mccode_display: runs the model in --trace mode and capture the output
grab all MCDISPLAY lines, and render the TRACE information into a figure.
mccode_display
alone displays the default mccode model view (diffractometer)
mccode_display(path_to_mccode_instr)
compiles the given mccode instrument and displays it
mccode_display(model)
displays the given McCode model with its defaults/current parameters.
mccode_display(model, parameters)
same as above, but uses the given parameters (vector, structure, cell)
[comps, fig] = mccode_display(...)
returns the list of components, figure used for display and updated model.
Example:
model = mccode('instrument_file')
mccode_display(model)
a figure is generated, which shows the instrument geometry.
input:
model: instrument simulation as obtained with 'mccode' (iFunc)
or path to an instrumnt definition to compile.
parameters: parameters to use, as a vector, cell, structure...
options: rendering options. Can contain 'html','x3d','png'
output:
comps: a list of component specifications (structure array)
fig: figure handle
model: model, updated or created (iFunc)
See also: mccode, iFunc, iFunc/feval, http://www.mcstas.org