Gerver sofa: related certificate and semantic modules

• GerverSofa.KernelOnly.PartE.Certificates.Reconstruction.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1101 : AngleCell

Subcell 1101 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1110 : AngleCell

Subcell 1110 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1111 : AngleCell

Subcell 1111 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1011 : AngleCell

Subcell 1011 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1100 : AngleCell

Subcell 1100 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1001 : AngleCell

Subcell 1001 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1010 : AngleCell

Subcell 1010 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1112 : AngleCell

Subcell 1112 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1113 : AngleCell

Subcell 1113 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0101 : AngleCell

Subcell 0101 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0110 : AngleCell

Subcell 0110 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0111 : AngleCell

Subcell 0111 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1000 : AngleCell

Subcell 1000 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1003 : AngleCell

Subcell 1003 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1012 : AngleCell

Subcell 1012 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1013 : AngleCell

Subcell 1013 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1102 : AngleCell

Subcell 1102 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1103 : AngleCell

Subcell 1103 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0003 : AngleCell

Subcell 0003 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0010 : AngleCell

Subcell 0010 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0011 : AngleCell

Subcell 0011 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0012 : AngleCell

Subcell 0012 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0013 : AngleCell

Subcell 0013 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0100 : AngleCell

Subcell 0100 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0102 : AngleCell

Subcell 0102 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0103 : AngleCell

Subcell 0103 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0112 : AngleCell

Subcell 0112 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell0113 : AngleCell

Subcell 0113 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1002 : AngleCell

Subcell 1002 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1121 : AngleCell

Subcell 1121 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1130 : AngleCell

Subcell 1130 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell1131 : AngleCell

Subcell 1131 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11012132 : AngleCell

Subcell 11012132 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11012133 : AngleCell

Subcell 11012133 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013013 : AngleCell

Subcell 11013013 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013021 : AngleCell

Subcell 11013021 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013022 : AngleCell

Subcell 11013022 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013023 : AngleCell

Subcell 11013023 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013030 : AngleCell

Subcell 11013030 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013031 : AngleCell

Subcell 11013031 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013032 : AngleCell

Subcell 11013032 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013033 : AngleCell

Subcell 11013033 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013102 : AngleCell

Subcell 11013102 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013103 : AngleCell

Subcell 11013103 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013112 : AngleCell

Subcell 11013112 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013113 : AngleCell

Subcell 11013113 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013120 : AngleCell

Subcell 11013120 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013121 : AngleCell

Subcell 11013121 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013122 : AngleCell

Subcell 11013122 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013123 : AngleCell

Subcell 11013123 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013130 : AngleCell

Subcell 11013130 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013131 : AngleCell

Subcell 11013131 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013132 : AngleCell

Subcell 11013132 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11013133 : AngleCell

Subcell 11013133 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102002 : AngleCell

Subcell 11102002 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102003 : AngleCell

Subcell 11102003 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102012 : AngleCell

Subcell 11102012 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102013 : AngleCell

Subcell 11102013 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102020 : AngleCell

Subcell 11102020 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102021 : AngleCell

Subcell 11102021 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102022 : AngleCell

Subcell 11102022 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102023 : AngleCell

Subcell 11102023 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102030 : AngleCell

Subcell 11102030 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102031 : AngleCell

Subcell 11102031 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102032 : AngleCell

Subcell 11102032 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102033 : AngleCell

Subcell 11102033 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102120 : AngleCell

Subcell 11102120 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102121 : AngleCell

Subcell 11102121 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102122 : AngleCell

Subcell 11102122 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102123 : AngleCell

Subcell 11102123 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102130 : AngleCell

Subcell 11102130 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102131 : AngleCell

Subcell 11102131 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102132 : AngleCell

Subcell 11102132 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102133 : AngleCell

Subcell 11102133 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102200 : AngleCell

Subcell 11102200 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102201 : AngleCell

Subcell 11102201 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102210 : AngleCell

Subcell 11102210 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102211 : AngleCell

Subcell 11102211 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102300 : AngleCell

Subcell 11102300 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102301 : AngleCell

Subcell 11102301 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102310 : AngleCell

Subcell 11102310 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11102311 : AngleCell

Subcell 11102311 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103020 : AngleCell

Subcell 11103020 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103021 : AngleCell

Subcell 11103021 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103022 : AngleCell

Subcell 11103022 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103023 : AngleCell

Subcell 11103023 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103030 : AngleCell

Subcell 11103030 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103031 : AngleCell

Subcell 11103031 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103032 : AngleCell

Subcell 11103032 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103033 : AngleCell

Subcell 11103033 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103120 : AngleCell

Subcell 11103120 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103121 : AngleCell

Subcell 11103121 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103122 : AngleCell

Subcell 11103122 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103123 : AngleCell

Subcell 11103123 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103130 : AngleCell

Subcell 11103130 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103131 : AngleCell

Subcell 11103131 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103132 : AngleCell

Subcell 11103132 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103133 : AngleCell

Subcell 11103133 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103200 : AngleCell

Subcell 11103200 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103201 : AngleCell

Subcell 11103201 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103210 : AngleCell

Subcell 11103210 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103211 : AngleCell

Subcell 11103211 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103300 : AngleCell

Subcell 11103300 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103301 : AngleCell

Subcell 11103301 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103310 : AngleCell

Subcell 11103310 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11103311 : AngleCell

Subcell 11103311 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112020 : AngleCell

Subcell 11112020 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112021 : AngleCell

Subcell 11112021 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112022 : AngleCell

Subcell 11112022 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112023 : AngleCell

Subcell 11112023 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112030 : AngleCell

Subcell 11112030 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112031 : AngleCell

Subcell 11112031 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112032 : AngleCell

Subcell 11112032 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112033 : AngleCell

Subcell 11112033 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112120 : AngleCell

Subcell 11112120 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112121 : AngleCell

Subcell 11112121 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112122 : AngleCell

Subcell 11112122 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112123 : AngleCell

Subcell 11112123 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112130 : AngleCell

Subcell 11112130 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112132 : AngleCell

Subcell 11112132 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112133 : AngleCell

Subcell 11112133 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112200 : AngleCell

Subcell 11112200 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112201 : AngleCell

Subcell 11112201 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112210 : AngleCell

Subcell 11112210 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112211 : AngleCell

Subcell 11112211 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112212 : AngleCell

Subcell 11112212 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112213 : AngleCell

Subcell 11112213 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112300 : AngleCell

Subcell 11112300 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112301 : AngleCell

Subcell 11112301 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112302 : AngleCell

Subcell 11112302 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112303 : AngleCell

Subcell 11112303 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112310 : AngleCell

Subcell 11112310 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112311 : AngleCell

Subcell 11112311 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112312 : AngleCell

Subcell 11112312 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11112313 : AngleCell

Subcell 11112313 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113022 : AngleCell

Subcell 11113022 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113023 : AngleCell

Subcell 11113023 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113032 : AngleCell

Subcell 11113032 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113033 : AngleCell

Subcell 11113033 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113122 : AngleCell

Subcell 11113122 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113123 : AngleCell

Subcell 11113123 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113132 : AngleCell

Subcell 11113132 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113133 : AngleCell

Subcell 11113133 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113200 : AngleCell

Subcell 11113200 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113201 : AngleCell

Subcell 11113201 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113202 : AngleCell

Subcell 11113202 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113203 : AngleCell

Subcell 11113203 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113210 : AngleCell

Subcell 11113210 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113211 : AngleCell

Subcell 11113211 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113212 : AngleCell

Subcell 11113212 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113213 : AngleCell

Subcell 11113213 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113300 : AngleCell

Subcell 11113300 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113301 : AngleCell

Subcell 11113301 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113302 : AngleCell

Subcell 11113302 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113303 : AngleCell

Subcell 11113303 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113310 : AngleCell

Subcell 11113310 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113311 : AngleCell

Subcell 11113311 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113312 : AngleCell

Subcell 11113312 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6754c8bb3e.thetaBelowCell11113313 : AngleCell

Subcell 11113313 of the theta-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellse9ea903ef1.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellse9ea903ef1.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells89d797401e.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells89d797401e.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsafdf6e4305.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsafdf6e4305.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0d2c374949.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0d2c374949.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells3df86e4955.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells3df86e4955.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells3298a326ef.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells3298a326ef.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells47980ca575.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells47980ca575.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfed39385df.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfed39385df.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb1b33fecca.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb1b33fecca.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc427a8578f.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc427a8578f.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells25978ec18d.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells25978ec18d.phiAboveCell11011010 : AngleCell

Subcell 11011010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellse6161a42be.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellse6161a42be.phiAboveCell11011011 : AngleCell

Subcell 11011011 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells1f6ffcc997.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells1f6ffcc997.phiAboveCell11011011 : AngleCell

Subcell 11011011 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells1275d3adc4.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells1275d3adc4.phiAboveCell11011011 : AngleCell

Subcell 11011011 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells021b870816.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells021b870816.phiAboveCell11011011 : AngleCell

Subcell 11011011 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells9ade3f586f.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells9ade3f586f.phiAboveCell11011011 : AngleCell

Subcell 11011011 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfd8221930a.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfd8221930a.phiAboveCell11011011 : AngleCell

Subcell 11011011 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5aaf24f73d.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells31cca9f2c5.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells31cca9f2c5.phiAboveCell11011100 : AngleCell

Subcell 11011100 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0a8495a296.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0a8495a296.phiAboveCell11011100 : AngleCell

Subcell 11011100 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells4cabb07dbd.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells4cabb07dbd.phiAboveCell11011100 : AngleCell

Subcell 11011100 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc6c93e8f5c.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc6c93e8f5c.phiAboveCell11011100 : AngleCell

Subcell 11011100 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsaa40da30f6.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsaa40da30f6.phiAboveCell11011101 : AngleCell

Subcell 11011101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells919c5d7ca9.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells87d4f5e678.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells87d4f5e678.phiAboveCell11011110 : AngleCell

Subcell 11011110 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsefc5f924ee.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsefc5f924ee.phiAboveCell11011110 : AngleCell

Subcell 11011110 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsac583a159d.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsac583a159d.phiAboveCell11011111 : AngleCell

Subcell 11011111 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsf317a94cb3.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsf7dce840c8.phiAboveCell1110 : AngleCell

Subcell 1110 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsf7dce840c8.phiAboveCell11100000 : AngleCell

Subcell 11100000 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5fe660c4fc.phiAboveCell1110 : AngleCell

Subcell 1110 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells7e3a6c7b6b.phiAboveCell1110 : AngleCell

Subcell 1110 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa5efdb03f3.phiAboveCell1110 : AngleCell

Subcell 1110 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells4f05b2093e.phiAboveCell1110 : AngleCell

Subcell 1110 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1001 : AngleCell

Subcell 1001 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1010 : AngleCell

Subcell 1010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1011 : AngleCell

Subcell 1011 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1100 : AngleCell

