runtime.stability.levels[] settings
Settings namespaces Namespace
Namespace hierarchy
Settings
ecm_relative_tolerance_for_im
#runtime.stability.levels[].ecm_relative_tolerance_for_im
Independent dimensionless imaginary-component tolerance, with the same E_cm-relative convention as ecm_relative_tolerance_for_re.
- Type
number- Required
- no
- Default
- Not set
- Allowed values
- Any value accepted by the declared type
ecm_relative_tolerance_for_re
#runtime.stability.levels[].ecm_relative_tolerance_for_re
Dimensionless real-component probe disagreement relative to E_cm raised to the observable's declared energy dimension, with its output-unit conversion. Includes every sample factor and the outer grid weight; direct momentum densities account for the missing spatial measure. Zero disables this alternative to relative accuracy. This is not the integrator's target standard error.
- Type
number- Required
- no
- Default
- Not set
- Allowed values
- Any value accepted by the declared type
escalate_for_large_weight_threshold
#runtime.stability.levels[].escalate_for_large_weight_threshold
Ratio threshold for the large-weight escalation check; a non-positive value disables it.
- Type
number- Required
- yes
- Default
- Not set
- Allowed values
- Any value accepted by the declared type
precision
#runtime.stability.levels[].precision
Numeric precision used for this escalation level.
- Type
Precision- Required
- yes
- Default
- Not set
- Allowed values
Arb,Double,Quad
required_precision_for_im
#runtime.stability.levels[].required_precision_for_im
Maximum accepted relative error in the imaginary component before escalating.
- Type
number- Required
- yes
- Default
- Not set
- Allowed values
- Any value accepted by the declared type
required_precision_for_re
#runtime.stability.levels[].required_precision_for_re
Maximum accepted relative error in the real component before escalating.
- Type
number- Required
- yes
- Default
- Not set
- Allowed values
- Any value accepted by the declared type