1σ marginalized per cent errors on f from the MCMC analyses at z = 0.5 and z = 1. We utilize the monopole and quadrupole up to the kmax given in Table 1, and the hexadecapole up to |$k_{\rm max,4} = 0.129 \, h\, {\rm Mpc}^{-1}$| for TNS and |$k_{\rm max,4} = 0.245 \, h\, {\rm Mpc}^{-1}$| for EFTofLSS at z = 0.5, while |$k_{\rm max,4} =0.05 \, h\, {\rm Mpc}^{-1}$| for TNS and |$k_{\rm max,4} =0.16 \, h\, {\rm Mpc}^{-1}$| for EFTofLSS at z = 1.
| . | TNS Lor . | EFTofLSS . | ||||
|---|---|---|---|---|---|---|
| z . | P0 + P2 . | +P4 . | |$+10\,\mathrm{ per}\,\mathrm{ cent}$| prior . | P0 + P2 . | +P4 . | |$+10\,\mathrm{ per}\,\mathrm{ cent}$| prior . |
| 0.5 | |$3.6\,\mathrm{ per}\,\mathrm{ cent}$| | |$3.2\,\mathrm{ per}\,\mathrm{ cent}$| | |$3.5 \,\mathrm{ per}\,\mathrm{ cent}$| | |$2.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.1\,\mathrm{ per}\,\mathrm{ cent}$| |
| 1 | |$3.0\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.6\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.5\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.0\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.7\,\mathrm{ per}\,\mathrm{ cent}$| |
| . | TNS Lor . | EFTofLSS . | ||||
|---|---|---|---|---|---|---|
| z . | P0 + P2 . | +P4 . | |$+10\,\mathrm{ per}\,\mathrm{ cent}$| prior . | P0 + P2 . | +P4 . | |$+10\,\mathrm{ per}\,\mathrm{ cent}$| prior . |
| 0.5 | |$3.6\,\mathrm{ per}\,\mathrm{ cent}$| | |$3.2\,\mathrm{ per}\,\mathrm{ cent}$| | |$3.5 \,\mathrm{ per}\,\mathrm{ cent}$| | |$2.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.1\,\mathrm{ per}\,\mathrm{ cent}$| |
| 1 | |$3.0\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.6\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.5\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.0\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.7\,\mathrm{ per}\,\mathrm{ cent}$| |
1σ marginalized per cent errors on f from the MCMC analyses at z = 0.5 and z = 1. We utilize the monopole and quadrupole up to the kmax given in Table 1, and the hexadecapole up to |$k_{\rm max,4} = 0.129 \, h\, {\rm Mpc}^{-1}$| for TNS and |$k_{\rm max,4} = 0.245 \, h\, {\rm Mpc}^{-1}$| for EFTofLSS at z = 0.5, while |$k_{\rm max,4} =0.05 \, h\, {\rm Mpc}^{-1}$| for TNS and |$k_{\rm max,4} =0.16 \, h\, {\rm Mpc}^{-1}$| for EFTofLSS at z = 1.
| . | TNS Lor . | EFTofLSS . | ||||
|---|---|---|---|---|---|---|
| z . | P0 + P2 . | +P4 . | |$+10\,\mathrm{ per}\,\mathrm{ cent}$| prior . | P0 + P2 . | +P4 . | |$+10\,\mathrm{ per}\,\mathrm{ cent}$| prior . |
| 0.5 | |$3.6\,\mathrm{ per}\,\mathrm{ cent}$| | |$3.2\,\mathrm{ per}\,\mathrm{ cent}$| | |$3.5 \,\mathrm{ per}\,\mathrm{ cent}$| | |$2.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.1\,\mathrm{ per}\,\mathrm{ cent}$| |
| 1 | |$3.0\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.6\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.5\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.0\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.7\,\mathrm{ per}\,\mathrm{ cent}$| |
| . | TNS Lor . | EFTofLSS . | ||||
|---|---|---|---|---|---|---|
| z . | P0 + P2 . | +P4 . | |$+10\,\mathrm{ per}\,\mathrm{ cent}$| prior . | P0 + P2 . | +P4 . | |$+10\,\mathrm{ per}\,\mathrm{ cent}$| prior . |
| 0.5 | |$3.6\,\mathrm{ per}\,\mathrm{ cent}$| | |$3.2\,\mathrm{ per}\,\mathrm{ cent}$| | |$3.5 \,\mathrm{ per}\,\mathrm{ cent}$| | |$2.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.1\,\mathrm{ per}\,\mathrm{ cent}$| |
| 1 | |$3.0\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.6\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.5\,\mathrm{ per}\,\mathrm{ cent}$| | |$2.0\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.8\,\mathrm{ per}\,\mathrm{ cent}$| | |$1.7\,\mathrm{ per}\,\mathrm{ cent}$| |
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