This has very limited capabilities and is intended
mainly to convert parameter names in mathematical expression strings
to associated TeX symbols so they look good when tikz
is in use.
texify(x, dollars = TRUE, force = dev_is_tikz())character string to be interpreted
if TRUE then surround output string in $ signs
if TRUE then convert to TeX even if dev_is_tikz returns FALSE
Other classic_macpan:
add_d_log(),
add_updated_vaxrate(),
aggregate_agecats(),
calibrate_comb(),
calibrate(),
check_age_cat_compatibility(),
check_contact_rate_setting(),
col_multiply(),
condense_age(),
condense_params_vax(),
condense_state(),
condense_vax(),
dev_is_tikz(),
do_step(),
expand_params_age(),
expand_params_desc_age(),
expand_params_desc_variant(),
expand_params_desc_vax(),
expand_params_mistry(),
expand_params_variant(),
expand_params_vax(),
expand_state_age(),
expand_state_vax(),
expand_stateval_testing(),
fix_pars(),
fix_stored(),
forecast_ensemble(),
forecast_sim(),
getData(),
get_GI_moments(),
get_Gbar(),
get_R0(),
get_doses_per_day(),
get_evec(),
get_kernel_moments(),
get_opt_pars(),
get_r(),
invlink_trans(),
make_betavec(),
make_beta(),
make_jac(),
make_ratemat(),
make_state(),
make_test_wtsvec(),
make_vaxrate(),
mk_Nvec(),
mk_agecats(),
mk_contact_rate_setting(),
mk_mistry_Nvec(),
mk_pmat(),
mk_vaxcats(),
mle_fun(),
non_expanded_states,
rExp(),
read_params(),
repair_names_age(),
restore(),
run_sim_ageify(),
run_sim_break(),
run_sim_loglin(),
run_sim_mobility(),
run_sim_range(),
run_sim(),
show_ratemat(),
testify(),
trans_state_vars(),
update_contact_rate_setting(),
update_foi(),
update_params_mistry(),
vis_model(),
write_params()
texify("R0 = beta/gamma")
#> [1] "R0 = beta/gamma"
texify("R0 = beta/gamma", dollars=FALSE, force=TRUE)
#> [1] "{\\mathcal R}_0 = \\beta/\\gamma"