Table 3.

Table showing constraints on the derived parameters obtained from TESS observations for each of our target planets using ALLESFITTER.

Derived parametersWASP-018WASP-121WASP-043WASP-017WASP-077WASP-019
|$R_\star /a_\mathrm{b}$||$0.2853\pm 0.0016$||$0.2653_{-0.0022}^{+0.0026}$||$0.2089_{-0.0026}^{+0.0028}$||$0.1485\pm 0.0022$||$0.1890\pm 0.0042$||$0.2802\pm 0.0031$|
|$a_\mathrm{b}/R_\star$||$3.505\pm 0.019$||$3.769_{-0.037}^{+0.031}$||$4.786\pm 0.063$||$6.736\pm 0.099$||$5.29\pm 0.123\,$||$0.123\,.569\pm 0.039$|
|$R_\mathrm{b}/a_\mathrm{b}$||$0.027\,87\pm 0.000\,20$||$0.03218_{-0.000\,33}^{+0.000\,38}$||$0.033\,20\pm 0.000\,58$||$0.018\,38\pm 0.000\,34$||$0.02447_{-0.000\,67}^{+0.000\,72}$||$0.040\,96_{-0.000\,67}^{+0.000\,59}$|
|$R_\mathrm{b}$| (⁠|$\mathrm{R_{jup}}$|⁠)|$1.198\pm 0.038$||$1.752\pm 0.071$||$1.042\pm 0.017$||$1.79\pm 0.23$||$1.285\pm 0.090$||$1.436\pm 0.045$|
|$a_\mathrm{b}$| (AU)|$0.02054\pm 0.000\,67$||$0.0260\pm 0.0011$||$0.015\,01\pm 0.000\,29$||$0.0467\pm 0.0061$||$0.0251\pm 0.0018$||$0.01677\pm 0.000\,54$|
Inclination; |$i_\mathrm{b}$| (°)|$83.98\pm 0.29$||$87.45_{-0.69}^{+0.89}$||$81.92_{-0.19}^{+0.20}$||$86.13_{-0.28}^{+0.31}$||$87.13_{-0.85}^{+1.2}$||$79.41_{-0.30}^{+0.35}$|
Impact parameter; b|$0.371\pm 0.016$||$0.167_{-0.058}^{+0.044}$||$0.673\pm 0.011$||$0.458_{-0.031}^{+0.027}$||$0.268_{-0.11}^{+0.072}$||$0.662_{-0.015\,}^{+0.012}$|
Equilibrium temperature (K)|$2222\pm 18$||$2258_{-44}^{+48}$||$1268_{-13}^{+15}$||$1632\pm 28$||$1580\pm 26$||$1922\pm 25$|
Transit depth (ppt)|$10.644_{-0.018}^{+0.016}$||$16.409_{-0.035}^{+0.032}$||$26.555\pm 0.091$||$16.715_{-0.11}^{+0.095}$||$19.23_{-0.13}^{+0.12}$||$22.35\pm 0.12$|
Occultation depth (ppt)|$0.337\pm 0.012$||$0.405_{-0.022}^{+0.022}$||$0.182_{-0.056}^{+0.064}$||$0.151^{+0.083}_{-0.066}$||$0.094_{-0.053}^{+0.062}$||$0.549\pm 0.089$|
Nightside flux (ppt)|$0.038\pm 0.012$||$0.098_{-0.018}^{+0.022}$||$0.147\pm 0.061$||$0.264\pm 0.057$||$0.087_{-0.054}^{+0.062}$||$0.089_{-0.065}^{+0.078}$|
Derived parametersWASP-018WASP-121WASP-043WASP-017WASP-077WASP-019
|$R_\star /a_\mathrm{b}$||$0.2853\pm 0.0016$||$0.2653_{-0.0022}^{+0.0026}$||$0.2089_{-0.0026}^{+0.0028}$||$0.1485\pm 0.0022$||$0.1890\pm 0.0042$||$0.2802\pm 0.0031$|
|$a_\mathrm{b}/R_\star$||$3.505\pm 0.019$||$3.769_{-0.037}^{+0.031}$||$4.786\pm 0.063$||$6.736\pm 0.099$||$5.29\pm 0.123\,$||$0.123\,.569\pm 0.039$|
|$R_\mathrm{b}/a_\mathrm{b}$||$0.027\,87\pm 0.000\,20$||$0.03218_{-0.000\,33}^{+0.000\,38}$||$0.033\,20\pm 0.000\,58$||$0.018\,38\pm 0.000\,34$||$0.02447_{-0.000\,67}^{+0.000\,72}$||$0.040\,96_{-0.000\,67}^{+0.000\,59}$|