Subcell 1100 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1101 : AngleCell

Subcell 1101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1110 : AngleCell

Subcell 1110 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1111 : AngleCell

Subcell 1111 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell0101 : AngleCell

Subcell 0101 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell0110 : AngleCell

Subcell 0110 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell0111 : AngleCell

Subcell 0111 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1000 : AngleCell

Subcell 1000 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell0000 : AngleCell

Subcell 0000 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell0001 : AngleCell

Subcell 0001 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell0010 : AngleCell

Subcell 0010 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell0011 : AngleCell

Subcell 0011 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell0100 : AngleCell

Subcell 0100 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1002 : AngleCell

Subcell 1002 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1003 : AngleCell

Subcell 1003 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1012 : AngleCell

Subcell 1012 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1013 : AngleCell

Subcell 1013 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1102 : AngleCell

Subcell 1102 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1103 : AngleCell

Subcell 1103 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1112 : AngleCell

Subcell 1112 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa15368d7db.phiAboveCell1113 : AngleCell

Subcell 1113 of the phi-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells12ecbb1984.phiBelowCell3320 : AngleCell

Subcell 3320 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsf9b1d22c2c.phiBelowCell3322 : AngleCell

Subcell 3322 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5481d87062.phiBelowCell3322 : AngleCell

Subcell 3322 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc99c114252.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells85102f4bff.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsd7423e4c3b.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells8ae9088aab.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb8a79b56b3.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells13ae325d6d.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6add7bae04.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellscd1d17c9b4.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells709ea69226.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells709ea69226.phiBelowCell33232311 : AngleCell

Subcell 33232311 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsade8569b0a.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsade8569b0a.phiBelowCell33232313 : AngleCell

Subcell 33232313 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfece773e85.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellse593ec4a84.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellse593ec4a84.phiBelowCell33232331 : AngleCell

Subcell 33232331 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0ccc164bd1.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells072df6b25f.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells215f6c9ebd.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsef857ed1c7.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2ebe0c2db9.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2ebe0c2db9.phiBelowCell33233202 : AngleCell

Subcell 33233202 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells27c0e8c594.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells4d117fb26d.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells4d117fb26d.phiBelowCell33233220 : AngleCell

Subcell 33233220 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells848f180c5a.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells848f180c5a.phiBelowCell33233220 : AngleCell

Subcell 33233220 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells090e12bc76.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells090e12bc76.phiBelowCell33233221 : AngleCell

Subcell 33233221 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells857be56025.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells857be56025.phiBelowCell33233222 : AngleCell

Subcell 33233222 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsea76f7562d.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsea76f7562d.phiBelowCell33233222 : AngleCell

Subcell 33233222 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdd77c2320b.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdd77c2320b.phiBelowCell33233223 : AngleCell

Subcell 33233223 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells08c6706994.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells08c6706994.phiBelowCell33233223 : AngleCell

Subcell 33233223 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

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@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells08c6706994.phiBelowCell332332232120 : AngleCell

Subcell 332332232120 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells96d537e773.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells96d537e773.phiBelowCell33233223 : AngleCell

Subcell 33233223 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0abe1d75a7.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0abe1d75a7.phiBelowCell33233223 : AngleCell

Subcell 33233223 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells4849d1c13b.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells4849d1c13b.phiBelowCell33233223 : AngleCell

Subcell 33233223 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsf2740dc787.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsf2740dc787.phiBelowCell33233223 : AngleCell

Subcell 33233223 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells3f18540de9.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells3f18540de9.phiBelowCell33233223 : AngleCell

Subcell 33233223 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa21caf16f2.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsa21caf16f2.phiBelowCell33233223 : AngleCell

Subcell 33233223 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells21943a9b83.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells21943a9b83.phiBelowCell33233223 : AngleCell

Subcell 33233223 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells62ff50a4e8.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6677fc4b7c.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6677fc4b7c.phiBelowCell33233232 : AngleCell

Subcell 33233232 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells07875eeb47.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5ed2775b48.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells83d9ff7319.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3000 : AngleCell

Subcell 3000 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3001 : AngleCell

Subcell 3001 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3002 : AngleCell

Subcell 3002 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3003 : AngleCell

Subcell 3003 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3010 : AngleCell

Subcell 3010 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3011 : AngleCell

Subcell 3011 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3012 : AngleCell

Subcell 3012 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3013 : AngleCell

Subcell 3013 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3020 : AngleCell

Subcell 3020 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3021 : AngleCell

Subcell 3021 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3022 : AngleCell

Subcell 3022 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3023 : AngleCell

Subcell 3023 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3030 : AngleCell

Subcell 3030 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3031 : AngleCell

Subcell 3031 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3032 : AngleCell

Subcell 3032 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3033 : AngleCell

Subcell 3033 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3100 : AngleCell

Subcell 3100 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3101 : AngleCell

Subcell 3101 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3102 : AngleCell

Subcell 3102 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3103 : AngleCell

Subcell 3103 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3112 : AngleCell

Subcell 3112 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3120 : AngleCell

Subcell 3120 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3121 : AngleCell

Subcell 3121 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3122 : AngleCell

Subcell 3122 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3123 : AngleCell

Subcell 3123 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3130 : AngleCell

Subcell 3130 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3131 : AngleCell

Subcell 3131 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3132 : AngleCell

Subcell 3132 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3133 : AngleCell

Subcell 3133 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3200 : AngleCell

Subcell 3200 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3201 : AngleCell

Subcell 3201 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3202 : AngleCell

Subcell 3202 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3203 : AngleCell

Subcell 3203 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3210 : AngleCell

Subcell 3210 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3211 : AngleCell

Subcell 3211 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3212 : AngleCell

Subcell 3212 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3213 : AngleCell

Subcell 3213 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3220 : AngleCell

Subcell 3220 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3221 : AngleCell

Subcell 3221 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3222 : AngleCell

Subcell 3222 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3223 : AngleCell

Subcell 3223 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3230 : AngleCell

Subcell 3230 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3231 : AngleCell

Subcell 3231 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3232 : AngleCell

Subcell 3232 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3233 : AngleCell

Subcell 3233 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3300 : AngleCell

Subcell 3300 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3301 : AngleCell

Subcell 3301 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3302 : AngleCell

Subcell 3302 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3303 : AngleCell

Subcell 3303 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3310 : AngleCell

Subcell 3310 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3311 : AngleCell

Subcell 3311 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3312 : AngleCell

Subcell 3312 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3313 : AngleCell

Subcell 3313 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3320 : AngleCell

Subcell 3320 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3321 : AngleCell

Subcell 3321 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3322 : AngleCell

Subcell 3322 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3323 : AngleCell

Subcell 3323 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3330 : AngleCell

Subcell 3330 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3331 : AngleCell

Subcell 3331 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3332 : AngleCell

Subcell 3332 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells240a9bf558.phiBelowCell3333 : AngleCell

Subcell 3333 of the phi-below root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells22695df69a.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells22695df69a.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells22695df69a.thetaAboveCell000022002011 : AngleCell

Subcell 000022002011 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells782ac45202.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells782ac45202.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells782ac45202.thetaAboveCell000022002011 : AngleCell

Subcell 000022002011 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb8f48433cf.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb8f48433cf.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb8f48433cf.thetaAboveCell000022002011 : AngleCell

Subcell 000022002011 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5bc1aa1a31.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5bc1aa1a31.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5bc1aa1a31.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells29b43c6eb7.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells29b43c6eb7.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells29b43c6eb7.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells64bf70ad53.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells64bf70ad53.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells64bf70ad53.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc935d550f9.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc935d550f9.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc935d550f9.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0a80d69c2b.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0a80d69c2b.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0a80d69c2b.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfd35b16333.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfd35b16333.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfd35b16333.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsd8bbac8cc5.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsd8bbac8cc5.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsd8bbac8cc5.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2eb3bc7e90.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2eb3bc7e90.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2eb3bc7e90.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsbc99de789e.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsbc99de789e.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsbc99de789e.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdc52d78b64.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdc52d78b64.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdc52d78b64.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells69f98d6dd4.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells69f98d6dd4.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells69f98d6dd4.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells675835e7b9.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells675835e7b9.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells675835e7b9.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsda5cde5aa9.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsda5cde5aa9.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsda5cde5aa9.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsed33eab041.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsed33eab041.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsed33eab041.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsf997ca54bf.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsf997ca54bf.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsf997ca54bf.thetaAboveCell000022002000 : AngleCell

Subcell 000022002000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsba35077fe5.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsba35077fe5.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsba35077fe5.thetaAboveCell000022002001 : AngleCell

Subcell 000022002001 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5d0bfdcc89.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5d0bfdcc89.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5d0bfdcc89.thetaAboveCell000022002001 : AngleCell

Subcell 000022002001 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb9eba9ae01.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb9eba9ae01.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb9eba9ae01.thetaAboveCell000022002001 : AngleCell

Subcell 000022002001 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5ae8bbaf2e.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5ae8bbaf2e.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells5ae8bbaf2e.thetaAboveCell000022002001 : AngleCell

Subcell 000022002001 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsbec28e0304.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsbec28e0304.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsbec28e0304.thetaAboveCell000022002001 : AngleCell

Subcell 000022002001 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells1b578c3d10.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells1b578c3d10.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells1b578c3d10.thetaAboveCell000022002001 : AngleCell

Subcell 000022002001 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2bc65b7190.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2bc65b7190.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2bc65b7190.thetaAboveCell000022002001 : AngleCell

Subcell 000022002001 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc46dbfc77b.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc46dbfc77b.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsc46dbfc77b.thetaAboveCell000022002001 : AngleCell

Subcell 000022002001 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells752b604750.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells752b604750.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells752b604750.thetaAboveCell000022002001 : AngleCell

Subcell 000022002001 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellse66f3ce3f5.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellse66f3ce3f5.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellse66f3ce3f5.thetaAboveCell000022002001 : AngleCell

Subcell 000022002001 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells45a373af38.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells45a373af38.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdabf824b24.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdabf824b24.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdabf824b24.thetaAboveCell000022002010 : AngleCell

Subcell 000022002010 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells11c2c46ea8.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells11c2c46ea8.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells11c2c46ea8.thetaAboveCell000022002010 : AngleCell

Subcell 000022002010 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfc2738963a.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfc2738963a.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsfc2738963a.thetaAboveCell000022002010 : AngleCell

Subcell 000022002010 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2c3b2a68a2.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2c3b2a68a2.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells2c3b2a68a2.thetaAboveCell000022002010 : AngleCell

Subcell 000022002010 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells024fe9d391.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells024fe9d391.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells024fe9d391.thetaAboveCell000022002010 : AngleCell

