📄 dpot.m
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function pot = dpot(domain, sizes, T)
% DPOT Make a discrete (sparse) potential.
% pot = dpot(domain, sizes, T, spar)
%
% sizes(i) is the size of the i'th domain element.
% T defaults to all 1s.
%assert(length(sizes) == length(domain));
pot.domain = domain(:)'; % so we can see it when we display
if nargin < 3
pot.T = myones(sizes);
%pot.T = ones(1,prod(sizes)); % 1D vector
else
if isempty(T)
pot.T = [];
else
if issparse(T)
pot.T = T;
else
pot.T = myreshape(T, sizes);
end
end
end
pot.sizes = sizes(:)';
pot = class(pot, 'dpot');
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