tabulatedView=html`

${data.input["number of sequences"]} sequences in the alignment	${data.input["number of sites"]} sites in the alignment
${d3.format(".1f")(data["fits"]["Unconstrained model"]["Log Likelihood"])} Unconstrained model log L	${d3.format(".1f")(data["fits"]["Unconstrained model"]["AIC-c"])} Unconstrained model cAIC	${d3.format(".2f")(data["fits"]["Unconstrained model"]["Rate Distributions"]["Test"]["2"]["omega"])} Unconstrained model w3 value	${d3.format(".2f")(data["fits"]["Unconstrained model"]["Rate Distributions"]["Test"]["2"]["proportion"])} Unconstrained model p3 value
${d3.format(".1f")(data["fits"]["Constrained model"]["Log Likelihood"])} Constrained model log L	${d3.format(".1f")(data["fits"]["Constrained model"]["AIC-c"])} Constrained model cAIC	${d3.format(".2f")(data["fits"]["Constrained model"]["Rate Distributions"]["Test"]["2"]["omega"])} Constrained model w3 value	${d3.format(".2f")(data["fits"]["Constrained model"]["Rate Distributions"]["Test"]["2"]["proportion"])} Constrained model p3 value

`