ModelTypeEnum Enumeration: Difference between revisions

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{{Template:APIClass|GlobalStuff Model Class|GlobalStuff Model}}
{{Template:API}}{{Template:APIBreadcrumb}}
== Declaration  ==


{{APIPrefix|Public Enum}}
{{APIName|ModelTypeEnum}}
{{APIPrefix|As Integer}}


{{APIComment|Sets the RSFittedModel type.}}
<onlyinclude>Specifies the model type (e.g., distribution, constant or dynamic) of the associated [[cModel Class|cModel]] object.</onlyinclude> Only the models marked with an asterisk (*) can be created via the API.  


{{Template:ModelTypeEnum}}
== Members ==
<span style="color:#585858">'''Models for Weibull++'''</span>
{| {{APITableEnum}}
|-
| style="width: 230px;"|Weibull1*||style="width: 70px;"|100||1-parameter Weibull
|-
|Weibull2*||101||2-parameter Weibull
|-
|Weibull3*||102||3-parameter Weibull
|-
|MixedWeibull2*||103||2-subpopulation mixed Weibull
|-
|MixedWeibull3*||104||3-subpopulation mixed Weibull
|-
|MixedWeibull4*||105||3-subpopulation mixed Weibull
|-
|Exponential1*||106||1-parameter Exponential
|-
|Exponential2*||107||2-parameter Exponential
|-
|Normal*||108||Normal distribution
|-
|Lognormal*||109||Lognormal distribution
|-
|GenGamma*||110||Generalized Gamma
|-
|Gamma*||111||Gamma distribution
|-
|Logistic*||112||Logistic distribution
|-
|LogLogistic*||113||Loglogistic distribution
|-
|Gumbel*||114||Gumbel distribution
|-
|WeibullBayesian_NormalPrior||115||Weibull-Bayesian with a Normal prior distribution
|-
|WeibullBayesian_LognormalPrior||116||Weibull-Bayesian with a Lognormal prior distribution
|-
|WeibullBayesian_ExponentialPrior||117||Weibull-Bayesian with an Exponential prior distribution
|-
|WeibullBayesian_UniformPrior||118||Weibull-Bayesian with a Uniform prior distribution
|-
|WeibullCFM||119||Weibull competing failure modes
|-
|NormalCFM||120||Normal competing failure modes
|-
|LognormalCFM||121||Lognormal competing failure modes
|-
|ExponentialCFM||122||Exponential competing failure modes
|-
|GenGammaCFM||123||Generalized Gamma competing failure modes
|-
|GammaCFM||124||Gamma competing failure modes
|-
|LogisticCFM||125||Logistic competing failure modes
|-
|LogLogisticCFM||126||Loglogistic competing failure modes
|-
|GumbelCFM||127||Gumbel competing failure modes
|}
 
 
<span style="color:#585858">'''Models for ALTA'''</span>
{| {{APITableEnum}}
|-
| style="width: 230px;"|ArrheniusWeibull||style="width: 70px;"|200||Arrhenius life stress relationship with a Weibull life distribution
|-
|ArrheniusLognormal||201||Arrhenius life stress relationship with a Lognormal life distribution
|-
|ArrheniusExponential||202||Arrhenius life stress relationship with an Exponential life distribution
|-
|EyringWeibull||203||Eyring life stress relationship with a Weibull life distribution
|-
|EyringLognormal||204||Eyring life stress relationship with a Lognormal life distribution
|-
|EyringExponential||205||Eyring life stress relationship with an Exponential life distribution
|-
|IPLWeibull||206||Inverse power law life stress relationship with a Weibull life distribution
|-
|IPLLognormal||207||Inverse power law life stress relationship with a Lognormal life distribution
|-
|IPLExponential||208||Inverse power law life stress relationship with an Exponential life distribution
|-
|THWeibull||209||Temperature-humidity life stress relationship with a Weibull life distribution
|-
|THLognormal||210||Temperature-humidity life stress relationship with a Lognormal life distribution
|-
|THExponential||211||Temperature-humidity life stress relationship with an Exponential life distribution
|-
|TNTWeibull||212||Temperature-nonthermal life stress relationship with a Weibull life distribution
|-
|TNTLognormal||213||Temperature-nonthermal life stress relationship with a Lognormal life distribution
|-
|TNTExponential||214||Temperature-nonthermal life stress relationship with an Exponential life distribution
|-
|GeneralizedEyringWeibull||215||Generalized Eyring (GER) life stress relationship with a Weibull life distribution
|-
|GeneralizedEyringLognormal||216||Generalized Eyring (GER) life stress relationship with a Lognormal life distribution
|-
|GeneralizedEyringExponential||217||Generalized Eyring (GER) life stress relationship with an Exponential life distribution
|-
|ProportionalHazardsWeibull||218||Proportional hazards (PPH) life stress relationship with a Weibull life distribution
|-
|ProportionalHazardsExponential||219||Proportional hazards (PPH) life stress relationship with an Exponential life distribution
|-
|GeneralLogLinearWeibull||220||General log-linear (GLL) life stress relationship with a Weibull life distribution
|-
|GeneralLogLinearLognormal||221||General log-linear (GLL) life stress relationship with a Lognormal life distribution
|-
|GeneralLogLinearExponential||222||General log-linear (GLL) life stress relationship with an Exponential life distribution
|-
|CumulativeDamageWeibull||223||Cumulative damage (CD) life stress relationship with a Weibull life distribution
|-
|CumulativeDamageLognormal||224||Cumulative damage (CD) life stress relationship with a Lognormal life distribution
|-
|CumulativeDamageExponential||225||Cumulative damage (CD) life stress relationship with an Exponential life distribution
|}
 
