.TH "MPSNNCropAndResizeBilinear" 3 "Mon Jul 9 2018" "Version MetalPerformanceShaders-119.3" "MetalPerformanceShaders.framework" \" -*- nroff -*-
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.SH NAME
MPSNNCropAndResizeBilinear
.SH SYNOPSIS
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.PP
.PP
\fC#import <MPSNNResize\&.h>\fP
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Inherits \fBMPSCNNKernel\fP\&.
.SS "Instance Methods"

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.RI "(nonnull instancetype) \- \fBinitWithDevice:\fP"
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.RI "(nonnull instancetype) \- \fBinitWithDevice:resizeWidth:resizeHeight:numberOfRegions:regions:\fP"
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.RI "(nullable instancetype) \- \fBinitWithCoder:device:\fP"
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.SS "Properties"

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.RI "NSUInteger \fBresizeWidth\fP"
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.RI "NSUInteger \fBresizeHeight\fP"
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.RI "NSUInteger \fBnumberOfRegions\fP"
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.RI "const \fBMPSRegion\fP * \fBregions\fP"
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.SS "Additional Inherited Members"
.SH "Detailed Description"
.PP 
This depends on Metal\&.framework  The \fBMPSNNCropAndResizeBilinear\fP filter resizes the source image using bilinear interpolation to a destination whose dimensions are given by resizeWidth and resizeHeight
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The number of output feature channels remains the same as the number of input feature channels\&. 
.SH "Method Documentation"
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.SS "\- (nullable instancetype) \fBinitWithCoder:\fP (NSCoder *__nonnull) aDecoder(nonnull id< MTLDevice >) device"
\fBNSSecureCoding\fP compatability  See \fBMPSKernel::initWithCoder\fP\&. 
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\fBParameters:\fP
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\fIaDecoder\fP The NSCoder subclass with your serialized \fBMPSNNCropAndResizeBilinear\fP 
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\fIdevice\fP The MTLDevice on which to make the \fBMPSNNCropAndResizeBilinear\fP 
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\fBReturns:\fP
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\fBA\fP new \fBMPSNNResizeBilinear\fP object, or nil if failure\&. 
.RE
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Reimplemented from \fBMPSCNNKernel\fP\&.
.SS "\- (nonnull instancetype) initWithDevice: (nonnull id< MTLDevice >) device"
Standard init with default properties per filter type 
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\fBParameters:\fP
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\fIdevice\fP The device that the filter will be used on\&. May not be NULL\&. 
.RE
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\fBReturns:\fP
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\fBA\fP pointer to the newly initialized object\&. This will fail, returning nil if the device is not supported\&. Devices must be MTLFeatureSet_iOS_GPUFamily2_v1 or later\&. 
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Reimplemented from \fBMPSCNNKernel\fP\&.
.SS "\- (nonnull instancetype) \fBinitWithDevice:\fP (nonnull id< MTLDevice >) device(NSUInteger) resizeWidth(NSUInteger) resizeHeight(NSUInteger) numberOfRegions(const \fBMPSRegion\fP *__nonnull) regions"
Initialize the crop and resize bilinear filter\&. 
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\fBParameters:\fP
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\fIdevice\fP The device the filter will run on\&. 
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\fIresizeWidth\fP The destination resize width in pixels 
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\fIresizeHeight\fP The destination resize height in pixels 
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\fInumberOfRegions\fP Specifies the number of bounding box i\&.e\&. regions to resize 
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\fIregions\fP This is a pointer to 'numberOfRegions' boxes which specify the locations in the source image to use for each box/region to perform the resize operation\&. 
.RE
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\fBReturns:\fP
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\fBA\fP valid \fBMPSNNCropAndResizeBilinear\fP object or nil, if failure\&. 
.RE
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.SH "Property Documentation"
.PP 
.SS "\- numberOfRegions\fC [read]\fP, \fC [nonatomic]\fP, \fC [assign]\fP"
the number of bounding box i\&.e\&. regions to resize\&. 
.SS "\- regions\fC [read]\fP, \fC [nonatomic]\fP, \fC [assign]\fP"
This is a pointer to 'numberOfRegions' boxes which specify the locations in the source image to use for each box/region to perform the resize operation\&. The coordinates specified are normalized values\&. \fBA\fP normalized region outside the [0, 1] range is allowed, in which case we use extrapolation_value to extrapolate the input image values\&. 
.SS "\- resizeHeight\fC [read]\fP, \fC [nonatomic]\fP, \fC [assign]\fP"
The resize height\&. 
.SS "\- resizeWidth\fC [read]\fP, \fC [nonatomic]\fP, \fC [assign]\fP"
The resize width\&. 

.SH "Author"
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Generated automatically by Doxygen for MetalPerformanceShaders\&.framework from the source code\&.