classdef bsxuint64 < uint64
methods
% Constructor
function obj = bsxuint64(data)
if nargin == 0
data = [];
end
obj = obj@uint64(data);
end
function res = and(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('and',x,y);
else
res=bsxfun(@and,x,y);
end
res = bsxuint64(res);
end
function res = atan2(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('atan2',x,y);
else
res=bsxfun(@atan2,x,y);
end
res = bsxuint64(res);
end
function res = eq(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('eq',x,y);
else
res=bsxfun(@eq,x,y);
end
res = bsxuint64(res);
end
function res = ge(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('ge',x,y);
else
res=bsxfun(@ge,x,y);
end
res = bsxuint64(res);
end
function res = gt(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('gt',x,y);
else
res=bsxfun(@gt,x,y);
end
res = bsxuint64(res);
end
function res = hypot(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('hypot',x,y);
else
res=bsxfun(@hypot,x,y);
end
res = bsxuint64(res);
end
function res = ldivide(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('ldivide',x,y);
else
res=bsxfun(@ldivide,x,y);
end
res = bsxuint64(res);
end
function varargout = max(varargin)
if nargin==2
x = uint64(varargin{1});
y = uint64(varargin{2});
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
varargout{1}=builtin('max',x,y);
else
varargout{1}=bsxfun(@max,x,y);
end
else
varargin{1} = uint64(varargin{1});
if nargout==0
out={[]};
else
out=cell(1,nargout,1);
end
[out{:}]=builtin('max',varargin{:});
varargout=out;
end
varargout{1} = bsxuint64(varargout{1});
end
function varargout = min(varargin)
if nargin==2
x = uint64(varargin{1});
y = uint64(varargin{2});
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
varargout{1}=builtin('min',x,y);
else
varargout{1}=bsxfun(@min,x,y);
end
else
varargin{1} = uint64(varargin{1});
if nargout==0
out={[]};
else
out=cell(1,nargout,1);
end
[out{:}]=builtin('min',varargin{:});
varargout=out;
end
varargout{1} = bsxuint64(varargout{1});
end
function res = minus(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('minus',x,y);
else
res=bsxfun(@minus,x,y);
end
res = bsxuint64(res);
end
function res = mod(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('mod',x,y);
else
res=bsxfun(@mod,x,y);
end
res = bsxuint64(res);
end
function res = ne(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('ne',x,y);
else
res=bsxfun(@ne,x,y);
end
res = bsxuint64(res);
end
function res = or(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('or',x,y);
else
res=bsxfun(@or,x,y);
end
res = bsxuint64(res);
end
function res = plus(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('plus',x,y);
else
res=bsxfun(@plus,x,y);
end
res = bsxuint64(res);
end
function res = power(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('power',x,y);
else
res=bsxfun(@power,x,y);
end
res = bsxuint64(res);
end
function res = rdivide(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('rdivide',x,y);
else
res=bsxfun(@rdivide,x,y);
end
res = bsxuint64(res);
end
function res = rem(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('rem',x,y);
else
res=bsxfun(@rem,x,y);
end
res = bsxuint64(res);
end
function res = times(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('times',x,y);
else
res=bsxfun(@times,x,y);
end
res = bsxuint64(res);
end
function res = xor(x,y)
x = uint64(x);
y = uint64(y);
if isequal(size(x),size(y)) || isscalar(x) || isscalar(y)
res=builtin('xor',x,y);
else
res=bsxfun(@xor,x,y);
end
res = bsxuint64(res);
end
end
end
