# OracleLabsParallelGraphAnalyticsPgxRestApi.DeepWalkModelMetadata

## Properties
Name | Type | Description | Notes
------------ | ------------- | ------------- | -------------
**id** | **String** |  | [optional] 
**links** | [**[Link]**](Link.md) |  | [optional] 
**modelKind** | **String** |  | [optional] 
**modelName** | **String** |  | [optional] 
**minWordFrequency** | **Number** |  | [optional] 
**batchSize** | **Number** |  | [optional] 
**numEpochs** | **Number** |  | [optional] 
**layerSize** | **Number** |  | [optional] 
**learningRate** | **Number** |  | [optional] 
**minLearningRate** | **Number** |  | [optional] 
**windowSize** | **Number** |  | [optional] 
**walkLength** | **Number** |  | [optional] 
**walksPerVertex** | **Number** |  | [optional] 
**sampleRate** | **Number** |  | [optional] 
**negativeSample** | **Number** |  | [optional] 
**trainingLoss** | **Number** |  | [optional] 
**validationFraction** | **Number** |  | [optional] 
**vertexIdPropertyType** | **String** |  | [optional] 
**seed** | **Number** |  | [optional] 
**shuffle** | **Boolean** |  | [optional] 
**ignoreIsolated** | **Boolean** |  | [optional] 
**loss** | **Number** |  | [optional] 

<a name="ModelKindEnum"></a>
## Enum: ModelKindEnum

* `DEEPWALK` (value: `"DEEPWALK"`)
* `pG2VEC` (value: `"PG2VEC"`)
* `SUPERVISED_GRAPHWISE` (value: `"SUPERVISED_GRAPHWISE"`)
* `UNSUPERVISED_GRAPHWISE` (value: `"UNSUPERVISED_GRAPHWISE"`)


<a name="VertexIdPropertyTypeEnum"></a>
## Enum: VertexIdPropertyTypeEnum

* `INTEGER` (value: `"INTEGER"`)
* `LONG` (value: `"LONG"`)
* `FLOAT` (value: `"FLOAT"`)
* `DOUBLE` (value: `"DOUBLE"`)
* `BOOLEAN` (value: `"BOOLEAN"`)
* `VERTEX` (value: `"VERTEX"`)
* `EDGE` (value: `"EDGE"`)
* `STRING` (value: `"STRING"`)
* `LOCAL_DATE` (value: `"LOCAL_DATE"`)
* `TIME` (value: `"TIME"`)
* `TIMESTAMP` (value: `"TIMESTAMP"`)
* `TIME_WITH_TIMEZONE` (value: `"TIME_WITH_TIMEZONE"`)
* `TIMESTAMP_WITH_TIMEZONE` (value: `"TIMESTAMP_WITH_TIMEZONE"`)
* `RO_STRING_SET` (value: `"RO_STRING_SET"`)
* `pOINT2D` (value: `"POINT2D"`)