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27 #ifndef com_sun_star_chart2_XTransformation_idl
28 #define com_sun_star_chart2_XTransformation_idl
30 #ifndef __com_sun_star_uno_XInterface_idl__
31 #include
<com
/sun
/star
/uno
/XInterface.idl
>
34 #ifndef __com_sun_star_lang_IllegalArgumentException_idl__
35 #include
<com
/sun
/star
/lang
/IllegalArgumentException.idl
>
49 //... provide help for creating the right transfomation
51 // ... access to source and destination coordinate system ?
53 /** allows the transformation of numeric values from one
54 coordinate-system into an other. Values may be transformed using
57 interface XTransformation
: ::com
::sun
::star
::uno
::XInterface
59 /** transforms the given input data tuple, given in the source
60 coordinate system, according to the internal transformation
61 rules, into a tuple of transformed coordinates in the
62 destination coordinate system.
64 <p>Note that both coordinate systems may have different
65 dimensions, e.g., if a transformation does simply a projection
66 into a lower-dimensional space.</p>
68 @param aValues a source tuple of data that is to be
69 transformed. The length of this sequence must be
70 equivalent to the dimension of the source coordinate
73 @return the transformed data tuple. The length of this
74 sequence is equal to the dimension of the output
77 @throws ::com::sun::star::lang::IllegalArgumentException
78 if the dimension of the input vector is not equal to the
79 dimension given in <member>getSourceDimension</member>.
81 sequence
< double > transform
( [in] sequence
< double > aValues
)
82 raises
( ::com
::sun
::star
::lang
::IllegalArgumentException
);
84 /** the dimension of the input coordinate sequence that is to be
85 transformed by the <member>transform</member> method.
87 long getSourceDimension
();
89 /** the dimension of the output coordinate sequence that is the
90 result of the <member>transform</member> method.
92 long getTargetDimension
();