Create an output sqw file with dummy data using array(s) of energy bins instead spe file(s).
>> fake_sqw (sqw, en, par_file, sqw_file, efix, emode, alatt, angdeg,...
u, v, psi, omega, dpsi, gl, gs)
>> fake_sqw (sqw, en, par_file, sqw_file, efix, emode, alatt, angdeg,...
u, v, psi, omega, dpsi, gl, gs, grid_size_in, urange_in)
>> [tmp_file, grid_size, urange] = fake_sqw (...)
Input:
------
en Energy bin boundaries (must be monotonically increasing and equally spaced)
or cell array of arrays of energy bin boundaries, one array per spe file
par_file Full file name of detector parameter file (Tobyfit format)
sqw_file Full file name of output sqw file
efix Fixed energy (meV) [scalar or vector length nfile]
emode Direct geometry=1, indirect geometry=2 [scalar]
alatt Lattice parameters (Ang^-1) [row or column vector]
angdeg Lattice angles (deg) [row or column vector]
u First vector (1x3) defining scattering plane (r.l.u.)
v Second vector (1x3) defining scattering plane (r.l.u.)
psi Angle of u w.r.t. ki (deg) [scalar or vector length nfile]
omega Angle of axis of small goniometer arc w.r.t. notional u (deg) [scalar or vector length nfile]
dpsi Correction to psi (deg) [scalar or vector length nfile]
gl Large goniometer arc angle (deg) [scalar or vector length nfile]
gs Small goniometer arc angle (deg) [scalar or vector length nfile]
grid_size_in [Optional] Scalar or row vector of grid dimensions. Default is [50,50,50,50]
urange_in [Optional] Range of data grid for output. If not given, then uses smallest hypercuboid
that encloses the whole data range.
Output:
--------
tmp_file List of temporary files
grid_size Actual size of grid used (size is unity along dimensions
where there is zero range of the data points)
urange Actual range of grid
Use to generate an sqw file that can be used for creating simulations. Syntax very similar to
gen_sqw: the only difference is that the input spe data is replaced by energy bin boundaries.
% Overloaded methods:
sqw/fake_sqw
sqw/fake_sqw