Subcell 000022002010 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells95bf7ab700.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells95bf7ab700.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells95bf7ab700.thetaAboveCell000022002010 : AngleCell

Subcell 000022002010 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb2f77f238f.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb2f77f238f.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb2f77f238f.thetaAboveCell000022002010 : AngleCell

Subcell 000022002010 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells8179cb7dd8.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells8179cb7dd8.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells8179cb7dd8.thetaAboveCell000022002011 : AngleCell

Subcell 000022002011 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdb257f0c7c.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdb257f0c7c.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsdb257f0c7c.thetaAboveCell000022002011 : AngleCell

Subcell 000022002011 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells3a304b7358.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells3a304b7358.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells3a304b7358.thetaAboveCell000022002011 : AngleCell

Subcell 000022002011 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6cdc8e3bc2.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6cdc8e3bc2.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells6cdc8e3bc2.thetaAboveCell000022002011 : AngleCell

Subcell 000022002011 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0157659d62.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0157659d62.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells0157659d62.thetaAboveCell000022002011 : AngleCell

Subcell 000022002011 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells834e9932ec.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells834e9932ec.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCells834e9932ec.thetaAboveCell000022002011 : AngleCell

Subcell 000022002011 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb02c7d0e39.thetaAboveCell0000 : AngleCell

Subcell 0000 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb02c7d0e39.thetaAboveCell00002200 : AngleCell

Subcell 00002200 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb02c7d0e39.thetaAboveCell000022002020 : AngleCell

Subcell 000022002020 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb02c7d0e39.thetaAboveCell000022002021 : AngleCell

Subcell 000022002021 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb02c7d0e39.thetaAboveCell000022002022 : AngleCell

Subcell 000022002022 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb02c7d0e39.thetaAboveCell000022002023 : AngleCell

Subcell 000022002023 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb02c7d0e39.thetaAboveCell000022002030 : AngleCell

Subcell 000022002030 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb02c7d0e39.thetaAboveCell000022002031 : AngleCell

Subcell 000022002031 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb02c7d0e39.thetaAboveCell000022002032 : AngleCell

Subcell 000022002032 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

@[reducible, inline]

abbrev GerverSofa.PartE.CertificateCellsb02c7d0e39.thetaAboveCell000022002033 : AngleCell

Subcell 000022002033 of the theta-above root; digits 0–3 mean LL, LH, HL, HH.

Equations

• One or more equations did not get rendered due to their size.

Combining adaptive-cover certificates

The numerical leaf checks are imported separately so that they can compile in parallel. This module combines them using the adaptive-cover soundness lemmas.

• KernelOnly.PartE.E24KC6ThetaBelowReconstruct.
• KernelOnly.PartE.PhiAbove.Join00029.
• KernelOnly.PartE.PhiAbove.Join00036.
• KernelOnly.PartE.PhiAbove.Join00042.
• KernelOnly.PartE.PhiAbove.Join00045.
• KernelOnly.PartE.PhiAbove.Join00048.
• KernelOnly.PartE.PhiAbove.Join00056.
• KernelOnly.PartE.PhiAbove.Join00062.
• KernelOnly.PartE.PhiAbove.Join00065.
• KernelOnly.PartE.PhiAbove.Join00071.
• KernelOnly.PartE.PhiAbove.Join00074.
• KernelOnly.PartE.PhiAbove.Join00077.
• KernelOnly.PartE.PhiAbove.Join00085.
• KernelOnly.PartE.PhiAbove.Join00091.
• KernelOnly.PartE.PhiAbove.Join00094.
• KernelOnly.PartE.PhiAbove.Join00101.
• KernelOnly.PartE.PhiAbove.Join00105.
• KernelOnly.PartE.PhiAbove.Join00108.
• KernelOnly.PartE.PhiAbove.Join00111.
• KernelOnly.PartE.PhiAbove.Join00122.
• KernelOnly.PartE.PhiAbove.Join00129.
• KernelOnly.PartE.PhiAbove.Join00133.
• KernelOnly.PartE.PhiAbove.Join00136.
• KernelOnly.PartE.PhiAbove.Join00142.
• KernelOnly.PartE.PhiAbove.Join00145.
• KernelOnly.PartE.PhiAbove.Join00156.
• KernelOnly.PartE.PhiAbove.Join00159.
• KernelOnly.PartE.PhiAbove.Join00165.
• KernelOnly.PartE.PhiAbove.Join00168.
• KernelOnly.PartE.PhiAbove.Join00178.
• KernelOnly.PartE.PhiAbove.Join00182.
• KernelOnly.PartE.PhiAbove.Join00191.
• KernelOnly.PartE.PhiAbove.Join00200.
• KernelOnly.PartE.PhiAbove.Join00208.
• KernelOnly.PartE.E24KC6PhiAboveReconstruct.
• KernelOnly.PartE.PhiBelow.Join00246.
• KernelOnly.PartE.PhiBelow.Join00260.
• KernelOnly.PartE.PhiBelow.Join00269.
• KernelOnly.PartE.PhiBelow.Join00278.
• KernelOnly.PartE.PhiBelow.Join00284.
• KernelOnly.PartE.PhiBelow.Join00285.
• KernelOnly.PartE.PhiBelow.Join00294.
• KernelOnly.PartE.PhiBelow.Join00301.
• KernelOnly.PartE.PhiBelow.Join00308.
• KernelOnly.PartE.PhiBelow.Join00314.
• KernelOnly.PartE.PhiBelow.Join00315.
• KernelOnly.PartE.PhiBelow.Join00326.
• KernelOnly.PartE.PhiBelow.Join00333.
• KernelOnly.PartE.PhiBelow.Join00334.
• KernelOnly.PartE.PhiBelow.Join00343.
• KernelOnly.PartE.PhiBelow.Join00346.
• KernelOnly.PartE.PhiBelow.Join00347.
• KernelOnly.PartE.PhiBelow.Join00348.
• KernelOnly.PartE.PhiBelow.Join00358.
• KernelOnly.PartE.PhiBelow.Join00369.
• KernelOnly.PartE.PhiBelow.Join00371.
• KernelOnly.PartE.PhiBelow.Join00383.
• KernelOnly.PartE.PhiBelow.Join00384.
• KernelOnly.PartE.PhiBelow.Join00390.
• KernelOnly.PartE.PhiBelow.Join00398.
• KernelOnly.PartE.PhiBelow.Join00401.
• KernelOnly.PartE.PhiBelow.Join00408.
• KernelOnly.PartE.PhiBelow.Join00421.
• KernelOnly.PartE.PhiBelow.Join00425.
• KernelOnly.PartE.PhiBelow.Join00427.
• KernelOnly.PartE.PhiBelow.Join00434.
• KernelOnly.PartE.PhiBelow.Join00435.
• KernelOnly.PartE.PhiBelow.Join00444.
• KernelOnly.PartE.PhiBelow.Join00446.
• KernelOnly.PartE.PhiBelow.Join00447.
• KernelOnly.PartE.PhiBelow.Join00448.
• KernelOnly.PartE.PhiBelow.Join00457.
• KernelOnly.PartE.PhiBelow.Join00459.
• KernelOnly.PartE.PhiBelow.Join00460.
• KernelOnly.PartE.PhiBelow.Join00462.
• KernelOnly.PartE.E24KC6PhiBelowReconstruct.
• KernelOnly.PartE.ThetaAbove.Join00016.
• KernelOnly.PartE.ThetaAbove.Join00022.
• KernelOnly.PartE.ThetaAbove.Join00023.
• KernelOnly.PartE.ThetaAbove.Join00484.
• KernelOnly.PartE.ThetaAbove.Join00490.
• KernelOnly.PartE.ThetaAbove.Join00493.
• KernelOnly.PartE.ThetaAbove.Join00500.
• KernelOnly.PartE.ThetaAbove.Join00506.
• KernelOnly.PartE.ThetaAbove.Join00509.
• KernelOnly.PartE.ThetaAbove.Join00512.
• KernelOnly.PartE.ThetaAbove.Join00520.
• KernelOnly.PartE.ThetaAbove.Join00526.
• KernelOnly.PartE.ThetaAbove.Join00529.
• KernelOnly.PartE.ThetaAbove.Join00536.
• KernelOnly.PartE.ThetaAbove.Join00542.
• KernelOnly.PartE.ThetaAbove.Join00545.
• KernelOnly.PartE.ThetaAbove.Join00548.
• KernelOnly.PartE.ThetaAbove.Join00549.
• KernelOnly.PartE.ThetaAbove.Join00560.
• KernelOnly.PartE.ThetaAbove.Join00566.
• KernelOnly.PartE.ThetaAbove.Join00569.
• KernelOnly.PartE.ThetaAbove.Join00576.
• KernelOnly.PartE.ThetaAbove.Join00580.
• KernelOnly.PartE.ThetaAbove.Join00583.
• KernelOnly.PartE.ThetaAbove.Join00590.
• KernelOnly.PartE.ThetaAbove.Join00596.
• KernelOnly.PartE.ThetaAbove.Join00599.
• KernelOnly.PartE.ThetaAbove.Join00600.
• KernelOnly.PartE.ThetaAbove.Join00603.
• KernelOnly.PartE.ThetaAbove.Join00614.
• KernelOnly.PartE.ThetaAbove.Join00620.
• KernelOnly.PartE.ThetaAbove.Join00623.
• KernelOnly.PartE.ThetaAbove.Join00630.
• KernelOnly.PartE.ThetaAbove.Join00636.
• KernelOnly.PartE.ThetaAbove.Join00639.
• KernelOnly.PartE.ThetaAbove.Join00640.
• KernelOnly.PartE.ThetaAbove.Join00650.
• KernelOnly.PartE.ThetaAbove.Join00656.
• KernelOnly.PartE.ThetaAbove.Join00659.
• KernelOnly.PartE.ThetaAbove.Join00666.
• KernelOnly.PartE.ThetaAbove.Join00026.
• KernelOnly.PartE.ThetaAbove.Join00027.
• KernelOnly.PartE.E24KC6ProofBatch9b503cfa8ccc3ab1.

