Definition at line 11 of file ConoptAlgProgress.java.
◆ ConoptAlgProgress() [1/2]
jconopt.ConoptAlgProgress.ConoptAlgProgress |
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◆ ConoptAlgProgress() [2/2]
jconopt.ConoptAlgProgress.ConoptAlgProgress |
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◆ getCPtr()
◆ swigRelease()
◆ finalize()
void jconopt.ConoptAlgProgress.finalize |
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◆ delete()
synchronized void jconopt.ConoptAlgProgress.delete |
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◆ setIteration()
void jconopt.ConoptAlgProgress.setIteration |
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◆ getIteration()
int jconopt.ConoptAlgProgress.getIteration |
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◆ setPhase()
void jconopt.ConoptAlgProgress.setPhase |
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int | value | ) |
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◆ getPhase()
int jconopt.ConoptAlgProgress.getPhase |
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◆ setNuminfeas()
void jconopt.ConoptAlgProgress.setNuminfeas |
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int | value | ) |
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Number of infeasible constraints. In phase 0, this number will only
count the number of "difficult" constraints.
Definition at line 83 of file ConoptAlgProgress.java.
◆ getNuminfeas()
int jconopt.ConoptAlgProgress.getNuminfeas |
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Number of infeasible constraints. In phase 0, this number will only
count the number of "difficult" constraints.
Definition at line 91 of file ConoptAlgProgress.java.
◆ setNumnopt()
void jconopt.ConoptAlgProgress.setNumnopt |
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int | value | ) |
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Number of non-optimal variables. Will be 0 meaning undefined
during phase 0.
Definition at line 99 of file ConoptAlgProgress.java.
◆ getNumnopt()
int jconopt.ConoptAlgProgress.getNumnopt |
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Number of non-optimal variables. Will be 0 meaning undefined
during phase 0.
Definition at line 107 of file ConoptAlgProgress.java.
◆ setNumsuper()
void jconopt.ConoptAlgProgress.setNumsuper |
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int | value | ) |
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◆ getNumsuper()
int jconopt.ConoptAlgProgress.getNumsuper |
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◆ setSuminfeas()
void jconopt.ConoptAlgProgress.setSuminfeas |
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double | value | ) |
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Sum of the infeasibilities. In phase 0 it will include the
infeasibilities in both easy and difficult constraint. During phase
3 and 4 SUMINF will be 0.
Definition at line 130 of file ConoptAlgProgress.java.
◆ getSuminfeas()
double jconopt.ConoptAlgProgress.getSuminfeas |
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Sum of the infeasibilities. In phase 0 it will include the
infeasibilities in both easy and difficult constraint. During phase
3 and 4 SUMINF will be 0.
Definition at line 139 of file ConoptAlgProgress.java.
◆ setObjvalue()
void jconopt.ConoptAlgProgress.setObjvalue |
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double | value | ) |
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The value of the true objective function. OBJVAL is zero meaning
undefined during phase 0, 1 and 2
Definition at line 147 of file ConoptAlgProgress.java.
◆ getObjvalue()
double jconopt.ConoptAlgProgress.getObjvalue |
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The value of the true objective function. OBJVAL is zero meaning
undefined during phase 0, 1 and 2
Definition at line 155 of file ConoptAlgProgress.java.
◆ setRgmax()
void jconopt.ConoptAlgProgress.setRgmax |
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double | value | ) |
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The numerically largest reduced gradient. RGMAX will be zero during
phase 0
Definition at line 163 of file ConoptAlgProgress.java.
◆ getRgmax()
double jconopt.ConoptAlgProgress.getRgmax |
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The numerically largest reduced gradient. RGMAX will be zero during
phase 0
Definition at line 171 of file ConoptAlgProgress.java.
◆ setStep()
void jconopt.ConoptAlgProgress.setStep |
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double | value | ) |
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◆ getStep()
double jconopt.ConoptAlgProgress.getStep |
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◆ setNumvar()
void jconopt.ConoptAlgProgress.setNumvar |
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int | value | ) |
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◆ getNumvar()
int jconopt.ConoptAlgProgress.getNumvar |
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◆ swigCMemOwn
transient boolean jconopt.ConoptAlgProgress.swigCMemOwn |
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The documentation for this class was generated from the following file: