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Functions

1. MLS
2. MLS_applyDeform
3. MLS_applyDeform > bilinear_interpol > 1
4. MLS_applyDeform > bilinear_interpol > 2
5. MLS_getDeform
6. MLS_getDeform > MLS_Similarity
7. MLS_getDeform > MLS_q
8. MLS_getPoints
9. MLS_precompute
10. MLS_precompute > perpend_vec
11. MLS_precompute > precompute_SimilarityAndRigid

1. MLS
   - MLS_getPoints
   - MLS_precompute
   - MLS_getDeform
   - MLS_applyDeform

1. MLS
   - MLS_getPoints
   - MLS_precompute
   - MLS_getDeform
   - MLS_applyDeform

1. MLS_getPoints

1. MLS_precompute > perpend_vec

1. MLS_precompute > precompute_SimilarityAndRigid
   - MLS_precompute > perpend_vec

1. MLS_precompute
   - MLS_precompute > precompute_SimilarityAndRigid

1. MLS_getDeform > MLS_q

1. MLS_getDeform > MLS_Similarity
   - MLS_getDeform > MLS_q

1. MLS_getDeform
   - MLS_getDeform > MLS_Similarity

1. MLS_applyDeform > bilinear_interpol > 1

1. MLS_applyDeform > bilinear_interpol > 2

1. MLS_applyDeform
   - MLS_applyDeform > bilinear_interpol > 1
   - MLS_applyDeform > bilinear_interpol > 2

No C/C++ source files were generated because JIT compilation was used.

Size | 480 x 640 x 3
Class | uint8
Complex | No

Size | 1 x 1
Class | struct

Size | :? x :?
Class | double
Complex | No

Size | :? x 1
Class | double
Complex | No

Size | :? x 2
Class | double
Complex | No

Size | 1 x 2
Class | double
Complex | No

Size | 1 x :?
Class | char

Size | 1 x 1
Class | double
Complex | No

Size | 1 x 1
Class | logical

Size | 1 x 2
Class | logical

Size | :? x :? x :2
Class | double
Complex | No

Size | 1 x 5
Class | char

Size | 1 x 1
Class | function_handle

Size | 1 x 0
Class | cell

Size | 0 x 0
Class | double
Complex | No

Size | 1 x 2
Class | cell

Size | 1 x 7
Class | char

Size | 1 x 3
Class | char

Size | 1 x 23
Class | char

Size | 1 x 1
Class | double
Complex | No

Size | 1 x 6
Class | char

Size | 1 x 1
Class | cell

Size | 1 x 1
Class | mxArray

Size | 1 x 14
Class | char

Size | 1 x 1
Class | function_handle

Size | 1 x 1
Class | int8
Complex | No

Size | 1 x 1
Class | function_handle

Size | 1 x 1
Class | function_handle

Size | 1 x 30
Class | char

Size | 1 x 4
Class | char

Size | 1 x 1
Class | function_handle

Size | 1 x 31
Class | char

Size | 1 x 2
Class | double
Complex | No

Size | 1 x 1
Class | int32
Complex | No

Size | 1 x 1
Class | uint8
Complex | No

Size | 1 x 2
Class | char

Size | 1 x 1
Class | function_handle

Size | 1 x 3
Class | cell

Size | :? x 1
Class | logical

Size | 1 x 15
Class | char

Size | 2 x 1
Class | double
Complex | No

Size | 1 x 1
Class | char

Size | 1 x 10
Class | char

Size | 2 x 1
Class | double
Complex | No

Size | 2 x 2
Class | double
Complex | No

Size | :? x 1
Class | double
Complex | No

Size | 1 x 1
Class | unknown

Size | 1 x 1
Class | function_handle

Size | 1 x 1
Class | function_handle

Size | 1 x 1
Class | function_handle

Size | 1 x 1
Class | function_handle

Size | 2 x 1
Class | cell

Size | 2 x 1
Class | cell

Size | :? x :? x 2
Class | double
Complex | No

Size | 1 x 3
Class | double
Complex | No

Size | 1 x 1 x 2
Class | double
Complex | No

Size | 1 x 128
Class | int8
Complex | No

Size | 128 x 1
Class | int8
Complex | No

Size | 1 x 128
Class | char

Size | 1 x 19
Class | char

Size | 1 x 0
Class | struct

Size | 1 x 1
Class | struct

Size | 1 x 3
Class | double
Complex | No

Size | 0 x 0
Class | char

Size | 1 x 20
Class | char

Size | 1 x 1
Class | function_handle

Size | 1 x 1
Class | function_handle

C source code generated on: | 27-Feb-2019 07:16:04
Coding target: | MEX Function
Number of errors: | 0
Number of warnings: | 1
Number of notices: | 0
Number of potential differences: | 5

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Order | Type | Function | Line | Description
--- | --- | --- | --- | ---
1 |  | MLS_getPoints | 12 | Treating [] as double [0 x 2] to match later assignments. More information

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The following differences from MATLAB may be encountered while executing the generated code. More information

Order | Description
--- | ---
1 | The generated code assumes that real input values result in real outputs. If complex outputs are expected, use the 'complex' function to give the input a zero imaginary part.
2 | The generated code assumes that the number of iterations of the loop is representable using the C type 'int'.
3 | The generated code assumes that the index is within the array bounds. If the index exceeds the bounds, the array will not grow. To grow the array, consider preallocating memory or using concatenation. For example, [X A].
4 | The generated code assumes that the sizes on the left and right sides match.
5 | The generated code assumes that the input is representable using the C type 'int'.