Gerver Sofa / Kernel Only / Part E / E24KC6Theta Below Reconstruct

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11012132 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11012132 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11012133 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11012133 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013013 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013013 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013021 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013021 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013022 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013022 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013023 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013023 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013030 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013030 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013031 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013031 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013032 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013032 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013033 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013033 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013102 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013102 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013103 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013103 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013112 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013112 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013113 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013113 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013120 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013120 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013121 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013121 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013122 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013122 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013123 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013123 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013130 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013130 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013131 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013131 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013132 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013132 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013133 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11013133 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102002 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102002 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102003 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102003 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102012 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102012 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102013 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102013 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102020 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102020 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102021 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102021 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102022 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102022 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102023 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102023 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102030 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102030 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102031 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102031 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102032 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102032 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102033 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102033 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102120 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102120 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102121 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102121 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102122 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102122 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102123 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102123 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102130 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102130 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102131 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102131 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102132 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102132 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102133 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102133 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102200 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102200 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102201 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102201 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102210 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102210 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102211 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102211 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102300 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102300 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102301 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102301 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102310 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102310 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102311 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11102311 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103020 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103020 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103021 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103021 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103022 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103022 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103023 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103023 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103030 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103030 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103031 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103031 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103032 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103032 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103033 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103033 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103120 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103120 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103121 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103121 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103122 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103122 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103123 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103123 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103130 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103130 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103131 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103131 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103132 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103132 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103133 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103133 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103200 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103200 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103201 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103201 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103210 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103210 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103211 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103211 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103300 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103300 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103301 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103301 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103310 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103310 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103311 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11103311 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112020 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112020 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112021 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112021 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112022 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112022 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112023 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112023 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112030 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112030 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112031 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112031 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112032 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112032 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112033 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112033 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112120 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112120 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112121 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112121 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112122 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112122 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112123 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112123 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112130 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112130 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112132 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112132 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112133 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112133 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112200 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112200 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112201 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112201 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112210 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112210 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112211 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112211 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112212 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112212 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112213 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112213 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112300 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112300 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112301 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112301 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112302 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112302 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112303 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112303 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112310 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112310 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112311 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112311 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112312 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112312 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112313 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11112313 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113022 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113022 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113023 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113023 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113032 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113032 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113033 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113033 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113122 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113122 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113123 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113123 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113132 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113132 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113133 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113133 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113200 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113200 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113201 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113201 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113202 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113202 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113203 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113203 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113210 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113210 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113211 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113211 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113212 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113212 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113213 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113213 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113300 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113300 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113301 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113301 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113302 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113302 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113303 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113303 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113310 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113310 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113311 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113311 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113312 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113312 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113313 : adaptiveCoverCheck 10 CertificateCells6754c8bb3e.thetaBelowCell11113313 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1011303 : adaptiveCoverCheck 11 (childHH (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1011))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1011311 : adaptiveCoverCheck 11 (childLH (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1011))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1011312 : adaptiveCoverCheck 11 (childHL (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1011))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1011313 : adaptiveCoverCheck 11 (childHH (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1011))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100032 : adaptiveCoverCheck 11 (childHL (childHH (childLL CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100033 : adaptiveCoverCheck 11 (childHH (childHH (childLL CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100122 : adaptiveCoverCheck 11 (childHL (childHL (childLH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100123 : adaptiveCoverCheck 11 (childHH (childHL (childLH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100132 : adaptiveCoverCheck 11 (childHL (childHH (childLH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100133 : adaptiveCoverCheck 11 (childHH (childHH (childLH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100200 : adaptiveCoverCheck 11 (childLL (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100201 : adaptiveCoverCheck 11 (childLH (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100202 : adaptiveCoverCheck 11 (childHL (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100203 : adaptiveCoverCheck 11 (childHH (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100210 : adaptiveCoverCheck 11 (childLL (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100211 : adaptiveCoverCheck 11 (childLH (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100212 : adaptiveCoverCheck 11 (childHL (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100213 : adaptiveCoverCheck 11 (childHH (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100300 : adaptiveCoverCheck 11 (childLL (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100301 : adaptiveCoverCheck 11 (childLH (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100302 : adaptiveCoverCheck 11 (childHL (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100303 : adaptiveCoverCheck 11 (childHH (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100310 : adaptiveCoverCheck 11 (childLL (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100311 : adaptiveCoverCheck 11 (childLH (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100312 : adaptiveCoverCheck 11 (childHL (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100313 : adaptiveCoverCheck 11 (childHH (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100330 : adaptiveCoverCheck 11 (childLL (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100331 : adaptiveCoverCheck 11 (childLH (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1100))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101022 : adaptiveCoverCheck 11 (childHL (childHL (childLL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101023 : adaptiveCoverCheck 11 (childHH (childHL (childLL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101200 : adaptiveCoverCheck 11 (childLL (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101201 : adaptiveCoverCheck 11 (childLH (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101202 : adaptiveCoverCheck 11 (childHL (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101203 : adaptiveCoverCheck 11 (childHH (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101210 : adaptiveCoverCheck 11 (childLL (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101211 : adaptiveCoverCheck 11 (childLH (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101212 : adaptiveCoverCheck 11 (childHL (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101213 : adaptiveCoverCheck 11 (childHH (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101220 : adaptiveCoverCheck 11 (childLL (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101221 : adaptiveCoverCheck 11 (childLH (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101230 : adaptiveCoverCheck 11 (childLL (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101231 : adaptiveCoverCheck 11 (childLH (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101300 : adaptiveCoverCheck 11 (childLL (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101301 : adaptiveCoverCheck 11 (childLH (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101302 : adaptiveCoverCheck 11 (childHL (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101303 : adaptiveCoverCheck 11 (childHH (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101310 : adaptiveCoverCheck 11 (childLL (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101311 : adaptiveCoverCheck 11 (childLH (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101312 : adaptiveCoverCheck 11 (childHL (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101313 : adaptiveCoverCheck 11 (childHH (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101320 : adaptiveCoverCheck 11 (childLL (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101321 : adaptiveCoverCheck 11 (childLH (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101330 : adaptiveCoverCheck 11 (childLL (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101331 : adaptiveCoverCheck 11 (childLH (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1101))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110200 : adaptiveCoverCheck 11 (childLL (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110201 : adaptiveCoverCheck 11 (childLH (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110202 : adaptiveCoverCheck 11 (childHL (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110203 : adaptiveCoverCheck 11 (childHH (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110210 : adaptiveCoverCheck 11 (childLL (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110211 : adaptiveCoverCheck 11 (childLH (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110212 : adaptiveCoverCheck 11 (childHL (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110213 : adaptiveCoverCheck 11 (childHH (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110220 : adaptiveCoverCheck 11 (childLL (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110221 : adaptiveCoverCheck 11 (childLH (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110230 : adaptiveCoverCheck 11 (childLL (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110231 : adaptiveCoverCheck 11 (childLH (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110300 : adaptiveCoverCheck 11 (childLL (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110301 : adaptiveCoverCheck 11 (childLH (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110302 : adaptiveCoverCheck 11 (childHL (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110303 : adaptiveCoverCheck 11 (childHH (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110310 : adaptiveCoverCheck 11 (childLL (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110311 : adaptiveCoverCheck 11 (childLH (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110312 : adaptiveCoverCheck 11 (childHL (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110313 : adaptiveCoverCheck 11 (childHH (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110320 : adaptiveCoverCheck 11 (childLL (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110321 : adaptiveCoverCheck 11 (childLH (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110330 : adaptiveCoverCheck 11 (childLL (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110331 : adaptiveCoverCheck 11 (childLH (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1110))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111200 : adaptiveCoverCheck 11 (childLL (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111201 : adaptiveCoverCheck 11 (childLH (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111202 : adaptiveCoverCheck 11 (childHL (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111203 : adaptiveCoverCheck 11 (childHH (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111210 : adaptiveCoverCheck 11 (childLL (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111211 : adaptiveCoverCheck 11 (childLH (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111212 : adaptiveCoverCheck 11 (childHL (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111213 : adaptiveCoverCheck 11 (childHH (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111220 : adaptiveCoverCheck 11 (childLL (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111221 : adaptiveCoverCheck 11 (childLH (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111222 : adaptiveCoverCheck 11 (childHL (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111223 : adaptiveCoverCheck 11 (childHH (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111230 : adaptiveCoverCheck 11 (childLL (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111231 : adaptiveCoverCheck 11 (childLH (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111232 : adaptiveCoverCheck 11 (childHL (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111233 : adaptiveCoverCheck 11 (childHH (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111302 : adaptiveCoverCheck 11 (childHL (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111303 : adaptiveCoverCheck 11 (childHH (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111312 : adaptiveCoverCheck 11 (childHL (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111313 : adaptiveCoverCheck 11 (childHH (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111320 : adaptiveCoverCheck 11 (childLL (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111321 : adaptiveCoverCheck 11 (childLH (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111322 : adaptiveCoverCheck 11 (childHL (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111323 : adaptiveCoverCheck 11 (childHH (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111330 : adaptiveCoverCheck 11 (childLL (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111331 : adaptiveCoverCheck 11 (childLH (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111332 : adaptiveCoverCheck 11 (childHL (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111333 : adaptiveCoverCheck 11 (childHH (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1111))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode100113 : adaptiveCoverCheck 12 (childHH (childLH CertificateCells6754c8bb3e.thetaBelowCell1001)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode100121 : adaptiveCoverCheck 12 (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1001)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode100130 : adaptiveCoverCheck 12 (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1001)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode100131 : adaptiveCoverCheck 12 (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1001)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101001 : adaptiveCoverCheck 12 (childLH (childLL CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101002 : adaptiveCoverCheck 12 (childHL (childLL CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101003 : adaptiveCoverCheck 12 (childHH (childLL CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101010 : adaptiveCoverCheck 12 (childLL (childLH CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101011 : adaptiveCoverCheck 12 (childLH (childLH CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101012 : adaptiveCoverCheck 12 (childHL (childLH CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101013 : adaptiveCoverCheck 12 (childHH (childLH CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101020 : adaptiveCoverCheck 12 (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101021 : adaptiveCoverCheck 12 (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101030 : adaptiveCoverCheck 12 (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101031 : adaptiveCoverCheck 12 (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101032 : adaptiveCoverCheck 12 (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101033 : adaptiveCoverCheck 12 (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1010)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101100 : adaptiveCoverCheck 12 (childLL (childLL CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101102 : adaptiveCoverCheck 12 (childHL (childLL CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101103 : adaptiveCoverCheck 12 (childHH (childLL CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101112 : adaptiveCoverCheck 12 (childHL (childLH CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101113 : adaptiveCoverCheck 12 (childHH (childLH CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101120 : adaptiveCoverCheck 12 (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101121 : adaptiveCoverCheck 12 (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101122 : adaptiveCoverCheck 12 (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101123 : adaptiveCoverCheck 12 (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101130 : adaptiveCoverCheck 12 (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101131 : adaptiveCoverCheck 12 (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101132 : adaptiveCoverCheck 12 (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101133 : adaptiveCoverCheck 12 (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1011)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110002 : adaptiveCoverCheck 12 (childHL (childLL CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110003 : adaptiveCoverCheck 12 (childHH (childLL CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110012 : adaptiveCoverCheck 12 (childHL (childLH CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110013 : adaptiveCoverCheck 12 (childHH (childLH CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110020 : adaptiveCoverCheck 12 (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110021 : adaptiveCoverCheck 12 (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110022 : adaptiveCoverCheck 12 (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110023 : adaptiveCoverCheck 12 (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110030 : adaptiveCoverCheck 12 (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110031 : adaptiveCoverCheck 12 (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110032 : adaptiveCoverCheck 12 (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110033 : adaptiveCoverCheck 12 (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1100)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110102 : adaptiveCoverCheck 12 (childHL (childLL CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110103 : adaptiveCoverCheck 12 (childHH (childLL CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110112 : adaptiveCoverCheck 12 (childHL (childLH CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110113 : adaptiveCoverCheck 12 (childHH (childLH CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110120 : adaptiveCoverCheck 12 (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110121 : adaptiveCoverCheck 12 (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110122 : adaptiveCoverCheck 12 (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110123 : adaptiveCoverCheck 12 (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110130 : adaptiveCoverCheck 12 (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110131 : adaptiveCoverCheck 12 (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110132 : adaptiveCoverCheck 12 (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110133 : adaptiveCoverCheck 12 (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1101)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111002 : adaptiveCoverCheck 12 (childHL (childLL CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111003 : adaptiveCoverCheck 12 (childHH (childLL CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111012 : adaptiveCoverCheck 12 (childHL (childLH CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111013 : adaptiveCoverCheck 12 (childHH (childLH CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111020 : adaptiveCoverCheck 12 (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111021 : adaptiveCoverCheck 12 (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111022 : adaptiveCoverCheck 12 (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111023 : adaptiveCoverCheck 12 (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111030 : adaptiveCoverCheck 12 (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111031 : adaptiveCoverCheck 12 (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111032 : adaptiveCoverCheck 12 (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111033 : adaptiveCoverCheck 12 (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1110)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111102 : adaptiveCoverCheck 12 (childHL (childLL CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111103 : adaptiveCoverCheck 12 (childHH (childLL CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111112 : adaptiveCoverCheck 12 (childHL (childLH CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111120 : adaptiveCoverCheck 12 (childLL (childHL CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111121 : adaptiveCoverCheck 12 (childLH (childHL CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111122 : adaptiveCoverCheck 12 (childHL (childHL CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111123 : adaptiveCoverCheck 12 (childHH (childHL CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111130 : adaptiveCoverCheck 12 (childLL (childHH CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111131 : adaptiveCoverCheck 12 (childLH (childHH CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111132 : adaptiveCoverCheck 12 (childHL (childHH CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111133 : adaptiveCoverCheck 12 (childHH (childHH CertificateCells6754c8bb3e.thetaBelowCell1111)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111210 : adaptiveCoverCheck 12 (childLL (childLH CertificateCells6754c8bb3e.thetaBelowCell1112)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111211 : adaptiveCoverCheck 12 (childLH (childLH CertificateCells6754c8bb3e.thetaBelowCell1112)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111300 : adaptiveCoverCheck 12 (childLL (childLL CertificateCells6754c8bb3e.thetaBelowCell1113)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111301 : adaptiveCoverCheck 12 (childLH (childLL CertificateCells6754c8bb3e.thetaBelowCell1113)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111310 : adaptiveCoverCheck 12 (childLL (childLH CertificateCells6754c8bb3e.thetaBelowCell1113)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111311 : adaptiveCoverCheck 12 (childLH (childLH CertificateCells6754c8bb3e.thetaBelowCell1113)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode01013 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell0101) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode01101 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell0110) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode01102 : adaptiveCoverCheck 13 (childHL CertificateCells6754c8bb3e.thetaBelowCell0110) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode01103 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell0110) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode01110 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell0111) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode01111 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell0111) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode01112 : adaptiveCoverCheck 13 (childHL CertificateCells6754c8bb3e.thetaBelowCell0111) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode01113 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell0111) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10000 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1000) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10001 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1000) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10002 : adaptiveCoverCheck 13 (childHL CertificateCells6754c8bb3e.thetaBelowCell1000) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10003 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell1000) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10010 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1001) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10011 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1001) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10012 : adaptiveCoverCheck 13 (childHL CertificateCells6754c8bb3e.thetaBelowCell1001) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10013 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell1001) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10031 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1003) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10100 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1010) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10101 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1010) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10102 : adaptiveCoverCheck 13 (childHL CertificateCells6754c8bb3e.thetaBelowCell1010) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10103 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell1010) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10110 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1011) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10111 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1011) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10112 : adaptiveCoverCheck 13 (childHL CertificateCells6754c8bb3e.thetaBelowCell1011) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10113 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell1011) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10120 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1012) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10121 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1012) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10130 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1013) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10131 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1013) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11000 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1100) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11001 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1100) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11002 : adaptiveCoverCheck 13 (childHL CertificateCells6754c8bb3e.thetaBelowCell1100) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11003 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell1100) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11010 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1101) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11011 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1101) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11012 : adaptiveCoverCheck 13 (childHL CertificateCells6754c8bb3e.thetaBelowCell1101) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11013 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell1101) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11020 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1102) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11021 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1102) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11030 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1103) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11031 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1103) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11100 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1110) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11101 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1110) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11102 : adaptiveCoverCheck 13 (childHL CertificateCells6754c8bb3e.thetaBelowCell1110) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11103 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell1110) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11110 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1111) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11111 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1111) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11112 : adaptiveCoverCheck 13 (childHL CertificateCells6754c8bb3e.thetaBelowCell1111) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11113 : adaptiveCoverCheck 13 (childHH CertificateCells6754c8bb3e.thetaBelowCell1111) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11120 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1112) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11121 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1112) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11130 : adaptiveCoverCheck 13 (childLL CertificateCells6754c8bb3e.thetaBelowCell1113) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11131 : adaptiveCoverCheck 13 (childLH CertificateCells6754c8bb3e.thetaBelowCell1113) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0003 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0003 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0010 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0010 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0011 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0011 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0012 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0012 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0013 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0013 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0100 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0100 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0101 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0101 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0102 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0102 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0103 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0103 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0110 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0110 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0111 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0111 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0112 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0112 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0113 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell0113 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1000 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1000 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1001 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1001 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1002 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1002 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1003 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1003 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1010 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1010 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1011 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1011 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1012 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1012 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1013 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1013 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1100 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1100 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1101 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1101 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1102 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1102 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1103 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1103 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1110 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1110 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1111 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1111 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1112 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1112 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1113 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1113 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1121 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1121 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1130 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1130 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1131 : adaptiveCoverCheck 14 CertificateCells6754c8bb3e.thetaBelowCell1131 = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode000 : adaptiveCoverCheck 15 (childLL (childLL (childLL e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode001 : adaptiveCoverCheck 15 (childLH (childLL (childLL e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode003 : adaptiveCoverCheck 15 (childHH (childLL (childLL e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode010 : adaptiveCoverCheck 15 (childLL (childLH (childLL e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode011 : adaptiveCoverCheck 15 (childLH (childLH (childLL e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode012 : adaptiveCoverCheck 15 (childHL (childLH (childLL e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode013 : adaptiveCoverCheck 15 (childHH (childLH (childLL e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode100 : adaptiveCoverCheck 15 (childLL (childLL (childLH e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode101 : adaptiveCoverCheck 15 (childLH (childLL (childLH e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode102 : adaptiveCoverCheck 15 (childHL (childLL (childLH e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode103 : adaptiveCoverCheck 15 (childHH (childLL (childLH e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode110 : adaptiveCoverCheck 15 (childLL (childLH (childLH e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode111 : adaptiveCoverCheck 15 (childLH (childLH (childLH e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode112 : adaptiveCoverCheck 15 (childHL (childLH (childLH e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode113 : adaptiveCoverCheck 15 (childHH (childLH (childLH e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode130 : adaptiveCoverCheck 15 (childLL (childHH (childLH e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode131 : adaptiveCoverCheck 15 (childLH (childHH (childLH e24ThetaBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode00 : adaptiveCoverCheck 16 (childLL (childLL e24ThetaBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode01 : adaptiveCoverCheck 16 (childLH (childLL e24ThetaBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode03 : adaptiveCoverCheck 16 (childHH (childLL e24ThetaBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode10 : adaptiveCoverCheck 16 (childLL (childLH e24ThetaBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode11 : adaptiveCoverCheck 16 (childLH (childLH e24ThetaBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode12 : adaptiveCoverCheck 16 (childHL (childLH e24ThetaBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode13 : adaptiveCoverCheck 16 (childHH (childLH e24ThetaBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode30 : adaptiveCoverCheck 16 (childLL (childHH e24ThetaBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode31 : adaptiveCoverCheck 16 (childLH (childHH e24ThetaBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode33 : adaptiveCoverCheck 16 (childHH (childHH e24ThetaBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode0 : adaptiveCoverCheck 17 (childLL e24ThetaBelowRoot) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode1 : adaptiveCoverCheck 17 (childLH e24ThetaBelowRoot) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNode3 : adaptiveCoverCheck 17 (childHH e24ThetaBelowRoot) = true

