99 lines
1.8 KiB
Plaintext
99 lines
1.8 KiB
Plaintext
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#include "dec.ocm"
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proc prompt(value str[])=
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seq i=[1 for str[byte 0]]
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output ! str[byte i]
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:
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def N=20 :
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var n:
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var A[N*N], x[N], k[N], y[N] :
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proc initialise=
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var c:
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seq
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prompt("n?*n")
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c:='*s'
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decin(input, n, c)
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prompt("A?*n")
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seq i= [0 for n]
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seq j= [0 for n]
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decin(input, A[(i*n)+j], c)
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prompt("x?*n")
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seq i= [0 for n]
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decin(input, x[i], c)
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prompt("k?*n")
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seq i= [0 for n]
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decin(input, k[i], c) :
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proc produce.xj(value j, chan south) =
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-- north row: source of x values
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while true
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south ! x[j] :
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proc consume.yi(value i, chan east) =
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-- west column: read y values
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east ? y[i] :
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proc offset(value ki, chan west) =
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-- east column: source of k offsets
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while true
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west ! ki :
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proc multiplier(value aij, chan north, south, west, east) =
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-- middle: responsible for a values
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var xj, aij.times.xj, yi :
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seq
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north ? xj
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while true
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seq
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par
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south ! xj
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aij.times.xj:= aij*xj
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east ? yi
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par
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west ! yi+aij.times.xj
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north ? xj :
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proc sink(chan north) =
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-- south row: sink for unused outputs
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while true
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north ? any :
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seq
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initialise
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chan north.south[(N+1)*N], east.west[N*(N+1)] :
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par
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par j= [0 for n] -- producer of co-ordinates x[j]
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produce.xj(j, north.south[j])
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par -- the matrix multiplier
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par i= [0 for n]
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offset(k[i], east.west[(n*n)+i])
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par i= [0 for n]
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par j= [0 for n]
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multiplier(A[(n*i)+j],
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north.south[(n*i)+j],
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north.south[(n*(i+1))+j],
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east.west[i+(n*j)],
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east.west[i+(n*(j+1))])
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par j= [0 for n]
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sink(north.south[(n*n)+j])
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seq
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par i= [0 for n]-- consumer of transformed co-ordinates
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consume.yi(i, east.west[i])
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seq i= [0 for n]
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seq
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output ! 'y'; '['
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decout(output, i, 0)
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output ! ']'; '='
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decout(output, y[i], 5)
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output ! '*n'
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exit(0)
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