BloodHound
Other Indicators
BlackBird
Risk Disclosure
Relational Node
This solver provides various ways to compare Input A to Input B, or one solver’s output to another solver’s output.
Parameters
Options
A > B
This mode checks if Input A is greater than Input B. If the Long Confidence value at Input A is greater then Long Confidence value at Input B the Long side is true. If the Short Confidence value at Input A is greater then Short Confidence value at Input B the Short side is true. See the Output section below to determine how the output works.
A < B
This mode checks if Input A is less than Input B. If the Long Confidence value at Input A is less then Long Confidence value at Input B the Long side is true. If the Short Confidence value at Input A is less then Short Confidence value at Input B the Short side is true. See the Output section below to determine how the output works.
A = B
This mode checks if Input A is equal to Input B. If the Long Confidence value at Input A equals the Long Confidence value at Input B the Long side is true. If the Short Confidence value at Input A equals the Short Confidence value at Input B the Short side is true. See the Output section below to determine how the output works.
A >= B
This mode checks if Input A is greater or equal to Input B. If the Long Confidence value at Input A is greater or equal to the Long Confidence value at Input B the Long side is true. If the Short Confidence value at Input A is greater or equal to the Short Confidence value at Input B the Short side is true. See the Output section below to determine how the output works.
A <= B
This mode checks if Input A is less or equal to Input B. If the Long Confidence value at Input A is lessor equal to the Long Confidence value at Input B the Long side is true. If the Short Confidence value at Input A is less or equal to the Short Confidence value at Input B the Short side is true. See the Output section below to determine how the output works.
A != B
This mode checks if Input A does not equal Input B. If the Long Confidence value at Input A does not equal the Long Confidence value at Input B the Long side is true. If the Short Confidence value at Input A does not equal the Short Confidence value at Input B the Short side is true. See the Output section below to determine how the output works.
A – B
This mode performs the mathematical calculation A – B. The Long output will equal the result of subtracting the Long Confidence value at Input B from the Long Confidence value at Input A. The Short output will equal the result of subtracting the Short Confidence value at Input B from the Short Confidence value at Input A. The Output section parameters have no affect and are not used.
B – A
This mode performs the mathematical calculation B – A. The Long output will equal the result of subtracting the Long Confidence value at Input A from the Long Confidence value at Input B. The Short output will equal the result of subtracting the Short Confidence value at Input A from the Short Confidence value at Input B. The Output section parameters have no affect and are not used.
|A – B|
This mode performs the mathematical calculation Absolute(A – B). The Long output will equal the mathematical absolute of subtracting the Long Confidence value at Input B from the Long Confidence value at Input A. The Short output will equal the mathematical absolute of subtracting the Short Confidence value at Input B from the Short Confidence value at Input A. The Output section parameters have no affect and are not used.