The domain parameter specifies the portion of the design over which the test weighting will be calculated. The following settings are available for this parameter (the four most common domains are listed in red):
Setting
Meaning
Failure Modes Detected
the weighting for each test is calculated across the set of failure modes that can be detected by that test (i.e., can cause that test to fail).
Failure Modes Proven
the weighting for each test is calculated across the set of failure modes that can be proven good when that test passes.
Suspect Failure Modes Detected
the weighting for each test is calculated across the set of failure modes currently under suspicion that can be detected by that test (i.e., can cause that test to fail).
Suspect Failure Modes Proven
the weighting for each test is calculated across the set of failure modes currently under suspicion that can be proven good when that test passes.
Failure Modes Uniquely Detected
the weighting for each test is calculated across the set of failure modes that can be uniquely detected (first-order) by that test (i.e., can cause that test to fail).
Failure Modes Uniquely Proven
the weighting for each test is calculated across the set of failure modes that can be uniquely proven good (first-order) when that test passes.
Suspect Failure Modes Uniquely Detected
the weighting for each test is calculated across the set of failure modes currently under suspicion that can be uniquely detected (first-order) by that test (i.e., can cause that test to fail).
Suspect Failure Modes Uniquely Proven
the weighting for each test is calculated across the set of failure modes currently under suspicion that can be uniquely proven good (first-order) when that test passes.
Functions Detected
the weighting for each test is calculated across the set of functions for which a malfunction can be detected by that test (i.e., can cause that test to fail).
Functions Proven
the weighting for each test is calculated across the set of functions that can be proven good when that test passes.
Suspect Functions Detected
the weighting for each test is calculated across the set of functions currently under suspicion for which a malfunction can be detected by that test (i.e., can cause that test to fail).
Suspect Functions Proven
the weighting for each test is calculated across the set of functions currently under suspicion that can be proven good when that test passes.
Functions Uniquely Detected
the weighting for each test is calculated across the set of functions for which a malfunction can be uniquely detected (first-order) by that test (i.e., can cause that test to fail).
Functions Uniquely Proven
the weighting for each test is calculated across the set of functions that can be uniquely proven good (first-order) when that test passes.
Suspect Functions Uniquely Detected
the weighting for each test is calculated across the set of functions currently under suspicion for which a malfunction can be uniquely detected (first-order) by that test (i.e., can cause that test to fail).
Suspect Functions Uniquely Proven
the weighting for each test is calculated across the set of functions currently under suspicion that can be uniquely proven good (first-order) when that test passes.
Test Stimuli
the weighting for each test is calculated across that test's set of stimuli.
Direct
the Test limit used for each test weighting is directly looked up from that test's defined Attributes.
