Recorded data and provenance for the associated calculation.
| checksPassed | 70 |
|---|---|
| scope | Exact scalar and tangent-transport diagnostics for declared FS geometry; no selected physical precession law. |
View complete data
{
"checksPassed": 70,
"checks": [
"FS inverse 0,0",
"Horizontal inverse ratio 0,0",
"FS inverse 0,1",
"Horizontal inverse ratio 0,1",
"FS inverse 0,2",
"Horizontal inverse ratio 0,2",
"FS inverse 0,3",
"FS inverse 0,4",
"FS inverse 1,0",
"Horizontal inverse ratio 1,0",
"FS inverse 1,1",
"Horizontal inverse ratio 1,1",
"FS inverse 1,2",
"Horizontal inverse ratio 1,2",
"FS inverse 1,3",
"FS inverse 1,4",
"FS inverse 2,0",
"Horizontal inverse ratio 2,0",
"FS inverse 2,1",
"Horizontal inverse ratio 2,1",
"FS inverse 2,2",
"Horizontal inverse ratio 2,2",
"FS inverse 2,3",
"FS inverse 2,4",
"FS inverse 3,0",
"FS inverse 3,1",
"FS inverse 3,2",
"FS inverse 3,3",
"FS inverse 3,4",
"FS inverse 4,0",
"FS inverse 4,1",
"FS inverse 4,2",
"FS inverse 4,3",
"FS inverse 4,4",
"Normal dependence of scalar Laplacian",
"Uniform subspace preserved by symmetric operator",
"Uniform subspace preserved by symmetric operator",
"Uniform subspace preserved by symmetric operator",
"Uniform subspace preserved by symmetric operator",
"Nonuniform interaction couples to changing shape",
"Rotating-frame transport generator",
"Rotating-frame transport generator",
"Rotating-frame transport generator",
"Rotating-frame transport generator",
"Rotating-frame transport generator",
"Rotating-frame transport generator",
"Rotating-frame transport generator",
"Rotating-frame transport generator",
"Rotating-frame transport generator",
"Transport preserves physical tangent metric",
"Transport preserves physical tangent metric",
"Transport preserves physical tangent metric",
"Transport preserves physical tangent metric",
"Transport preserves physical tangent metric",
"Transport preserves physical tangent metric",
"Transport preserves physical tangent metric",
"Transport preserves physical tangent metric",
"Transport preserves physical tangent metric",
"Tangent holonomy eigenfrequencies",
"Constant full chart radius",
"Inherited orbit speed",
"Normal transport connection",
"Flat limit identity holonomy L=1,sign=-1",
"Flat limit identity holonomy L=1,sign=1",
"Flat limit identity holonomy L=2,sign=-1",
"Flat limit identity holonomy L=2,sign=1",
"Flat limit identity holonomy L=3,sign=-1",
"Flat limit identity holonomy L=3,sign=1",
"Flat limit identity holonomy L=4,sign=-1",
"Flat limit identity holonomy L=4,sign=1"
],
"example": {
"rho": "1/2",
"L": 2,
"kappa": "1/5",
"tangentFrequencies": [
"(-7+sqrt(321))/10",
"(-7-sqrt(321))/10",
"1/5"
],
"normalFrequencies": [
"1/5",
"1/5"
],
"holonomyConvention": "Rotation phases are 2*pi times frequencies, modulo 2*pi, over theta=0..2*pi."
},
"sources": {
"experiments/shared-manifold-orbit-checks.py": "bba301dc5b2e03d1ef4c812ad45fd13988de05c66e00816af11b738eb66d9124"
},
"scope": "Exact scalar and tangent-transport diagnostics for declared FS geometry; no selected physical precession law."
}