The verification panel
The panel is where a connection stops being a drawing and becomes a check. It shows the demand it is sizing against, every limit state it computed, the ratio of each one, and which of them governs. Nothing on it is typed in by hand.
The demand comes from the analysis
Shear, axial force and moment are read from the element forces of the analysis run, at the exact member end that meets this node. You do not enter them, and you should not have to: they were already computed. If the panel says there is no demand, run the analysis first.
Two readings of the same forces
Signed, strong axis
The pair of shear and moment about the strong axis, with sign. A moment connection needs the sign: it is what says which flange is in tension.
Resultant
The vector sum of the two shear components, always positive and never smaller than either one. Shear-only models use this because it is conservative and blind to axis convention.
Reading the list of checks
Each row is one limit state: a demand, a capacity, and the ratio between them. A ratio at or below 1.0 passes. The headline of the panel is the largest ratio, which is the one that governs the connection.
Why some rows never become the headline
A few rows compare geometry with geometry, or material with material, and do not depend on load at all: required against provided anchorage length, foundation strength against grout strength, required washer size, stiffener fit. Those are conformity checks. While they are satisfied they stay out of the headline, because otherwise a constant would sit permanently at the top of the panel and every connection would read as if it were at its limit.
This never hides a failure. A conformity check that fails goes straight back to governing, and it is listed, computed and printed in the calculation memo either way.
Verified, not verified, and no calculation
When a capacity comes out as zero while there is demand to resist, the honest answer is that the calculation could not be performed, not that the steel failed. That usually means the node has no resolvable support, for example a record left behind by a node that is no longer a support point.
Verified
Everything computed, every ratio at or below 1.0.
Not verified
At least one limit state above 1.0. The row names it and the memo shows the formula.
No calculation
A capacity was zero with demand present. Not counted as a failure, and never reported as an approval.
The result is stamped, not recomputed on open
When a connection is created or edited, its verification is written into the project. Opening the project again shows that stamp; it does not silently run the engine over every node. That is deliberate, because a saved job should read the same tomorrow as it did today.
The consequence is worth knowing: after changing a profile, a load or a combination, a connection stamped earlier still shows the earlier number until you reopen the node and let it verify again. The bar report and the model colours read the stamp, so they follow the same rule.
From the row to the arithmetic
Every row can be opened into the calculation memo behind it: the formula, the values that went in, the code clause it comes from, and the published example the engine was reproduced against. The memo is also what goes into the report document, so what you read on screen is what the PDF will say.