rm legacy eval() approach to defining probes

[mlp6]

[mlp6]

these probes still need to be implemented in dynaField.m

big_low_freq.m:Th = xdc_convex_focused_array(tx_el_x,width,height,kerf_x,radius,elevfoc,no_sub_x,no_sub_y,FIELD_PARAMS.focus);
drug_piston.m:Th = xdc_concave(radius,focus,ele_size);

optical_piston.m:Th = xdc_concave(radius,focus,ele_size);

vl25b_params.m:xdc_impulse(emit,impulse_response);
vl25b_params.m:xdc_impulse(receive,impulse_response);
vl25b_params.m:xdc_excitation(emit,excitation);
vl25b_params.m:emit=xdc_2d_array(no_ele_x_emit, no_ele_y_emit, width, height, kerf_x_emit, kerf_y_emit,...
vl25b_params.m:receive=xdc_2d_array(no_ele_x_receive, no_ele_y_receive, width, height, kerf_x_emit, kerf_y_emit,...

[ndanieley]

so basically the .m files mentioned above need to have JSON files written?

[mlp6]

Already have the JSON written (by you @ndanieley ); I'm adding hooks in the Matlab code to use your JSON files and eventually get rid of the *.m files for the fem and ultratrack repositories.

[ndanieley]

On Wed, Jun 13, 2018 at 08:03:16PM -0700, Mark Palmeri wrote: Already have the JSON written (by you ***@***.*** ); I'm adding hooks in the Matlab code to use your JSON files and eventually get rid of the *.m files for the fem and ultratrack repositories.

yeah, I saw that after I made the comment. it does look like there are some probes that have .m files but not .json files; do they need to be converted?

…

-- Ned Danieley (ned.danieley@duke.edu) Department of Biomedical Engineering Box 90281, Duke University Durham, NC 27708 (919) 660-5111 http://dilbert.com/strips/comic/2012-02-11/