“Accepted” entries belong to the mathematical catalog. “Rejected” means the extracted span is not a complete mathematical record; it is still preserved here and in its full source. Where an adjacent source passage supplies the complete expression, the recovered replacement is linked.
Download every scan decision ↗
scan-93ef7d3d8296def5
cookie is Secure, Path=/, and has no Domain, so it cannot be planted by a sibling subdomain. The
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-4d9e764f90fe16ae
goes through the authenticated admin ResetMFA path. The database WHERE status = 'pending' guard
Boolean, string or sentinel setting in prose or application logic.
scan-d1c75d9f0888407e
p = r.values[r.i-1]
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-da0c32cac16c865d
p = count
Simple object, field, pointer or label assignment with no mathematical operation.
scan-8d59690142b385a4
p = 37
Reviewed as an object-pointer assignment, structural diagram, application/protocol prose or qualitative label mapping rather than a mathematical equation.
scan-c5abb13ea828cafd
(dest[0].(*uuid.UUID)) = target
Simple object, field, pointer or label assignment with no mathematical operation.
scan-9da3ce6b034d1916
(dest[1].(*string)) = "user@example.gov"
Simple object, field, pointer or label assignment with no mathematical operation.
scan-f6d9c424618bb825
(dest[2].(*string)) = string(security.RoleMember)
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-e1d4716371262d7a
(dest[3].(*string)) = "active"
Simple object, field, pointer or label assignment with no mathematical operation.
scan-db6ce6934afa900d
(dest[0].(*uuid.UUID)) = uuid.New()
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-942aa65bc782bb10
1234567.89 + 2000000.10 = 3234567.99 exactly; float64 addition would drift off the last cent.
Arithmetic, vector, recurrence or numerical relationship.
scan-2112ba9ba9ed950f
demandedTotal = 20, gap unmet = 5 => 25.00 points of overall coverage.
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
scan-c98d54d4483158af
Rounding: unmet 1 of demanded 3 => 33.33.
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
scan-20b3e15d5c05ca62
WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tested).
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
service
This relation defines WCC composite weights (DISTINCT from the engine's per-candidate weights). Sum == 1.00 (tes in the source section “service”. It specifies the displayed…
scan-0a586f15e37329f1
Proposal-ready = green slate members on slates tied to an OPEN (or standalone) opportunity,
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-3b00f6637c8bd2ed
+ required level. Banner staffing_gaps == sum of these (incl Uncategorized) so they reconcile [COV-3].
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
func opportunitiesFromAssignment(reqs []reqMeta, assigned map[string]int, opp map[string]oppInfo) ([]Opportunity, int)
This relation defines + required level. Banner staffing_gaps == sum of these (incl Uncategorized) so they reconc in the source section “func opportunitiesFromAssignment(reqs…
func opportunitiesFromAssignment(reqs []reqMeta, assigned map[string]int, opp map[string]oppInfo) ([]Opportunity, int)
This relation defines + required level. Banner staffing_gaps == sum of these (incl Uncategorized) so they reconc in the source section “func opportunitiesFromAssignment(reqs…
scan-a4c62ec1b5ca688b
drivers computes the four "inventory coverage" drivers (a requirement is COVERED iff >=1 qualified
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
drivers
This relation defines drivers computes the four "inventory coverage" drivers (a requirement is COVERED iff >=1 q in the source section “drivers”. It specifies the displayed…
drivers
This relation defines drivers computes the four "inventory coverage" drivers (a requirement is COVERED iff >=1 q in the source section “drivers”. It specifies the displayed…
drivers
This relation defines drivers computes the four "inventory coverage" drivers (a requirement is COVERED iff >=1 q in the source section “drivers”. It specifies the displayed…
drivers
This relation defines drivers computes the four "inventory coverage" drivers (a requirement is COVERED iff >=1 q in the source section “drivers”. It specifies the displayed…
drivers
This relation defines drivers computes the four "inventory coverage" drivers (a requirement is COVERED iff >=1 q in the source section “drivers”. It specifies the displayed…
drivers
This relation defines drivers computes the four "inventory coverage" drivers (a requirement is COVERED iff >=1 q in the source section “drivers”. It specifies the displayed…
scan-d3510b9687ca360a
male 8/10 (rate 0.80), female 4/10 (rate 0.40). Female ratio = 0.40/0.80 = 0.50, below 0.80, so
Arithmetic, vector, recurrence or numerical relationship.
scan-4d0f4c6ef62f231f
male 8/10 (0.80), female 7/10 (0.70). Ratio 0.70/0.80 = 0.875, at or above 0.80, not flagged.
