Package com.onshape.api.requests

Class PartsGetShadedViewsRequest.Builder

java.lang.Object

com.onshape.api.requests.PartsGetShadedViewsRequest.Builder

Enclosing class:

PartsGetShadedViewsRequest

public static final class PartsGetShadedViewsRequest.Builder
extends Object

Method Summary

Modifier and Type	Method	Description
PartsGetShadedViewsResponse	call(OnshapeDocument document, String partid)	Calls getShadedViews method, Get a shaded image rendering of a part
PartsGetShadedViewsResponse	call(String did, WVM wvmType, String wvm, String eid, String partid)	Calls getShadedViews method, Get a shaded image rendering of a part
String	configuration()	Get Configuration string
PartsGetShadedViewsRequest.Builder	configuration(String value)	Set Configuration string
String	edges()	Get The treatment to be applied to edges in the display.
PartsGetShadedViewsRequest.Builder	edges(String value)	Set The treatment to be applied to edges in the display.
String	linkDocumentId()	Get Id of document that links to the document being accessed.
PartsGetShadedViewsRequest.Builder	linkDocumentId(String value)	Set Id of document that links to the document being accessed.
Number	outputHeight()	Get Output image height (in pixels)
PartsGetShadedViewsRequest.Builder	outputHeight(Number value)	Set Output image height (in pixels)
Number	outputWidth()	Get Output image width (in pixels)
PartsGetShadedViewsRequest.Builder	outputWidth(Number value)	Set Output image width (in pixels)
Number	pixelSize()	Get Height and width represented by each pixel (in meters).
PartsGetShadedViewsRequest.Builder	pixelSize(Number value)	Set Height and width represented by each pixel (in meters).
Boolean	useAntiAliasing()	Get If true, an anti-aliasing factor will be used to smooth model boundaries in the final image result.
PartsGetShadedViewsRequest.Builder	useAntiAliasing(Boolean value)	Set If true, an anti-aliasing factor will be used to smooth model boundaries in the final image result.
String	viewMatrix()	Get 12-number view matrix (comma-separated), or one of the following named views: top, bottom, front, back, left, right The 12 entries in the view matrix form three rows and four columns, which is a linear transformation applied to the model itself.
PartsGetShadedViewsRequest.Builder	viewMatrix(String value)	Set 12-number view matrix (comma-separated), or one of the following named views: top, bottom, front, back, left, right The 12 entries in the view matrix form three rows and four columns, which is a linear transformation applied to the model itself.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Method Detail

outputHeight

public final Number outputHeight()

Get Output image height (in pixels)

Returns:

Output image height (in pixels)

outputHeight

public final PartsGetShadedViewsRequest.Builder outputHeight(Number value)

Set Output image height (in pixels)

Parameters:

value - Output image height (in pixels)

Returns:

the Builder object.

outputWidth

public final Number outputWidth()

Get Output image width (in pixels)

Returns:

Output image width (in pixels)

outputWidth

public final PartsGetShadedViewsRequest.Builder outputWidth(Number value)

Set Output image width (in pixels)

Parameters:

value - Output image width (in pixels)

Returns:

the Builder object.

pixelSize

public final Number pixelSize()

Get Height and width represented by each pixel (in meters). If the value is 0, the display will be sized to fit the output image dimensions.

Returns:

Height and width represented by each pixel (in meters). If the value is 0, the display will be sized to fit the output image dimensions.

pixelSize

public final PartsGetShadedViewsRequest.Builder pixelSize(Number value)

Set Height and width represented by each pixel (in meters). If the value is 0, the display will be sized to fit the output image dimensions.

Parameters:

value - Height and width represented by each pixel (in meters). If the value is 0, the display will be sized to fit the output image dimensions.

Returns:

the Builder object.

edges

public final String edges()

Get The treatment to be applied to edges in the display. Options are show: show visible edges, hide: hide visible edges

Returns:

The treatment to be applied to edges in the display. Options are show: show visible edges, hide: hide visible edges

edges

public final PartsGetShadedViewsRequest.Builder edges(String value)

Set The treatment to be applied to edges in the display. Options are show: show visible edges, hide: hide visible edges

Parameters:

value - The treatment to be applied to edges in the display. Options are show: show visible edges, hide: hide visible edges

Returns:

the Builder object.

useAntiAliasing

public final Boolean useAntiAliasing()

Get If true, an anti-aliasing factor will be used to smooth model boundaries in the final image result. If false, the image will be rasterized at the given resolution. Setting to true can have negative performance implications with respect to rendering time and memory usage. If a high-resolution image is requested and anti-aliasing is turned on, the server may not be able to fulfill the request.

Returns:

If true, an anti-aliasing factor will be used to smooth model boundaries in the final image result. If false, the image will be rasterized at the given resolution. Setting to true can have negative performance implications with respect to rendering time and memory usage. If a high-resolution image is requested and anti-aliasing is turned on, the server may not be able to fulfill the request.

useAntiAliasing

public final PartsGetShadedViewsRequest.Builder useAntiAliasing(Boolean value)

Set If true, an anti-aliasing factor will be used to smooth model boundaries in the final image result. If false, the image will be rasterized at the given resolution. Setting to true can have negative performance implications with respect to rendering time and memory usage. If a high-resolution image is requested and anti-aliasing is turned on, the server may not be able to fulfill the request.

Parameters:

value - If true, an anti-aliasing factor will be used to smooth model boundaries in the final image result. If false, the image will be rasterized at the given resolution. Setting to true can have negative performance implications with respect to rendering time and memory usage. If a high-resolution image is requested and anti-aliasing is turned on, the server may not be able to fulfill the request.