 
<span style="color:#585858">'''Models for BlockSim'''</span>
{| {{APITableEnum}}
|-
| style="width: 230px;"|FixedUnreliability*||style="width:70px"|0||Model with a fixed probability of failure.
|-
|FixedDuration*||1||Model with a fixed duration (e.g., 2 hours).
|-
|FixedCost*||2||Model with a fixed cost (e.g., $10 or $10 per hour).
|-
|DiagramAnalysis||3||Analytical model.
|}
 
 
 
 
 
==See Also==
*[[CModel Class|cModel Class]]
*[[CModel.SetModel|cModel.SetModel Method]]

Latest revision as of 21:06, 24 June 2016

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Member of: SynthesisAPI


Specifies the model type (e.g., distribution, constant or dynamic) of the associated cModel object. Only the models marked with an asterisk (*) can be created via the API.

Members

Models for Weibull++

Name Value Description
Weibull1* 100 1-parameter Weibull
Weibull2* 101 2-parameter Weibull
Weibull3* 102 3-parameter Weibull
MixedWeibull2* 103 2-subpopulation mixed Weibull
MixedWeibull3* 104 3-subpopulation mixed Weibull
MixedWeibull4* 105 3-subpopulation mixed Weibull
Exponential1* 106 1-parameter Exponential
Exponential2* 107 2-parameter Exponential
Normal* 108 Normal distribution
Lognormal* 109 Lognormal distribution
GenGamma* 110 Generalized Gamma
Gamma* 111 Gamma distribution
Logistic* 112 Logistic distribution
LogLogistic* 113 Loglogistic distribution
Gumbel* 114 Gumbel distribution
WeibullBayesian_NormalPrior 115 Weibull-Bayesian with a Normal prior distribution
WeibullBayesian_LognormalPrior 116 Weibull-Bayesian with a Lognormal prior distribution
WeibullBayesian_ExponentialPrior 117 Weibull-Bayesian with an Exponential prior distribution
WeibullBayesian_UniformPrior 118 Weibull-Bayesian with a Uniform prior distribution
WeibullCFM 119 Weibull competing failure modes
NormalCFM 120 Normal competing failure modes
LognormalCFM 121 Lognormal competing failure modes
ExponentialCFM 122 Exponential competing failure modes
GenGammaCFM 123 Generalized Gamma competing failure modes
GammaCFM 124 Gamma competing failure modes
LogisticCFM 125 Logistic competing failure modes
LogLogisticCFM 126 Loglogistic competing failure modes
GumbelCFM 127 Gumbel competing failure modes


Models for ALTA

Name Value Description
ArrheniusWeibull 200 Arrhenius life stress relationship with a Weibull life distribution
ArrheniusLognormal 201 Arrhenius life stress relationship with a Lognormal life distribution
ArrheniusExponential 202 Arrhenius life stress relationship with an Exponential life distribution
EyringWeibull 203 Eyring life stress relationship with a Weibull life distribution
EyringLognormal 204 Eyring life stress relationship with a Lognormal life distribution
EyringExponential 205 Eyring life stress relationship with an Exponential life distribution
IPLWeibull 206 Inverse power law life stress relationship with a Weibull life distribution
IPLLognormal 207 Inverse power law life stress relationship with a Lognormal life distribution
IPLExponential 208 Inverse power law life stress relationship with an Exponential life distribution
THWeibull 209 Temperature-humidity life stress relationship with a Weibull life distribution
THLognormal 210 Temperature-humidity life stress relationship with a Lognormal life distribution
THExponential 211 Temperature-humidity life stress relationship with an Exponential life distribution
TNTWeibull 212 Temperature-nonthermal life stress relationship with a Weibull life distribution
TNTLognormal 213 Temperature-nonthermal life stress relationship with a Lognormal life distribution
TNTExponential 214 Temperature-nonthermal life stress relationship with an Exponential life distribution
GeneralizedEyringWeibull 215 Generalized Eyring (GER) life stress relationship with a Weibull life distribution
GeneralizedEyringLognormal 216 Generalized Eyring (GER) life stress relationship with a Lognormal life distribution
GeneralizedEyringExponential 217 Generalized Eyring (GER) life stress relationship with an Exponential life distribution
ProportionalHazardsWeibull 218 Proportional hazards (PPH) life stress relationship with a Weibull life distribution
ProportionalHazardsExponential 219 Proportional hazards (PPH) life stress relationship with an Exponential life distribution
GeneralLogLinearWeibull 220 General log-linear (GLL) life stress relationship with a Weibull life distribution
GeneralLogLinearLognormal 221 General log-linear (GLL) life stress relationship with a Lognormal life distribution
GeneralLogLinearExponential 222 General log-linear (GLL) life stress relationship with an Exponential life distribution
CumulativeDamageWeibull 223 Cumulative damage (CD) life stress relationship with a Weibull life distribution
CumulativeDamageLognormal 224 Cumulative damage (CD) life stress relationship with a Lognormal life distribution
CumulativeDamageExponential 225 Cumulative damage (CD) life stress relationship with an Exponential life distribution


Models for BlockSim

Name Value Description
FixedUnreliability* 0 Model with a fixed probability of failure.
FixedDuration* 1 Model with a fixed duration (e.g., 2 hours).
FixedCost* 2 Model with a fixed cost (e.g., $10 or $10 per hour).
DiagramAnalysis 3 Analytical model.



See Also

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