theorem GerverSofa.PartE.e24KC2ThetaBelowNodeROOT : adaptiveCoverCheck 18 e24ThetaBelowRoot = true

theorem GerverSofa.PartE.e24ThetaBelowKernelCheck : adaptiveCoverCheck 18 e24ThetaBelowRoot = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_c0_c0_6_00029

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0_c0_c0 : adaptiveCoverCheck 6 (childLL (childLL CertificateCellse9ea903ef1.phiAboveCell11011010)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_c0_c1_c0_5_00036

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0_c0_c1_c0 : adaptiveCoverCheck 5 (childLL (childLH (childLL CertificateCells89d797401e.phiAboveCell11011010))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_c0_c1_c1_5_00042

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0_c0_c1_c1 : adaptiveCoverCheck 5 (childLH (childLH (childLL CertificateCellsafdf6e4305.phiAboveCell11011010))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_c0_c1_6_00045

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0_c0_c1 : adaptiveCoverCheck 6 (childLH (childLL CertificateCells0d2c374949.phiAboveCell11011010)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_c0_7_00048

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0_c0 : adaptiveCoverCheck 7 (childLL CertificateCells3df86e4955.phiAboveCell11011010) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_c1_c0_c0_5_00056

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0_c1_c0_c0 : adaptiveCoverCheck 5 (childLL (childLL (childLH CertificateCells3298a326ef.phiAboveCell11011010))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_c1_c0_c1_5_00062

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0_c1_c0_c1 : adaptiveCoverCheck 5 (childLH (childLL (childLH CertificateCells47980ca575.phiAboveCell11011010))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_c1_c0_6_00065

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0_c1_c0 : adaptiveCoverCheck 6 (childLL (childLH CertificateCellsfed39385df.phiAboveCell11011010)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_c1_c1_6_00071

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0_c1_c1 : adaptiveCoverCheck 6 (childLH (childLH CertificateCellsb1b33fecca.phiAboveCell11011010)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_c1_7_00074

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0_c1 : adaptiveCoverCheck 7 (childLH CertificateCellsc427a8578f.phiAboveCell11011010) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c0_8_00077

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c0 : adaptiveCoverCheck 8 CertificateCells25978ec18d.phiAboveCell11011010 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c1_c0_c0_6_00085

