:3][right_col:1]:0):0):6
065| end
065| for ...
065| for n = 4
066| s = (s:6 + (leftm[left_row:4][n:4]:12 * rightm[n:4][right_col:1]:0):0):6
065| end
065| for ...
065| end # finish for loop
068| c[left_row:4][right_col:1]:6 = s:6
062| end
062| for ...
062| for right_col = 2
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:4][n:1]:6 * rightm[n:1][right_col:2]:1):6):6
065| end
065| for ...
065| for n = 2
066| s = (s:6 + (leftm[left_row:4][n:2]:8 * rightm[n:2][right_col:2]:1):8):14
065| end
065| for ...
065| for n = 3
066| s = (s:14 + (leftm[left_row:4][n:3]:10 * rightm[n:3][right_col:2]:0):0):14
065| end
065| for ...
065| for n = 4
066| s = (s:14 + (leftm[left_row:4][n:4]:12 * rightm[n:4][right_col:2]:0):0):14
065| end
065| for ...
065| end # finish for loop
068| c[left_row:4][right_col:2]:14 = s:14
062| end
062| for ...
062| for right_col = 3
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:4][n:1]:6 * rightm[n:1][right_col:3]:1):6):6
065| end
065| for ...
065| for n = 2
066| s = (s:6 + (leftm[left_row:4][n:2]:8 * rightm[n:2][right_col:3]:1):8):14
065| end
065| for ...
065| for n = 3
066| s = (s:14 + (leftm[left_row:4][n:3]:10 * rightm[n:3][right_col:3]:1):10):24
065| end
065| for ...
065| for n = 4
066| s = (s:24 + (leftm[left_row:4][n:4]:12 * rightm[n:4][right_col:3]:0):0):24
065| end
065| for ...
065| end # finish for loop
068| c[left_row:4][right_col:3]:24 = s:24
062| end
062| for ...
062| for right_col = 4
064| s = 0
065| for ... range( ~from 1 ~to numleftcols:4 )...
065| for n = 1
066| s = (s:0 + (leftm[left_row:4][n:1]:6 * rightm[n:1][right_col:4]:1):6):6
065| end
065| for ...
065| for n = 2
066| s = (s:6 + (leftm[left_row:4][n:2]:8 * rightm[n:2][right_col:4]:1):8):14
065| end
065| for ...
065| for n = 3
066| s = (s:14 + (leftm[left_row:4][n:3]:10 * rightm[n:3][right_col:4]:1):10):24
065| end
065| for ...
065| for n = 4
066| s = (s:24 + (leftm[left_row:4][n:4]:12 * rightm[n:4][right_col:4]:1):12):36
065| end
065| for ...
065| end # finish for loop
068| c[left_row:4][right_col:4]:36 = s:36
062| end
062| for ...
062| end # finish for loop
061| end
061| for ...
061| end # finish for loop
071| return c:[ [ 2, 6, 12, 20 ], [ 10, 22, 36, 52 ], [ 18, 18, 20, 24 ], [ 6, 14, 24, 36 ] ]
024|d = matrix_mult( ~leftm a:[ -> [ -> 2, -> 4, -> 6, -> 8 ], -> [ -> 10, -> 12, -> 14, -> 16 ], -> [ -> 18, -> 0, -> 2, -> 4 ], -> [ -> 6, -> 8, -> 10, -> 12 ] ] ~rightm b:[ [ 1, 1, 1, 1 ], [ 0, 1, 1, 1 ], [ 0, 0, 1, 1 ], [ 0, 0, 0, 1 ] ] ):[ [ 2, 6, 12, 20 ], [ 10, 22, 36, 52 ], [ 18, 18, 20, 24 ], [ 6, 14, 24, 36 ] ]
025|println( ~msg 'product of matrix a and b' )...
026|print_matrix( ~matrix d:[ [ 2, 6, 12, 20 ], [ 10, 22, 36, 52 ], [ 18, 18, 20, 24 ], [ 6, 14, 24, 36 ] ] )...
006| ... = size( ~arg matrix:-> [ [ 2, 6, 12, 20 ], [ 10, 22, 36, 52 ], [ 18, 18, 20, 24 ], [ 6, 14, 24, 36 ] ] )...
006| numrows = size( ~arg matrix:-> [ [ 2, 6, 12, 20 ], [ 10, 22, 36, 52 ], [ 18, 18, 20, 24 ], [ 6, 14, 24, 36 ] ] ):4
007| ... = size( ~arg matrix[1]:[ 2, 6, 12, 20 ] )...
