The [[PAINT]] statement is used to fill a delimited area in a graphic screen mode with color.


{{PageSyntax}}
: [[PAINT]] ['''STEP'''] ({{Parameter|column%}}, {{Parameter|row%}}), {{Parameter|fillColor}}[, {{Parameter|borderColor%}}]


{{Parameters}}
* Can use the [[STEP]] keyword for relative coordinate placements. See example 1 below.
* {{Parameter|fillColor}} is an [[INTEGER]] or [[LONG]] 32-bit value to paint the inside of an object. Colors are limited to the [[SCREEN]] mode used.
* Optional [[INTEGER]] or [[LONG]] 32-bit {{Parameter|borderColor%}} is the color of the border of the shape to be filled when this is different from the fill color. 


==QBasic/QuickBASIC==
* {{Parameter|fillColor}} could be a string made up of a sequence of [[CHR$]] values, each representing a tiling pattern to fill the shape.
* While this is not implemented in QB64, a string value is still accepted, though it won't produce any results.


{{PageDescription}}
* Graphic {{Parameter|column%}} and {{Parameter|row%}} [[INTEGER]] pixel coordinates should be inside of a fully closed "shape", whether it's a rectangle, circle or custom-drawn shape using [[DRAW]].
* If the coordinates passed to the [[PAINT]] statement are on a pixel that matches the border colors, no filling will occur.
* If the shape's border isn't continuous, the "paint" will "leak". 
* If the shape is not totally closed, every color except the border color may be painted over.
* [[DRAW]] shapes can be filled using the string "P {{Parameter|fillColor}}, {{Parameter|borderColor}}". Use a "B" blind move to offset from the shape's border.


{{PageExamples}}
''Example 1:'' Painting a [[CIRCLE]] immediately after it is drawn using [[STEP]](0, 0) to paint from the circle's center point.
{{CodeStart}} '' ''
{{Cl|SCREEN (statement)|SCREEN}} 12
x = 200: y = 200
{{Cl|CIRCLE}} (x, y), 100, 10
{{Cl|PAINT}} {{Cl|STEP}}(0, 0), 2, 10 '' ''
{{CodeEnd}}
:''Results:'' A circle located at x and y with a bright green border filled in dark green. The last coordinate used was the circle's center point and PAINT used it also with the [[STEP]] relative coordinates being zero.


''Example 2:'' Routine to check a [[DRAW]] string to make sure that the drawn shape is fully closed so that a PAINT does not "leak".
{{CodeStart}} '' ''
{{Cl|SCREEN}} 12
drw$ = "C15S20R9D4R6U3R3D3R7U5H3U2R9D3G2D6F1D3F5L10D1G1L4H2L7G2L3H2L3U8L2U5R1BF4"

{{Cl|FOR...NEXT|FOR}} i = 1 {{Cl|TO}} {{Cl|LEN}}(drw$)
  tmp$ = {{Cl|UCASE$}}({{Cl|MID$}}(drw$, i, 1))
  check = 1
  {{Cl|SELECT CASE}} tmp$
    {{Cl|CASE}} "U": ver = -1: hor = 0
    {{Cl|CASE}} "D": ver = 1: hor = 0
    {{Cl|CASE}} "E": ver = -1: hor = 1
    {{Cl|CASE}} "F": ver = 1: hor = 1
    {{Cl|CASE}} "G": ver = 1: hor = -1
    {{Cl|CASE}} "H": ver = -1: hor = -1
    {{Cl|CASE}} "L": ver = 0: hor = -1
    {{Cl|CASE}} "R": ver = 0: hor = 1
    {{Cl|CASE ELSE}}: check = 0
  {{Cl|END SELECT}}
  {{Cl|IF...THEN|IF}} check {{Cl|THEN}}
    snum$ = ""
    {{Cl|FOR...NEXT|FOR}} j = i + 1 {{Cl|TO}} i + 4 'set for up to 4 digits and spaces
      {{Cl|IF...THEN|IF}} j > {{Cl|LEN}}(drw$) {{Cl|THEN}} {{Cl|EXIT}} {{Cl|FOR...NEXT|FOR}}
      n$ = {{Cl|MID$}}(drw$, j, 1)
      num = {{Cl|ASC}}(n$)
      {{Cl|IF...THEN|IF}} (num > 47 {{Cl|AND (boolean)|AND}} num < 58) {{Cl|OR (boolean)|OR}} num = 32 {{Cl|THEN}}
        snum$ = snum$ + n$
      {{Cl|ELSE}}: {{Cl|EXIT}} {{Cl|FOR...NEXT|FOR}}
      {{Cl|END IF}}
    {{Cl|NEXT}}
    vertical = vertical + (ver * {{Cl|VAL}}(snum$))
    horizont = horizont + (hor * {{Cl|VAL}}(snum$))
  {{Cl|END IF}}
  {{Cl|PRINT}} tmp$, horizont, vertical
  '{{Cl|SLEEP}}
{{Cl|NEXT}}
{{Cl|PSET}} (300, 300): {{Cl|DRAW}} drw$ '' ''
{{CodeEnd}}
: ''Explanation:'' If the [[DRAW]] string is fully closed, the end values should each be 0. In the example, the proper result should be 4, 4 as there is a BF4 offset for PAINT which cannot be on a border. The result is 4, 5 because the shape is not completely closed.


<!-- Example hidden, as this technique cannot be used with QB64
''Example 3:'' Tiling using PAINT to create a red brick pattern inside a yellow border:
{{CodeStart}}
{{Cl|DIM}} Row$(1 {{Cl|TO}} 8) 
{{Cl|SCREEN}} 12
 
   'make red-brick wall
    Row$(1) = {{Cl|CHR$}}({{Cl|&H}}0) + {{Cl|CHR$}}({{Cl|&H}}0) + {{Cl|CHR$}}({{Cl|&H}}FE) + {{Cl|CHR$}}({{Cl|&H}}FE)
    Row$(2) = Row$(1)
    Row$(3) = Row$(1)
    Row$(4) = {{Cl|CHR$}}({{Cl|&H}}0) + {{Cl|CHR$}}({{Cl|&H}}0) + {{Cl|CHR$}}({{Cl|&H}}0) + {{Cl|CHR$}}({{Cl|&H}}0)
    Row$(5) = {{Cl|CHR$}}({{Cl|&H}}0) + {{Cl|CHR$}}({{Cl|&H}}0) + {{Cl|CHR$}}({{Cl|&H}}EF) + {{Cl|CHR$}}({{Cl|&H}}EF)
    Row$(6) = Row$(5)
    Row$(7) = Row$(5)
    Row$(8) = Row$(4)
    Tile$ = Row$(1) + Row$(2) + Row$(3) + Row$(4) + Row$(5) + Row$(6) + Row$(7) + Row$(8)
 
    {{Cl|LINE}} (59, 124)-(581, 336), 14, B 'yellow box border to paint inside
    {{Cl|PAINT}} (320, 240), Tile$, 14 'paints brick tiles within yellow border
{{CodeEnd}}

--!>


{{PageSeeAlso}}
* [[PSET]], [[PRESET]]
* [[CIRCLE]], [[LINE]], [[DRAW]]
* [[SCREEN]], [[CHR$]]


{{PageNavigation}}