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// Scilab ( http://www.scilab.org/ ) - This file is part of Scilab
// Copyright (C) ???? - INRIA - Scilab
//
// This file must be used under the terms of the CeCILL.
// This source file is licensed as described in the file COPYING, which
// you should have received as part of this distribution. The terms
// are also available at
// http://www.cecill.info/licences/Licence_CeCILL_V2.1-en.txt
function tree=%cc_cell2sci(tree)
// Make a CELL 'column' with many rows
if typeof(tree.operands(1))=="funcall" then
if tree.operands(1).name=="cell" then
tree.out(1).infer=Infer(list(1,1),Type(Cell,Unknown),Contents())
tree.out(1).contents.index($+1)=list(list(Cste(1),Cste(1)),Cste("entries"))
tree.out(1).contents.data($+1)=tree.operands(2).infer
return
end
end
if tree.operands(1).vtype==Cell then
tree.out(1).infer=tree.operands(1).infer
else
tree.out(1).infer=Infer(list(1,1),Type(Cell,Unknown),Contents())
tree.out(1).contents.index($+1)=list(list(Cste(1),Cste(1)),Cste("entries"))
tree.out(1).contents.data($+1)=tree.operands(1).infer
end
dim1=tree.operands(1).dims(1)
dim2=tree.operands(1).dims(2)
INFER=list()
if dim2==1 then
INFER(1)=tree.operands(2).infer
else
// Second operand is a rc or a +
op=tree.operands(2)
for kd2=1:dim2-1
for ki=lstsize(INFER):-1:1
INFER(ki+1)=INFER(ki)
end
INFER(1)=op.operands(2).infer
op=op.operands(1)
end
for ki=lstsize(INFER):-1:1
INFER(ki+1)=INFER(ki)
end
INFER(1)=op.infer
end
for kd2=1:dim2
tree.out(1).contents.index($+1)=list(list(Cste(dim1+1),Cste(kd2)),Cste("entries"))
tree.out(1).contents.data($+1)=INFER(kd2)
tree.out(1).contents.index($+1)=list(Cste(dim1+1),Cste(kd2))
tree.out(1).contents.data($+1)=Infer(list(1,1),Type(Cell,Unknown),..
Contents(list(list(list(Cste(1),Cste(1)),Cste("entries"))),list(tree.out(1).contents.data($))))
end
if tree.out(1).dims(1)<>Unknown then
tree.out(1).dims(1)=tree.out(1).dims(1)+1
end
if tree.out(1).dims(2)==0 then
tree.out(1).dims(2)=tree.out(1).dims(2)+1
end
endfunction
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