Returns:

the Builder object.

linkDocumentId

public final String linkDocumentId()

Get Id of document that links to the document being accessed. This may provide additional access rights to the document. Allowed only with version (v) path parameter.

Returns:

Id of document that links to the document being accessed. This may provide additional access rights to the document. Allowed only with version (v) path parameter.

linkDocumentId

public final PartsGetShadedViewsRequest.Builder linkDocumentId(String value)

Set Id of document that links to the document being accessed. This may provide additional access rights to the document. Allowed only with version (v) path parameter.

Parameters:

value - Id of document that links to the document being accessed. This may provide additional access rights to the document. Allowed only with version (v) path parameter.

Returns:

the Builder object.

configuration

public final String configuration()

Get Configuration string

Returns:

Configuration string

configuration

public final PartsGetShadedViewsRequest.Builder configuration(String value)

Set Configuration string

Parameters:

value - Configuration string

Returns:

the Builder object.

viewMatrix

public final String viewMatrix()

Get 12-number view matrix (comma-separated), or one of the following named views: top, bottom, front, back, left, right The 12 entries in the view matrix form three rows and four columns, which is a linear transformation applied to the model itself. The matrix's first three columns maps the coordinate axes of the model to the coordinate axes of the view, and the fourth column translates the origin (in meters). The view coordinates have x pointing right, y pointing up, and z pointing towards the viewer, while a front view of the model has x pointing right, y pointing away from the viewer, and z pointing up. For example, the identity matrix viewMatrix=1,0,0,0,0,1,0,0,0,0,1,0 corresponds to the top view, and viewMatrix=0.612,0.612,0,0,-0.354,0.354,0.707,0,0.707,-0.707,0.707,0 corresponds (approximately) to the isometric view. The first three columns of the view matrix should be orthonormal and have a positive determinant. If this is not the case, view behavior may be undefined.

Returns:

12-number view matrix (comma-separated), or one of the following named views: top, bottom, front, back, left, right The 12 entries in the view matrix form three rows and four columns, which is a linear transformation applied to the model itself. The matrix's first three columns maps the coordinate axes of the model to the coordinate axes of the view, and the fourth column translates the origin (in meters). The view coordinates have x pointing right, y pointing up, and z pointing towards the viewer, while a front view of the model has x pointing right, y pointing away from the viewer, and z pointing up. For example, the identity matrix viewMatrix=1,0,0,0,0,1,0,0,0,0,1,0 corresponds to the top view, and viewMatrix=0.612,0.612,0,0,-0.354,0.354,0.707,0,0.707,-0.707,0.707,0 corresponds (approximately) to the isometric view. The first three columns of the view matrix should be orthonormal and have a positive determinant. If this is not the case, view behavior may be undefined.

viewMatrix

public final PartsGetShadedViewsRequest.Builder viewMatrix(String value)

Set 12-number view matrix (comma-separated), or one of the following named views: top, bottom, front, back, left, right The 12 entries in the view matrix form three rows and four columns, which is a linear transformation applied to the model itself. The matrix's first three columns maps the coordinate axes of the model to the coordinate axes of the view, and the fourth column translates the origin (in meters). The view coordinates have x pointing right, y pointing up, and z pointing towards the viewer, while a front view of the model has x pointing right, y pointing away from the viewer, and z pointing up. For example, the identity matrix viewMatrix=1,0,0,0,0,1,0,0,0,0,1,0 corresponds to the top view, and viewMatrix=0.612,0.612,0,0,-0.354,0.354,0.707,0,0.707,-0.707,0.707,0 corresponds (approximately) to the isometric view. The first three columns of the view matrix should be orthonormal and have a positive determinant. If this is not the case, view behavior may be undefined.

Parameters:

value - 12-number view matrix (comma-separated), or one of the following named views: top, bottom, front, back, left, right The 12 entries in the view matrix form three rows and four columns, which is a linear transformation applied to the model itself. The matrix's first three columns maps the coordinate axes of the model to the coordinate axes of the view, and the fourth column translates the origin (in meters). The view coordinates have x pointing right, y pointing up, and z pointing towards the viewer, while a front view of the model has x pointing right, y pointing away from the viewer, and z pointing up. For example, the identity matrix viewMatrix=1,0,0,0,0,1,0,0,0,0,1,0 corresponds to the top view, and viewMatrix=0.612,0.612,0,0,-0.354,0.354,0.707,0,0.707,-0.707,0.707,0 corresponds (approximately) to the isometric view. The first three columns of the view matrix should be orthonormal and have a positive determinant. If this is not the case, view behavior may be undefined.

Returns:

the Builder object.

call

public final PartsGetShadedViewsResponse call(String did,
                                              WVM wvmType,
                                              String wvm,
                                              String eid,
                                              String partid)
                                       throws OnshapeException

Calls getShadedViews method, Get a shaded image rendering of a part

Parameters:

did - Document ID

wvmType - Type of Workspace, Version or Microversion

wvm - Workspace (w), Version (v) or Microversion (m) ID

eid - Element ID

partid - Part ID (must be URL encoded)

Returns:

Response object

Throws:

OnshapeException - On HTTP or serialization error

call

public final PartsGetShadedViewsResponse call(OnshapeDocument document,
                                              String partid)
                                       throws OnshapeException

Calls getShadedViews method, Get a shaded image rendering of a part

Parameters:

document - Document object from Onshape URL.

partid - Part ID (must be URL encoded)

Returns:

Response object

Throws:

OnshapeException - On HTTP or serialization error