rlDrawCall-array

Vocabulary

specialized-arrays.instances.rlgl.rlDrawCall

Definition

USING: alien sequences.private ;

IN: specialized-arrays.instances.rlgl.rlDrawCall

TUPLE: rlDrawCall-array
    { underlying c-ptr read-only initial: f }
    { length array-capacity read-only initial: 0 } ; final

Methods

USING: prettyprint.custom
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array >pprint-sequence ;


USING: accessors kernel
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array clone
    [ underlying>> clone ] [ length>> ] bi
    <direct-rlDrawCall-array> ; inline


USING: kernel specialized-arrays.instances.rlgl.rlDrawCall
specialized-arrays.private ;

M: rlDrawCall-array direct-like
    drop <direct-rlDrawCall-array> ; inline


USING: alien alien.c-types kernel rlgl
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array element-size drop \ rlDrawCall heap-size
    ; inline


USING: classes kernel sequences
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array equal?
    over rlDrawCall-array instance? [ sequence= ] [ 2drop f ] if
    ;


USING: accessors sequences
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array length length>> ; inline


USING: alien.data classes kernel rlgl sequences
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array like
    drop dup rlDrawCall-array instance?
    [ \ rlDrawCall >c-array ] unless ; inline


USING: kernel sequences
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array new-sequence drop (rlDrawCall-array) ;
    inline


USING: accessors alien alien.c-types kernel rlgl
specialized-arrays.instances.rlgl.rlDrawCall
specialized-arrays.private ;

M: rlDrawCall-array nth-c-ptr
    underlying>> \ rlDrawCall array-accessor drop
    swap <displaced-alien> ; inline


USING: accessors alien.c-types kernel math rlgl
sequences.private specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array nth-unsafe
    [ integer>fixnum ] dip
    underlying>> \ rlDrawCall alien-element ; inline


USING: kernel prettyprint.custom
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array pprint-delims drop \ rlDrawCall-array{ \ } ;


USING: accessors alien.c-types byte-arrays kernel math rlgl
sequences.private specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array resize
    [
        [ \ rlDrawCall heap-size * ] [ underlying>> ] bi*
        resize-byte-array
    ] [ drop ] 2bi <direct-rlDrawCall-array> ; inline


USING: accessors alien.c-types kernel math rlgl
sequences.private specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array set-nth-unsafe
    [ integer>fixnum ] dip
    underlying>> \ rlDrawCall set-alien-element ; inline


USING: kernel rlgl specialized-arrays
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array underlying-type drop \ rlDrawCall ;


USING: alien.c-types math math.vectors rlgl sequences
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array v*high
    [ * \ rlDrawCall heap-size neg shift ] 2map ; inline


USING: alien.c-types math math.vectors rlgl sequences
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array vs* [ * \ rlDrawCall c-type-clamp ] 2map
    ; inline


USING: alien.c-types math math.vectors rlgl sequences
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array vs+ [ + \ rlDrawCall c-type-clamp ] 2map
    ; inline


USING: alien.c-types math math.vectors rlgl sequences
specialized-arrays.instances.rlgl.rlDrawCall ;

M: rlDrawCall-array vs- [ - \ rlDrawCall c-type-clamp ] 2map
    ; inline