Arithmetic, vector, recurrence or numerical relationship.
scan-7187daaaeb725b2d
as of day is still effective, matching the Command Center's `clearance_expires_at >= as_of::date`
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-d28e51a1b2e09f32
asOf carries a wall-clock time (mimics s.clock()=time.Now()). A clearance expiring on the SAME
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-6b7bef4c636de170
civil day must stay Active so this agrees with the WCC's `>= as_of::date` boundary [ENGINE-1/2].
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-6d49e6ac7726ab62
Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bounds.
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
engine
This relation defines Band cut points (CLAUDE.md): Green >= 90, Yellow 75–89.99, Red < 75. Inclusive lower bound in the source section “engine”. It specifies the displayed…
scan-7f88aa410e8d9b62
injected semantic matcher. It always returns a SkillMatch row (Matched=false when nothing met).
Boolean, string or sentinel setting in prose or application logic.
scan-dde97b7ccf1698fd
SkillMatch entry with Matched==true. It matches by RequiredSkillID when set, else by
Boolean, string or sentinel setting in prose or application logic.
scan-4a9e92a689cf1ff8
Build a lookup from the matched slice: id (when non-empty) and name (lowercased) => matched.
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-0bc96be7b0ef8329
available + exact location = 100
Arithmetic, vector, recurrence or numerical relationship.
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location
This relation defines available + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + exact location”. It specifies the…
scan-250e67983440d8bb
available + relocatable (wrong location) = (50 + 100)/2 = 75
Arithmetic, vector, recurrence or numerical relationship.
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong location)
This relation defines available + relocatable (wrong location) in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · available + relocatable (wrong…
scan-f2c7c28d68014f6e
unavailable + exact location = (100 + 0)/2 = 50
Arithmetic, vector, recurrence or numerical relationship.
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location
This relation defines unavailable + exact location in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · unavailable + exact location”. It specifies the…
scan-90860262c256da84
remote allowed + remote candidate = 100 location, available = 100
Arithmetic, vector, recurrence or numerical relationship.
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate
This relation defines remote allowed + remote candidate in the source section “func TestLocationAvailabilityCombinations(t *testing.T) · remote allowed + remote candidate”. It…
scan-787250da8f60d25f
Skills 50. Total 25+12.5+15+15+10+10 = 87.50, Yellow, one mandatory skill gap (Go).
Arithmetic, vector, recurrence or numerical relationship.
scan-7b75d7c1d44e305b
Total 0+12.5+0+0+6+7.5 = 26.00, Red. Gaps: clearance, mandatory Go, Security+.
Arithmetic, vector, recurrence or numerical relationship.
scan-7188024ae48affed
ClearanceStatus gates the clearance: only an Active clearance can score. Expired/Unknown = 0.
Reviewed as an object-pointer assignment, structural diagram, application/protocol prose or qualitative label mapping rather than a mathematical equation.
scan-48f78a6df417b89b
On an exact id/name match it returns Exact=true, Similarity=1.0. ok is false when nothing
Boolean, string or sentinel setting in prose or application logic.
scan-90a38ee7b377ac94
(Red=0, Yellow=1, Green=2).
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement
This relation defines (Red in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement”. It specifies the displayed relationship between the…
scan-dc34332a5f8c2460
FP = other rows scored into this band.
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP
This relation defines FP in the source section “func ToEngineRequirement(id string, rj RequirementJSON) engine.Requirement · FP”. It specifies the displayed relationship between…
scan-a0b8021a97588b9c
FN = this band's cases that were scored into other bands.
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN
This relation defines FN in the source section “func (m ConfusionMatrix) BandPrecision(b engine.Band) float64 · FN”. It specifies the displayed relationship between the named…
scan-bc53abc5bb371973
TS/SCI active, all required skills, cert, customer, experience, on site, available => Green.
Reviewed as an object-pointer assignment, structural diagram, application/protocol prose or qualitative label mapping rather than a mathematical equation.
scan-bb945ff157829f78
Clearance 100*0.25=25, Skills 100*0.25=25, Certs 100*0.15=15, Customer 100*0.15=15,
Arithmetic, vector, recurrence or numerical relationship.
scan-36987e4e2e1dd0d9
Exp 100*0.10=10, Location (100+100)/2*0.10=10. Total=100.00 => Green.
