Download Delft Object-oriented Radar Interferometric Software User's manual

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operator ( )
pixels
readfile
resize
setcolumn
setcolumn
setdata
setdata
setdata
setdata
set r ow
set r ow
showdata
size
sqr
sqrt
sum
writefile
wshift
˜ matrix
m a t r i x <Type> m a t r i x <Type > : : operator ( ) ( u i n t l 0 , u i n t lN , u i n t p0 , u i n t pN ) const
u i n t m a t r i x <Type > : : p i x e l s ( ) const / / r e t u r n number o f p i x e l s
f r i e n d void r e a d f i l e ( m a t r i x <Type> &Resul t , const char ∗ f i l e ,
void m a t r i x <Type > : : r e s i z e ( u i n t l 1 , u i n t p1 )
void m a t r i x <Type > : : setcolumn ( u i n t p i x e l , const m a t r i x <Type> &COLUMN)
void m a t r i x <Type > : : setcolumn ( u i n t p i x e l , Type s c a l a r )
void m a t r i x <Type > : : s e t d a t a ( Type w) / / s e t s 2 w
void m a t r i x <Type > : : s e t d a t a ( u i n t l 1 , u i n t p1 , const m a t r i x <Type>& A )
void m a t r i x <Type > : : s e t d a t a ( window wi ni n , const m a t r i x <Type> &A , window winA )
void m a t r i x <Type > : : s e t d a t a ( const m a t r i x <Type> &A , window winA )
void m a t r i x <Type > : : set r ow ( u i n t l i n e , const m a t r i x <Type> &LINE )
void m a t r i x <Type > : : set r ow ( u i n t l i n e , Type s c a l a r )
void m a t r i x <Type > : : showdata ( ) const / / show a l l data i n m a t r i x
u i n t m a t r i x <Type > : : s i z e ( ) const / / r e t u r n n s i z e
m a t r i x <Type> sqr ( const m a t r i x <Type> &A)
f r i e n d m a t r i x <Type> s q r t ( const m a t r i x <Type> &A )
m a t r i x <Type> sum ( const m a t r i x <Type> &A , i n t 3 2 dim )
f r i e n d void w r i t e f i l e (
f r i e n d void w s h i f t ( m a t r i x <Type> &A , i n t 3 2 n )
m a t r i x <Type > : : ˜ m a t r i x ( )
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