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c1_c0_c0 : adaptiveCoverCheck 6 (childLL (childLL CertificateCellse6161a42be.phiAboveCell11011011)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c1_c0_c1_6_00091

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c1_c0_c1 : adaptiveCoverCheck 6 (childLH (childLL CertificateCells1f6ffcc997.phiAboveCell11011011)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c1_c0_7_00094

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c1_c0 : adaptiveCoverCheck 7 (childLL CertificateCells1275d3adc4.phiAboveCell11011011) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c1_c1_c0_6_00101

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c1_c1_c0 : adaptiveCoverCheck 6 (childLL (childLH CertificateCells021b870816.phiAboveCell11011011)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c1_c1_7_00105

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c1_c1 : adaptiveCoverCheck 7 (childLH CertificateCells9ade3f586f.phiAboveCell11011011) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_c1_8_00108

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101_c1 : adaptiveCoverCheck 8 CertificateCellsfd8221930a.phiAboveCell11011011 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101101_9_00111

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101101 : adaptiveCoverCheck 9 (childLH (childLL (childLH CertificateCells5aaf24f73d.phiAboveCell1101))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101110_c0_c0_7_00122

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101110_c0_c0 : adaptiveCoverCheck 7 (childLL CertificateCells31cca9f2c5.phiAboveCell11011100) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101110_c0_c1_c0_6_00129

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101110_c0_c1_c0 : adaptiveCoverCheck 6 (childLL (childLH CertificateCells0a8495a296.phiAboveCell11011100)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101110_c0_c1_7_00133

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101110_c0_c1 : adaptiveCoverCheck 7 (childLH CertificateCells4cabb07dbd.phiAboveCell11011100) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101110_c0_8_00136

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101110_c0 : adaptiveCoverCheck 8 CertificateCellsc6c93e8f5c.phiAboveCell11011100 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101110_c1_8_00142

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101110_c1 : adaptiveCoverCheck 8 CertificateCellsaa40da30f6.phiAboveCell11011101 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101110_9_00145

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101110 : adaptiveCoverCheck 9 (childLL (childLH (childLH CertificateCells919c5d7ca9.phiAboveCell1101))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101111_c0_c1_7_00156

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101111_c0_c1 : adaptiveCoverCheck 7 (childLH CertificateCells87d4f5e678.phiAboveCell11011110) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101111_c0_8_00159

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101111_c0 : adaptiveCoverCheck 8 CertificateCellsefc5f924ee.phiAboveCell11011110 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101111_c1_8_00165

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101111_c1 : adaptiveCoverCheck 8 CertificateCellsac583a159d.phiAboveCell11011111 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1101111_9_00168

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1101111 : adaptiveCoverCheck 9 (childLH (childLH (childLH CertificateCellsf317a94cb3.phiAboveCell1101))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1110000_c0_8_00178

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1110000_c0 : adaptiveCoverCheck 8 CertificateCellsf7dce840c8.phiAboveCell11100000 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1110000_9_00182

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1110000 : adaptiveCoverCheck 9 (childLL (childLL (childLL CertificateCells5fe660c4fc.phiAboveCell1110))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1110001_9_00191

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1110001 : adaptiveCoverCheck 9 (childLH (childLL (childLL CertificateCells7e3a6c7b6b.phiAboveCell1110))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1110010_9_00200

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1110010 : adaptiveCoverCheck 9 (childLL (childLH (childLL CertificateCellsa5efdb03f3.phiAboveCell1110))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Above Leaf1110011_9_00208

theorem GerverSofa.PartE.e24KC2PhiAboveLeaf1110011 : adaptiveCoverCheck 9 (childLH (childLH (childLL CertificateCells4f05b2093e.phiAboveCell1110))) = true

Gerver Sofa / Kernel Only / Part E / E24KC6Phi Above Reconstruct

theorem GerverSofa.PartE.e24KC2PhiAboveNode100101 : adaptiveCoverCheck 10 (childLH (childLL CertificateCellsa15368d7db.phiAboveCell1001)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode100110 : adaptiveCoverCheck 10 (childLL (childLH CertificateCellsa15368d7db.phiAboveCell1001)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode100111 : adaptiveCoverCheck 10 (childLH (childLH CertificateCellsa15368d7db.phiAboveCell1001)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode101000 : adaptiveCoverCheck 10 (childLL (childLL CertificateCellsa15368d7db.phiAboveCell1010)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode101001 : adaptiveCoverCheck 10 (childLH (childLL CertificateCellsa15368d7db.phiAboveCell1010)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode101010 : adaptiveCoverCheck 10 (childLL (childLH CertificateCellsa15368d7db.phiAboveCell1010)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode101011 : adaptiveCoverCheck 10 (childLH (childLH CertificateCellsa15368d7db.phiAboveCell1010)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode101100 : adaptiveCoverCheck 10 (childLL (childLL CertificateCellsa15368d7db.phiAboveCell1011)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode101101 : adaptiveCoverCheck 10 (childLH (childLL CertificateCellsa15368d7db.phiAboveCell1011)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode101110 : adaptiveCoverCheck 10 (childLL (childLH CertificateCellsa15368d7db.phiAboveCell1011)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode101111 : adaptiveCoverCheck 10 (childLH (childLH CertificateCellsa15368d7db.phiAboveCell1011)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110000 : adaptiveCoverCheck 10 (childLL (childLL CertificateCellsa15368d7db.phiAboveCell1100)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110001 : adaptiveCoverCheck 10 (childLH (childLL CertificateCellsa15368d7db.phiAboveCell1100)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110010 : adaptiveCoverCheck 10 (childLL (childLH CertificateCellsa15368d7db.phiAboveCell1100)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110011 : adaptiveCoverCheck 10 (childLH (childLH CertificateCellsa15368d7db.phiAboveCell1100)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110013 : adaptiveCoverCheck 10 (childHH (childLH CertificateCellsa15368d7db.phiAboveCell1100)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110100 : adaptiveCoverCheck 10 (childLL (childLL CertificateCellsa15368d7db.phiAboveCell1101)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110101 : adaptiveCoverCheck 10 (childLH (childLL CertificateCellsa15368d7db.phiAboveCell1101)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110102 : adaptiveCoverCheck 10 (childHL (childLL CertificateCellsa15368d7db.phiAboveCell1101)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110103 : adaptiveCoverCheck 10 (childHH (childLL CertificateCellsa15368d7db.phiAboveCell1101)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110110 : adaptiveCoverCheck 10 (childLL (childLH CertificateCellsa15368d7db.phiAboveCell1101)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110111 : adaptiveCoverCheck 10 (childLH (childLH CertificateCellsa15368d7db.phiAboveCell1101)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110112 : adaptiveCoverCheck 10 (childHL (childLH CertificateCellsa15368d7db.phiAboveCell1101)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110113 : adaptiveCoverCheck 10 (childHH (childLH CertificateCellsa15368d7db.phiAboveCell1101)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111000 : adaptiveCoverCheck 10 (childLL (childLL CertificateCellsa15368d7db.phiAboveCell1110)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111001 : adaptiveCoverCheck 10 (childLH (childLL CertificateCellsa15368d7db.phiAboveCell1110)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111002 : adaptiveCoverCheck 10 (childHL (childLL CertificateCellsa15368d7db.phiAboveCell1110)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111003 : adaptiveCoverCheck 10 (childHH (childLL CertificateCellsa15368d7db.phiAboveCell1110)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111010 : adaptiveCoverCheck 10 (childLL (childLH CertificateCellsa15368d7db.phiAboveCell1110)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111011 : adaptiveCoverCheck 10 (childLH (childLH CertificateCellsa15368d7db.phiAboveCell1110)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111012 : adaptiveCoverCheck 10 (childHL (childLH CertificateCellsa15368d7db.phiAboveCell1110)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111013 : adaptiveCoverCheck 10 (childHH (childLH CertificateCellsa15368d7db.phiAboveCell1110)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111100 : adaptiveCoverCheck 10 (childLL (childLL CertificateCellsa15368d7db.phiAboveCell1111)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111101 : adaptiveCoverCheck 10 (childLH (childLL CertificateCellsa15368d7db.phiAboveCell1111)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111102 : adaptiveCoverCheck 10 (childHL (childLL CertificateCellsa15368d7db.phiAboveCell1111)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111103 : adaptiveCoverCheck 10 (childHH (childLL CertificateCellsa15368d7db.phiAboveCell1111)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111110 : adaptiveCoverCheck 10 (childLL (childLH CertificateCellsa15368d7db.phiAboveCell1111)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111111 : adaptiveCoverCheck 10 (childLH (childLH CertificateCellsa15368d7db.phiAboveCell1111)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111112 : adaptiveCoverCheck 10 (childHL (childLH CertificateCellsa15368d7db.phiAboveCell1111)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111113 : adaptiveCoverCheck 10 (childHH (childLH CertificateCellsa15368d7db.phiAboveCell1111)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode01011 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell0101) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode01100 : adaptiveCoverCheck 11 (childLL CertificateCellsa15368d7db.phiAboveCell0110) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode01101 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell0110) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode01110 : adaptiveCoverCheck 11 (childLL CertificateCellsa15368d7db.phiAboveCell0111) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode01111 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell0111) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode10000 : adaptiveCoverCheck 11 (childLL CertificateCellsa15368d7db.phiAboveCell1000) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode10001 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell1000) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode10010 : adaptiveCoverCheck 11 (childLL CertificateCellsa15368d7db.phiAboveCell1001) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode10011 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell1001) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode10100 : adaptiveCoverCheck 11 (childLL CertificateCellsa15368d7db.phiAboveCell1010) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode10101 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell1010) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode10110 : adaptiveCoverCheck 11 (childLL CertificateCellsa15368d7db.phiAboveCell1011) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode10111 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell1011) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode10113 : adaptiveCoverCheck 11 (childHH CertificateCellsa15368d7db.phiAboveCell1011) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11000 : adaptiveCoverCheck 11 (childLL CertificateCellsa15368d7db.phiAboveCell1100) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11001 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell1100) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11002 : adaptiveCoverCheck 11 (childHL CertificateCellsa15368d7db.phiAboveCell1100) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11003 : adaptiveCoverCheck 11 (childHH CertificateCellsa15368d7db.phiAboveCell1100) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11010 : adaptiveCoverCheck 11 (childLL CertificateCellsa15368d7db.phiAboveCell1101) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11011 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell1101) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11012 : adaptiveCoverCheck 11 (childHL CertificateCellsa15368d7db.phiAboveCell1101) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11013 : adaptiveCoverCheck 11 (childHH CertificateCellsa15368d7db.phiAboveCell1101) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11100 : adaptiveCoverCheck 11 (childLL CertificateCellsa15368d7db.phiAboveCell1110) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11101 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell1110) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11102 : adaptiveCoverCheck 11 (childHL CertificateCellsa15368d7db.phiAboveCell1110) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11103 : adaptiveCoverCheck 11 (childHH CertificateCellsa15368d7db.phiAboveCell1110) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11110 : adaptiveCoverCheck 11 (childLL CertificateCellsa15368d7db.phiAboveCell1111) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11111 : adaptiveCoverCheck 11 (childLH CertificateCellsa15368d7db.phiAboveCell1111) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11112 : adaptiveCoverCheck 11 (childHL CertificateCellsa15368d7db.phiAboveCell1111) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11113 : adaptiveCoverCheck 11 (childHH CertificateCellsa15368d7db.phiAboveCell1111) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode0000 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell0000 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode0001 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell0001 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode0010 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell0010 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode0011 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell0011 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode0100 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell0100 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode0101 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell0101 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode0110 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell0110 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode0111 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell0111 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1000 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1000 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1001 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1001 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1002 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1002 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1003 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1003 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1010 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1010 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1011 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1011 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1012 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1012 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1013 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1013 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1100 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1100 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1101 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1101 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1102 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1102 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1103 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1103 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1110 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1110 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1111 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1111 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1112 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1112 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1113 : adaptiveCoverCheck 12 CertificateCellsa15368d7db.phiAboveCell1113 = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode000 : adaptiveCoverCheck 13 (childLL (childLL (childLL e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode001 : adaptiveCoverCheck 13 (childLH (childLL (childLL e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode003 : adaptiveCoverCheck 13 (childHH (childLL (childLL e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode010 : adaptiveCoverCheck 13 (childLL (childLH (childLL e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode011 : adaptiveCoverCheck 13 (childLH (childLH (childLL e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode012 : adaptiveCoverCheck 13 (childHL (childLH (childLL e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode013 : adaptiveCoverCheck 13 (childHH (childLH (childLL e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode100 : adaptiveCoverCheck 13 (childLL (childLL (childLH e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode101 : adaptiveCoverCheck 13 (childLH (childLL (childLH e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode102 : adaptiveCoverCheck 13 (childHL (childLL (childLH e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode103 : adaptiveCoverCheck 13 (childHH (childLL (childLH e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode110 : adaptiveCoverCheck 13 (childLL (childLH (childLH e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode111 : adaptiveCoverCheck 13 (childLH (childLH (childLH e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode112 : adaptiveCoverCheck 13 (childHL (childLH (childLH e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode113 : adaptiveCoverCheck 13 (childHH (childLH (childLH e24PhiAboveRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode00 : adaptiveCoverCheck 14 (childLL (childLL e24PhiAboveRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode01 : adaptiveCoverCheck 14 (childLH (childLL e24PhiAboveRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode03 : adaptiveCoverCheck 14 (childHH (childLL e24PhiAboveRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode10 : adaptiveCoverCheck 14 (childLL (childLH e24PhiAboveRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode11 : adaptiveCoverCheck 14 (childLH (childLH e24PhiAboveRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode12 : adaptiveCoverCheck 14 (childHL (childLH e24PhiAboveRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode13 : adaptiveCoverCheck 14 (childHH (childLH e24PhiAboveRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode30 : adaptiveCoverCheck 14 (childLL (childHH e24PhiAboveRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode31 : adaptiveCoverCheck 14 (childLH (childHH e24PhiAboveRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode33 : adaptiveCoverCheck 14 (childHH (childHH e24PhiAboveRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode0 : adaptiveCoverCheck 15 (childLL e24PhiAboveRoot) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode1 : adaptiveCoverCheck 15 (childLH e24PhiAboveRoot) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNode3 : adaptiveCoverCheck 15 (childHH e24PhiAboveRoot) = true