Arithmetic, vector, recurrence or numerical relationship.
scan-bd20dec265709447
Missing mandatory Machine Learning. Skills 50%. Clearance 100*0.25=25, Skills 50*0.25=12.5,
Arithmetic, vector, recurrence or numerical relationship.
scan-bdeee7dfe1becf1e
Certs 100*0.15=15, Customer 100*0.15=15, Exp 100*0.10=10, Location 100*0.10=10. Total=87.50 => Yellow.
Arithmetic, vector, recurrence or numerical relationship.
scan-91a3a71e4ca89067
Expired clearance => clearance 0. All other dimensions are perfect.
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-7dcd3c2c32021f1c
Total = 0+25+15+15+10+10 = 75.00. bandFor(75.00) = Yellow, but v1.4.0 clearance gap cap
Arithmetic, vector, recurrence or numerical relationship.
scan-f4b0ac89ab16d7df
fires (expired clearance zeroes the component; required level TS/SCI >= ClearanceConfidential).
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-d41f2acc321298a8
no experience with the required customer agency. The engine scores: clearance 100*0.25=25,
Arithmetic, vector, recurrence or numerical relationship.
scan-7b0aaffe34e21a20
skills 100*0.25=25 (both mandatory met), certs 100*0.15=15, customer 0*0.15=0, exp 100*0.10=10,
Arithmetic, vector, recurrence or numerical relationship.
scan-865048e02719c67c
location 100*0.10=10. Total = 85.00 => Yellow by the engine. No clearance gap (clearance is fine).
Arithmetic, vector, recurrence or numerical relationship.
scan-15144fb79635d510
produces Red via the clearance gap cap (expired clearance => clearance 0, required level
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-7739a251c236b079
TS/SCI >= Confidential, so the cap fires). This is now a CORRECT classification, not a
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-933deb0c25a69d83
Green precision = 2 / (2+1) = 0.666...
Arithmetic, vector, recurrence or numerical relationship.
scan-8b4a13ed876b42b5
Green recall = 2 / 2 = 1.0 (all expected Green are scored Green).
Arithmetic, vector, recurrence or numerical relationship.
scan-5e62a451011b77b0
Red recall = 0 / 1 = 0.0 (the one expected Red was scored Green).
Arithmetic, vector, recurrence or numerical relationship.
scan-29aa7b809de78b77
nameToID: "sigint" => sigintID
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-eef0fe8c14759146
"skill b" => skillBID
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-a85fda575cbf563c
"skill a" => skillAID
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-27255e16ed494803
aliasToID: "signals intelligence" => sigintID
Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-93c1bec47fed5c89
rels: skillAID => [{toID: skillBID, relation: "substitutes_for", strength: 0.80}]Reviewed as descriptive prose, application syntax, control-flow annotation, type/field mapping or an incomplete non-mathematical fragment.
scan-bc696290ef4ece25
AliasMatched=true to distinguish this path from a semantic cosine match.
Boolean, string or sentinel setting in prose or application logic.
scan-b8509d069116e31b
Skills component: 1 of 1 required met (the alias resolved) => 100.
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
func TestGoldenAliasExactMatch(t *testing.T)
This relation defines Skills component: 1 of 1 required met (the alias resolved) in the source section “func TestGoldenAliasExactMatch(t *testing.T)”. It specifies the displayed…
func TestGoldenAliasExactMatch(t *testing.T)
This relation defines Skills component: 1 of 1 required met (the alias resolved) in the source section “func TestGoldenAliasExactMatch(t *testing.T)”. It specifies the displayed…
func TestGoldenAliasExactMatch(t *testing.T)
This relation defines Skills component: 1 of 1 required met (the alias resolved) in the source section “func TestGoldenAliasExactMatch(t *testing.T)”. It specifies the displayed…
scan-323c152b53231128
The matched skill record must carry AliasMatched=true and Similarity=1.0. The engine
Boolean, string or sentinel setting in prose or application logic.
scan-7102d922b9a849ed
0 years req, no location req, candidate is available). Total = 100.00.