|$R_\mathrm{b}$| (⁠|$\mathrm{R_{jup}}$|⁠)|$1.198\pm 0.038$||$1.752\pm 0.071$||$1.042\pm 0.017$||$1.79\pm 0.23$||$1.285\pm 0.090$||$1.436\pm 0.045$|
|$a_\mathrm{b}$| (AU)|$0.02054\pm 0.000\,67$||$0.0260\pm 0.0011$||$0.015\,01\pm 0.000\,29$||$0.0467\pm 0.0061$||$0.0251\pm 0.0018$||$0.01677\pm 0.000\,54$|
Inclination; |$i_\mathrm{b}$| (°)|$83.98\pm 0.29$||$87.45_{-0.69}^{+0.89}$||$81.92_{-0.19}^{+0.20}$||$86.13_{-0.28}^{+0.31}$||$87.13_{-0.85}^{+1.2}$||$79.41_{-0.30}^{+0.35}$|
Impact parameter; b|$0.371\pm 0.016$||$0.167_{-0.058}^{+0.044}$||$0.673\pm 0.011$||$0.458_{-0.031}^{+0.027}$||$0.268_{-0.11}^{+0.072}$||$0.662_{-0.015\,}^{+0.012}$|
Equilibrium temperature (K)|$2222\pm 18$||$2258_{-44}^{+48}$||$1268_{-13}^{+15}$||$1632\pm 28$||$1580\pm 26$||$1922\pm 25$|
Transit depth (ppt)|$10.644_{-0.018}^{+0.016}$||$16.409_{-0.035}^{+0.032}$||$26.555\pm 0.091$||$16.715_{-0.11}^{+0.095}$||$19.23_{-0.13}^{+0.12}$||$22.35\pm 0.12$|
Occultation depth (ppt)|$0.337\pm 0.012$||$0.405_{-0.022}^{+0.022}$||$0.182_{-0.056}^{+0.064}$||$0.151^{+0.083}_{-0.066}$||$0.094_{-0.053}^{+0.062}$||$0.549\pm 0.089$|
Nightside flux (ppt)|$0.038\pm 0.012$||$0.098_{-0.018}^{+0.022}$||$0.147\pm 0.061$||$0.264\pm 0.057$||$0.087_{-0.054}^{+0.062}$||$0.089_{-0.065}^{+0.078}$|
Table 3.

Table showing constraints on the derived parameters obtained from TESS observations for each of our target planets using ALLESFITTER.

Derived parametersWASP-018WASP-121WASP-043WASP-017WASP-077WASP-019
|$R_\star /a_\mathrm{b}$||$0.2853\pm 0.0016$||$0.2653_{-0.0022}^{+0.0026}$||$0.2089_{-0.0026}^{+0.0028}$||$0.1485\pm 0.0022$||$0.1890\pm 0.0042$||$0.2802\pm 0.0031$|
|$a_\mathrm{b}/R_\star$||$3.505\pm 0.019$||$3.769_{-0.037}^{+0.031}$||$4.786\pm 0.063$||$6.736\pm 0.099$||$5.29\pm 0.123\,$||$0.123\,.569\pm 0.039$|
|$R_\mathrm{b}/a_\mathrm{b}$||$0.027\,87\pm 0.000\,20$||$0.03218_{-0.000\,33}^{+0.000\,38}$||$0.033\,20\pm 0.000\,58$||$0.018\,38\pm 0.000\,34$||$0.02447_{-0.000\,67}^{+0.000\,72}$||$0.040\,96_{-0.000\,67}^{+0.000\,59}$|
|$R_\mathrm{b}$| (⁠|$\mathrm{R_{jup}}$|⁠)|$1.198\pm 0.038$||$1.752\pm 0.071$||$1.042\pm 0.017$||$1.79\pm 0.23$||$1.285\pm 0.090$||$1.436\pm 0.045$|
|$a_\mathrm{b}$| (AU)|$0.02054\pm 0.000\,67$||$0.0260\pm 0.0011$||$0.015\,01\pm 0.000\,29$||$0.0467\pm 0.0061$||$0.0251\pm 0.0018$||$0.01677\pm 0.000\,54$|
Inclination; |$i_\mathrm{b}$| (°)|$83.98\pm 0.29$||$87.45_{-0.69}^{+0.89}$||$81.92_{-0.19}^{+0.20}$||$86.13_{-0.28}^{+0.31}$||$87.13_{-0.85}^{+1.2}$||$79.41_{-0.30}^{+0.35}$|
Impact parameter; b|$0.371\pm 0.016$||$0.167_{-0.058}^{+0.044}$||$0.673\pm 0.011$||$0.458_{-0.031}^{+0.027}$||$0.268_{-0.11}^{+0.072}$||$0.662_{-0.015\,}^{+0.012}$|