theorem GerverSofa.PartE.e24KC2PhiAboveNodeROOT : adaptiveCoverCheck 16 e24PhiAboveRoot = true

theorem GerverSofa.PartE.e24PhiAboveKernelCheck : adaptiveCoverCheck 16 e24PhiAboveRoot = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33203_9_00246

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33203 : adaptiveCoverCheck 9 (childHH CertificateCells12ecbb1984.phiBelowCell3320) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33221_9_00260

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33221 : adaptiveCoverCheck 9 (childLH CertificateCellsf9b1d22c2c.phiBelowCell3322) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33223_9_00269

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33223 : adaptiveCoverCheck 9 (childHH CertificateCells5481d87062.phiBelowCell3322) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33230_c2_8_00278

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33230_c2 : adaptiveCoverCheck 8 (childHL (childLL CertificateCellsc99c114252.phiBelowCell3323)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33230_c3_8_00284

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33230_c3 : adaptiveCoverCheck 8 (childHH (childLL CertificateCells85102f4bff.phiBelowCell3323)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33230_9_00285

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33230 : adaptiveCoverCheck 9 (childLL CertificateCellsd7423e4c3b.phiBelowCell3323) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c0_8_00294

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c0 : adaptiveCoverCheck 8 (childLL (childHL CertificateCells8ae9088aab.phiBelowCell3323)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c1_c0_7_00301

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c1_c0 : adaptiveCoverCheck 7 (childLL (childLH (childHL CertificateCellsb8a79b56b3.phiBelowCell3323))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c1_c2_7_00308

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c1_c2 : adaptiveCoverCheck 7 (childHL (childLH (childHL CertificateCells13ae325d6d.phiBelowCell3323))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c1_c3_7_00314

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c1_c3 : adaptiveCoverCheck 7 (childHH (childLH (childHL CertificateCells6add7bae04.phiBelowCell3323))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c1_8_00315

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c1 : adaptiveCoverCheck 8 (childLH (childHL CertificateCellscd1d17c9b4.phiBelowCell3323)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c3_c1_c1_6_00326

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c3_c1_c1 : adaptiveCoverCheck 6 CertificateCells709ea69226.phiBelowCell33232311 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c3_c1_c3_6_00333

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c3_c1_c3 : adaptiveCoverCheck 6 CertificateCellsade8569b0a.phiBelowCell33232313 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c3_c1_7_00334

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c3_c1 : adaptiveCoverCheck 7 (childLH (childHH (childHL CertificateCellsfece773e85.phiBelowCell3323))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c3_c3_c1_6_00343

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c3_c3_c1 : adaptiveCoverCheck 6 CertificateCellse593ec4a84.phiBelowCell33232331 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c3_c3_7_00346

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c3_c3 : adaptiveCoverCheck 7 (childHH (childHH (childHL CertificateCells0ccc164bd1.phiBelowCell3323))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_c3_8_00347

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232_c3 : adaptiveCoverCheck 8 (childHH (childHL CertificateCells072df6b25f.phiBelowCell3323)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33232_9_00348

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33232 : adaptiveCoverCheck 9 (childHL CertificateCells215f6c9ebd.phiBelowCell3323) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c0_8_00358

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c0 : adaptiveCoverCheck 8 (childLL (childHH CertificateCellsef857ed1c7.phiBelowCell3323)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c0_c2_6_00369

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c0_c2 : adaptiveCoverCheck 6 CertificateCells2ebe0c2db9.phiBelowCell33233202 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c0_7_00371

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c0 : adaptiveCoverCheck 7 (childLL (childHL (childHH CertificateCells27c0e8c594.phiBelowCell3323))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c0_c3_5_00383

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c0_c3 : adaptiveCoverCheck 5 (childHH CertificateCells4d117fb26d.phiBelowCell33233220) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c0_6_00384

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c0 : adaptiveCoverCheck 6 CertificateCells848f180c5a.phiBelowCell33233220 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c1_6_00390

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c1 : adaptiveCoverCheck 6 CertificateCells090e12bc76.phiBelowCell33233221 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c2_c1_5_00398

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c2_c1 : adaptiveCoverCheck 5 (childLH CertificateCells857be56025.phiBelowCell33233222) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c2_6_00401

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c2 : adaptiveCoverCheck 6 CertificateCellsea76f7562d.phiBelowCell33233222 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c3_c0_5_00408

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c3_c0 : adaptiveCoverCheck 5 (childLL CertificateCellsdd77c2320b.phiBelowCell33233223) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below

Leaf33233_c2_c2_c3_c2_c1_c2_c0_2_00421

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c3_c2_c1_c2_c0 : adaptiveCoverCheck 2 CertificateCells08c6706994.phiBelowCell332332232120 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below

Leaf33233_c2_c2_c3_c2_c1_c2_3_00425

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c3_c2_c1_c2 : adaptiveCoverCheck 3 (childHL (childLH (childHL CertificateCells96d537e773.phiBelowCell33233223))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c3_c2_c1_4_00427

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c3_c2_c1 : adaptiveCoverCheck 4 (childLH (childHL CertificateCells0abe1d75a7.phiBelowCell33233223)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c3_c2_c3_4_00434

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c3_c2_c3 : adaptiveCoverCheck 4 (childHH (childHL CertificateCells4849d1c13b.phiBelowCell33233223)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c3_c2_5_00435

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c3_c2 : adaptiveCoverCheck 5 (childHL CertificateCellsf2740dc787.phiBelowCell33233223) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c3_c3_c2_4_00444

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c3_c3_c2 : adaptiveCoverCheck 4 (childHL (childHH CertificateCells3f18540de9.phiBelowCell33233223)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c3_c3_5_00446

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c3_c3 : adaptiveCoverCheck 5 (childHH CertificateCellsa21caf16f2.phiBelowCell33233223) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_c3_6_00447

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2_c3 : adaptiveCoverCheck 6 CertificateCells21943a9b83.phiBelowCell33233223 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c2_7_00448

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c2 : adaptiveCoverCheck 7 (childHL (childHL (childHH CertificateCells62ff50a4e8.phiBelowCell3323))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c3_c2_6_00457

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c3_c2 : adaptiveCoverCheck 6 CertificateCells6677fc4b7c.phiBelowCell33233232 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_c3_7_00459

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2_c3 : adaptiveCoverCheck 7 (childHH (childHL (childHH CertificateCells07875eeb47.phiBelowCell3323))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_c2_8_00460

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233_c2 : adaptiveCoverCheck 8 (childHL (childHH CertificateCells5ed2775b48.phiBelowCell3323)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Phi Below Leaf33233_9_00462

theorem GerverSofa.PartE.e24KC2PhiBelowLeaf33233 : adaptiveCoverCheck 9 (childHH CertificateCells83d9ff7319.phiBelowCell3323) = true