007| numcols = size( ~arg matrix[1]:[ 2, 6, 12, 20 ] ):4
008| maxfield = 0
010| for ... range( ~from 1 ~to numrows:4 )...
010| for i = 1
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:1][j:1]:2 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:1]:2 .. '' ):1
013| if (maxfield:0 < ln:1):true
014| maxfield = ln:1
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:1][j:2]:6 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:2]:6 .. '' ):1
013| if (maxfield:1 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:1][j:3]:12 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:3]:12 .. '' ):2
013| if (maxfield:1 < ln:2):true
014| maxfield = ln:2
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:1][j:4]:20 .. '' )...
012| ln = size( ~arg '' .. matrix[i:1][j:4]:20 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 2
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:2][j:1]:10 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:1]:10 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:2][j:2]:22 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:2]:22 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:2][j:3]:36 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:3]:36 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:2][j:4]:52 .. '' )...
012| ln = size( ~arg '' .. matrix[i:2][j:4]:52 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 3
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:3][j:1]:18 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:1]:18 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:3][j:2]:18 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:2]:18 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:3][j:3]:20 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:3]:20 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:3][j:4]:24 .. '' )...
012| ln = size( ~arg '' .. matrix[i:3][j:4]:24 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| for i = 4
011| for ... range( ~from 1 ~to numcols:4 )...
011| for j = 1
012| ... = size( ~arg '' .. matrix[i:4][j:1]:6 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:1]:6 .. '' ):1
013| if (maxfield:2 < ln:1):false
014| end # if
011| end
011| for ...
011| for j = 2
012| ... = size( ~arg '' .. matrix[i:4][j:2]:14 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:2]:14 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 3
012| ... = size( ~arg '' .. matrix[i:4][j:3]:24 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:3]:24 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| for j = 4
012| ... = size( ~arg '' .. matrix[i:4][j:4]:36 .. '' )...
012| ln = size( ~arg '' .. matrix[i:4][j:4]:36 .. '' ):2
013| if (maxfield:2 < ln:2):false
014| end # if
011| end
011| for ...
011| end # finish for loop
010| end
010| for ...
010| end # finish for loop
019| for ... range( ~from 1 ~to numrows:4 )...
019| for i = 1
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:1][j:1]:2 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:1]:2 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:1]:2 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:1][j:2]:6 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:2]:6 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:2]:6 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:1][j:3]:12 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:3]:12 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:3]:12 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:1][j:4]:20 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:1][j:4]:20 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:1][j:4]:20 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 2
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:2][j:1]:10 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:1]:10 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:1]:10 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:2][j:2]:22 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:2]:22 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:2]:22 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:2][j:3]:36 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:3]:36 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:3]:36 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:2][j:4]:52 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:2][j:4]:52 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:2][j:4]:52 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 3
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:3][j:1]:18 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:1]:18 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:1]:18 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:3][j:2]:18 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:2]:18 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:2]:18 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:3][j:3]:20 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:3]:20 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:3]:20 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:3][j:4]:24 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:3][j:4]:24 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:3][j:4]:24 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| for i = 4
020| for ... range( ~from 1 ~to numcols:4 )...
020| for j = 1
021| ... = size( ~arg '' .. matrix[i:4][j:1]:6 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:1]:6 .. '' ):1
022| while (fieldlen:1 < maxfield:2):true
023| print( ~msg ' ' )...
024| fieldlen = (fieldlen:1 + 1):2
025| end
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:1]:6 .. ' ' )...
020| end
020| for ...
020| for j = 2
021| ... = size( ~arg '' .. matrix[i:4][j:2]:14 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:2]:14 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:2]:14 .. ' ' )...
020| end
020| for ...
020| for j = 3
021| ... = size( ~arg '' .. matrix[i:4][j:3]:24 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:3]:24 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:3]:24 .. ' ' )...
020| end
020| for ...
020| for j = 4
021| ... = size( ~arg '' .. matrix[i:4][j:4]:36 .. '' )...
021| fieldlen = size( ~arg '' .. matrix[i:4][j:4]:36 .. '' ):2
022| while (fieldlen:2 < maxfield:2):false
025| end # finish loop
026| print( ~msg matrix[i:4][j:4]:36 .. ' ' )...
020| end
020| for ...
020| end # finish for loop
028| println( ~msg ' ' )...
019| end
019| for ...
019| end # finish for loop