Equilibrium temperature (K)|$2222\pm 18$||$2258_{-44}^{+48}$||$1268_{-13}^{+15}$||$1632\pm 28$||$1580\pm 26$||$1922\pm 25$|
Transit depth (ppt)|$10.644_{-0.018}^{+0.016}$||$16.409_{-0.035}^{+0.032}$||$26.555\pm 0.091$||$16.715_{-0.11}^{+0.095}$||$19.23_{-0.13}^{+0.12}$||$22.35\pm 0.12$|
Occultation depth (ppt)|$0.337\pm 0.012$||$0.405_{-0.022}^{+0.022}$||$0.182_{-0.056}^{+0.064}$||$0.151^{+0.083}_{-0.066}$||$0.094_{-0.053}^{+0.062}$||$0.549\pm 0.089$|
Nightside flux (ppt)|$0.038\pm 0.012$||$0.098_{-0.018}^{+0.022}$||$0.147\pm 0.061$||$0.264\pm 0.057$||$0.087_{-0.054}^{+0.062}$||$0.089_{-0.065}^{+0.078}$|
Derived parametersWASP-018WASP-121WASP-043WASP-017WASP-077WASP-019
|$R_\star /a_\mathrm{b}$||$0.2853\pm 0.0016$||$0.2653_{-0.0022}^{+0.0026}$||$0.2089_{-0.0026}^{+0.0028}$||$0.1485\pm 0.0022$||$0.1890\pm 0.0042$||$0.2802\pm 0.0031$|
|$a_\mathrm{b}/R_\star$||$3.505\pm 0.019$||$3.769_{-0.037}^{+0.031}$||$4.786\pm 0.063$||$6.736\pm 0.099$||$5.29\pm 0.123\,$||$0.123\,.569\pm 0.039$|
|$R_\mathrm{b}/a_\mathrm{b}$||$0.027\,87\pm 0.000\,20$||$0.03218_{-0.000\,33}^{+0.000\,38}$||$0.033\,20\pm 0.000\,58$||$0.018\,38\pm 0.000\,34$||$0.02447_{-0.000\,67}^{+0.000\,72}$||$0.040\,96_{-0.000\,67}^{+0.000\,59}$|
|$R_\mathrm{b}$| (⁠|$\mathrm{R_{jup}}$|⁠)|$1.198\pm 0.038$||$1.752\pm 0.071$||$1.042\pm 0.017$||$1.79\pm 0.23$||$1.285\pm 0.090$||$1.436\pm 0.045$|
|$a_\mathrm{b}$| (AU)|$0.02054\pm 0.000\,67$||$0.0260\pm 0.0011$||$0.015\,01\pm 0.000\,29$||$0.0467\pm 0.0061$||$0.0251\pm 0.0018$||$0.01677\pm 0.000\,54$|
Inclination; |$i_\mathrm{b}$| (°)|$83.98\pm 0.29$||$87.45_{-0.69}^{+0.89}$||$81.92_{-0.19}^{+0.20}$||$86.13_{-0.28}^{+0.31}$||$87.13_{-0.85}^{+1.2}$||$79.41_{-0.30}^{+0.35}$|
Impact parameter; b|$0.371\pm 0.016$||$0.167_{-0.058}^{+0.044}$||$0.673\pm 0.011$||$0.458_{-0.031}^{+0.027}$||$0.268_{-0.11}^{+0.072}$||$0.662_{-0.015\,}^{+0.012}$|
Equilibrium temperature (K)|$2222\pm 18$||$2258_{-44}^{+48}$||$1268_{-13}^{+15}$||$1632\pm 28$||$1580\pm 26$||$1922\pm 25$|
Transit depth (ppt)|$10.644_{-0.018}^{+0.016}$||$16.409_{-0.035}^{+0.032}$||$26.555\pm 0.091$||$16.715_{-0.11}^{+0.095}$||$19.23_{-0.13}^{+0.12}$||$22.35\pm 0.12$|
Occultation depth (ppt)|$0.337\pm 0.012$||$0.405_{-0.022}^{+0.022}$||$0.182_{-0.056}^{+0.064}$||$0.151^{+0.083}_{-0.066}$||$0.094_{-0.053}^{+0.062}$||$0.549\pm 0.089$|
Nightside flux (ppt)|$0.038\pm 0.012$||$0.098_{-0.018}^{+0.022}$||$0.147\pm 0.061$||$0.264\pm 0.057$||$0.087_{-0.054}^{+0.062}$||$0.089_{-0.065}^{+0.078}$|
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