Explicit numerical parameter definition.
func TestGoldenAliasExactMatch(t *testing.T) · 0 years req, no location req, candidate is available). Total
This relation defines 0 years req, no location req, candidate is available). Total in the source section “func TestGoldenAliasExactMatch(t *testing.T) · 0 years req, no location…
func TestGoldenAliasExactMatch(t *testing.T) · 0 years req, no location req, candidate is available). Total
This relation defines 0 years req, no location req, candidate is available). Total in the source section “func TestGoldenAliasExactMatch(t *testing.T) · 0 years req, no location…
func TestGoldenAliasExactMatch(t *testing.T) · 0 years req, no location req, candidate is available). Total
This relation defines 0 years req, no location req, candidate is available). Total in the source section “func TestGoldenAliasExactMatch(t *testing.T) · 0 years req, no location…
scan-e4f6374bda1a86a3
skill fraction is ratio(1,1)=100. The partial credit (0.80) lives in the SkillMatch.Similarity
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
func TestGoldenAliasExactMatch(t *testing.T)
This relation defines skill fraction is ratio(1,1) in the source section “func TestGoldenAliasExactMatch(t *testing.T)”. It specifies the displayed relationship between the named…
func TestGoldenAliasExactMatch(t *testing.T)
This relation defines skill fraction is ratio(1,1) in the source section “func TestGoldenAliasExactMatch(t *testing.T)”. It specifies the displayed relationship between the named…
func TestGoldenAliasExactMatch(t *testing.T)
This relation defines skill fraction is ratio(1,1) in the source section “func TestGoldenAliasExactMatch(t *testing.T)”. It specifies the displayed relationship between the named…
scan-688cf307ff75d8b8
Skills component: ratio(1,1) = 100. The relationship strength is in the SkillMatch record,
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
func TestGoldenRelationshipPartialCredit(t *testing.T) · Skills component: ratio(1,1)
This relation defines Skills component: ratio(1,1) in the source section “func TestGoldenRelationshipPartialCredit(t *testing.T) · Skills component: ratio(1,1)”. It specifies the…
func TestGoldenRelationshipPartialCredit(t *testing.T) · Skills component: ratio(1,1)
This relation defines Skills component: ratio(1,1) in the source section “func TestGoldenRelationshipPartialCredit(t *testing.T) · Skills component: ratio(1,1)”. It specifies the…
func TestGoldenRelationshipPartialCredit(t *testing.T) · Skills component: ratio(1,1)
This relation defines Skills component: ratio(1,1) in the source section “func TestGoldenRelationshipPartialCredit(t *testing.T) · Skills component: ratio(1,1)”. It specifies the…
scan-2ca86deb78839468
The matched skill record must carry Similarity=0.80, Exact=false, AliasMatched=false.
Boolean, string or sentinel setting in prose or application logic.
scan-c6b703292cb11fa7
skills, which resolved to 100). Total = 100.00.
Explicit numerical parameter definition.
func TestGoldenRelationshipPartialCredit(t *testing.T) · skills, which resolved to 100). Total
This relation defines skills, which resolved to 100). Total in the source section “func TestGoldenRelationshipPartialCredit(t *testing.T) · skills, which resolved to 100). Total”.…
func TestGoldenRelationshipPartialCredit(t *testing.T) · skills, which resolved to 100). Total
This relation defines skills, which resolved to 100). Total in the source section “func TestGoldenRelationshipPartialCredit(t *testing.T) · skills, which resolved to 100). Total”.…
func TestGoldenRelationshipPartialCredit(t *testing.T) · skills, which resolved to 100). Total
This relation defines skills, which resolved to 100). Total in the source section “func TestGoldenRelationshipPartialCredit(t *testing.T) · skills, which resolved to 100). Total”.…
scan-4a90fc248d916cf2
All six dimensions score 100. Total = 100.00.
Explicit numerical parameter definition.
func TestGoldenCompartmentSatisfied(t *testing.T) · All six dimensions score 100. Total
This relation defines All six dimensions score 100. Total in the source section “func TestGoldenCompartmentSatisfied(t *testing.T) · All six dimensions score 100. Total”. It…
func TestGoldenCompartmentSatisfied(t *testing.T) · All six dimensions score 100. Total
This relation defines All six dimensions score 100. Total in the source section “func TestGoldenCompartmentSatisfied(t *testing.T) · All six dimensions score 100. Total”. It…
scan-f5af758141540a1c
The total is: 0*0.25 + 100*0.25 + 100*0.15 + 100*0.15 + 100*0.10 + 100*0.10 = 75.00.
Arithmetic, vector, recurrence or numerical relationship.
scan-2fa57f6937de3780
(RequiredLevel TS/SCI >= ClearanceConfidential, clearanceScore == 0). The band cap lowers
Reviewed as a mathematical definition, constraint, parameter, model axiom or numerical worked example. Scientific validity is reviewed separately.
scan-91a66f5a846b0d90
Total = 0*0.25 + 100*0.25 + 100*0.15 + 100*0.15 + 100*0.10 + 100*0.10 = 75.00.
Arithmetic, vector, recurrence or numerical relationship.