Gerver Sofa / Kernel Only / Part E / E24KC6Phi Below Reconstruct

theorem GerverSofa.PartE.e24KC2PhiBelowNode3000 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3000 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3001 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3001 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3002 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3002 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3003 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3003 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3010 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3010 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3011 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3011 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3012 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3012 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3013 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3013 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3020 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3020 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3021 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3021 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3022 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3022 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3023 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3023 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3030 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3030 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3031 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3031 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3032 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3032 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3033 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3033 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3100 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3100 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3101 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3101 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3102 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3102 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3103 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3103 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3112 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3112 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3120 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3120 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3121 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3121 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3122 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3122 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3123 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3123 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3130 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3130 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3131 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3131 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3132 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3132 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3133 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3133 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3200 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3200 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3201 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3201 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3202 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3202 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3203 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3203 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3210 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3210 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3211 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3211 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3212 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3212 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3213 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3213 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3220 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3220 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3221 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3221 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3222 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3222 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3223 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3223 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3230 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3230 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3231 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3231 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3232 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3232 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3233 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3233 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3300 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3300 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3301 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3301 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3302 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3302 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3303 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3303 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3310 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3310 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3311 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3311 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3312 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3312 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3313 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3313 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3320 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3320 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3321 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3321 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3322 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3322 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3323 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3323 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3330 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3330 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3331 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3331 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3332 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3332 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3333 : adaptiveCoverCheck 10 CertificateCells240a9bf558.phiBelowCell3333 = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode300 : adaptiveCoverCheck 11 (childLL (childLL (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode301 : adaptiveCoverCheck 11 (childLH (childLL (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode302 : adaptiveCoverCheck 11 (childHL (childLL (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode303 : adaptiveCoverCheck 11 (childHH (childLL (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode310 : adaptiveCoverCheck 11 (childLL (childLH (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode311 : adaptiveCoverCheck 11 (childLH (childLH (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode312 : adaptiveCoverCheck 11 (childHL (childLH (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode313 : adaptiveCoverCheck 11 (childHH (childLH (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode320 : adaptiveCoverCheck 11 (childLL (childHL (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode321 : adaptiveCoverCheck 11 (childLH (childHL (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode322 : adaptiveCoverCheck 11 (childHL (childHL (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode323 : adaptiveCoverCheck 11 (childHH (childHL (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode330 : adaptiveCoverCheck 11 (childLL (childHH (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode331 : adaptiveCoverCheck 11 (childLH (childHH (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode332 : adaptiveCoverCheck 11 (childHL (childHH (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode333 : adaptiveCoverCheck 11 (childHH (childHH (childHH e24PhiBelowRoot))) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode30 : adaptiveCoverCheck 12 (childLL (childHH e24PhiBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode31 : adaptiveCoverCheck 12 (childLH (childHH e24PhiBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode32 : adaptiveCoverCheck 12 (childHL (childHH e24PhiBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode33 : adaptiveCoverCheck 12 (childHH (childHH e24PhiBelowRoot)) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNode3 : adaptiveCoverCheck 13 (childHH e24PhiBelowRoot) = true

theorem GerverSofa.PartE.e24KC2PhiBelowNodeROOT : adaptiveCoverCheck 14 e24PhiBelowRoot = true

theorem GerverSofa.PartE.e24PhiBelowKernelCheck : adaptiveCoverCheck 14 e24PhiBelowRoot = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c1_c1_c3_c1_c2_4_00016

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c1_c3_c1_c2 : adaptiveCoverCheck 4 (childHL (childLH (childHH CertificateCells22695df69a.thetaAboveCell000022002011))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c1_c1_c3_c1_c3_4_00022

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c1_c3_c1_c3 : adaptiveCoverCheck 4 (childHH (childLH (childHH CertificateCells782ac45202.thetaAboveCell000022002011))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c1_c1_c3_c1_5_00023

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c1_c3_c1 : adaptiveCoverCheck 5 (childLH (childHH CertificateCellsb8f48433cf.thetaAboveCell000022002011)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c2_c0_c0_4_00484

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c2_c0_c0 : adaptiveCoverCheck 4 (childLL (childLL (childHL CertificateCells5bc1aa1a31.thetaAboveCell000022002000))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c2_c0_c1_4_00490

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c2_c0_c1 : adaptiveCoverCheck 4 (childLH (childLL (childHL CertificateCells29b43c6eb7.thetaAboveCell000022002000))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c2_c0_5_00493

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c2_c0 : adaptiveCoverCheck 5 (childLL (childHL CertificateCells64bf70ad53.thetaAboveCell000022002000)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c2_c1_c0_4_00500

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c2_c1_c0 : adaptiveCoverCheck 4 (childLL (childLH (childHL CertificateCellsc935d550f9.thetaAboveCell000022002000))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c2_c1_c1_4_00506

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c2_c1_c1 : adaptiveCoverCheck 4 (childLH (childLH (childHL CertificateCells0a80d69c2b.thetaAboveCell000022002000))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c2_c1_5_00509

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c2_c1 : adaptiveCoverCheck 5 (childLH (childHL CertificateCellsfd35b16333.thetaAboveCell000022002000)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c0_c0_c2_6_00512

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c2 : adaptiveCoverCheck 6 (childHL CertificateCellsd8bbac8cc5.thetaAboveCell000022002000) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c3_c0_c0_4_00520

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c3_c0_c0 : adaptiveCoverCheck 4 (childLL (childLL (childHH CertificateCells2eb3bc7e90.thetaAboveCell000022002000))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c3_c0_c1_4_00526

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c3_c0_c1 : adaptiveCoverCheck 4 (childLH (childLL (childHH CertificateCellsbc99de789e.thetaAboveCell000022002000))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c3_c0_5_00529

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c3_c0 : adaptiveCoverCheck 5 (childLL (childHH CertificateCellsdc52d78b64.thetaAboveCell000022002000)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c3_c1_c0_4_00536

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c3_c1_c0 : adaptiveCoverCheck 4 (childLL (childLH (childHH CertificateCells69f98d6dd4.thetaAboveCell000022002000))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c3_c1_c1_4_00542

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c3_c1_c1 : adaptiveCoverCheck 4 (childLH (childLH (childHH CertificateCells675835e7b9.thetaAboveCell000022002000))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c0_c3_c1_5_00545

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c3_c1 : adaptiveCoverCheck 5 (childLH (childHH CertificateCellsda5cde5aa9.thetaAboveCell000022002000)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c0_c0_c3_6_00548

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0_c3 : adaptiveCoverCheck 6 (childHH CertificateCellsed33eab041.thetaAboveCell000022002000) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c0_c0_7_00549

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c0 : adaptiveCoverCheck 7 CertificateCellsf997ca54bf.thetaAboveCell000022002000 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c1_c2_c0_c0_4_00560

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c1_c2_c0_c0 : adaptiveCoverCheck 4 (childLL (childLL (childHL CertificateCellsba35077fe5.thetaAboveCell000022002001))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c1_c2_c0_c1_4_00566

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c1_c2_c0_c1 : adaptiveCoverCheck 4 (childLH (childLL (childHL CertificateCells5d0bfdcc89.thetaAboveCell000022002001))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c1_c2_c0_5_00569

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c1_c2_c0 : adaptiveCoverCheck 5 (childLL (childHL CertificateCellsb9eba9ae01.thetaAboveCell000022002001)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c1_c2_c1_c0_4_00576

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c1_c2_c1_c0 : adaptiveCoverCheck 4 (childLL (childLH (childHL CertificateCells5ae8bbaf2e.thetaAboveCell000022002001))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c1_c2_c1_5_00580

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c1_c2_c1 : adaptiveCoverCheck 5 (childLH (childHL CertificateCellsbec28e0304.thetaAboveCell000022002001)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c0_c1_c2_6_00583

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c1_c2 : adaptiveCoverCheck 6 (childHL CertificateCells1b578c3d10.thetaAboveCell000022002001) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c1_c3_c0_5_00590

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c1_c3_c0 : adaptiveCoverCheck 5 (childLL (childHH CertificateCells2bc65b7190.thetaAboveCell000022002001)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c0_c1_c3_c1_5_00596

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c1_c3_c1 : adaptiveCoverCheck 5 (childLH (childHH CertificateCellsc46dbfc77b.thetaAboveCell000022002001)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c0_c1_c3_6_00599

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c1_c3 : adaptiveCoverCheck 6 (childHH CertificateCells752b604750.thetaAboveCell000022002001) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c0_c1_7_00600

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0_c1 : adaptiveCoverCheck 7 CertificateCellse66f3ce3f5.thetaAboveCell000022002001 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c0_8_00603

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c0 : adaptiveCoverCheck 8 (childLL (childLL (childHL CertificateCells45a373af38.thetaAboveCell00002200))) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c1_c0_c2_c0_5_00614

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c0_c2_c0 : adaptiveCoverCheck 5 (childLL (childHL CertificateCellsdabf824b24.thetaAboveCell000022002010)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c1_c0_c2_c1_5_00620

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c0_c2_c1 : adaptiveCoverCheck 5 (childLH (childHL CertificateCells11c2c46ea8.thetaAboveCell000022002010)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c1_c0_c2_6_00623

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c0_c2 : adaptiveCoverCheck 6 (childHL CertificateCellsfc2738963a.thetaAboveCell000022002010) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c1_c0_c3_c0_5_00630

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c0_c3_c0 : adaptiveCoverCheck 5 (childLL (childHH CertificateCells2c3b2a68a2.thetaAboveCell000022002010)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c1_c0_c3_c1_5_00636

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c0_c3_c1 : adaptiveCoverCheck 5 (childLH (childHH CertificateCells024fe9d391.thetaAboveCell000022002010)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c1_c0_c3_6_00639

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c0_c3 : adaptiveCoverCheck 6 (childHH CertificateCells95bf7ab700.thetaAboveCell000022002010) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c1_c0_7_00640

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c0 : adaptiveCoverCheck 7 CertificateCellsb2f77f238f.thetaAboveCell000022002010 = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c1_c1_c2_c0_5_00650

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c1_c2_c0 : adaptiveCoverCheck 5 (childLL (childHL CertificateCells8179cb7dd8.thetaAboveCell000022002011)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c1_c1_c2_c1_5_00656

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c1_c2_c1 : adaptiveCoverCheck 5 (childLH (childHL CertificateCellsdb257f0c7c.thetaAboveCell000022002011)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c1_c1_c2_6_00659

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c1_c2 : adaptiveCoverCheck 6 (childHL CertificateCells3a304b7358.thetaAboveCell000022002011) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above

Leaf0000220020_c1_c1_c3_c0_5_00666

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c1_c3_c0 : adaptiveCoverCheck 5 (childLL (childHH CertificateCells6cdc8e3bc2.thetaAboveCell000022002011)) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c1_c1_c3_6_00026

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c1_c3 : adaptiveCoverCheck 6 (childHH CertificateCells0157659d62.thetaAboveCell000022002011) = true

Gerver Sofa / Kernel Only / Part E / E24KC5Join_e24KC2Theta Above Leaf0000220020_c1_c1_7_00027

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020_c1_c1 : adaptiveCoverCheck 7 CertificateCells834e9932ec.thetaAboveCell000022002011 = true

E24KC6 explicit proof-producing certificate batch.

theorem GerverSofa.PartE.e24KC2ThetaAboveLeaf0000220020 : adaptiveCoverCheck 9 (childLL (childHL CertificateCellsb02c7d0e39.thetaAboveCell00002200)) = true