LOADIMAGE: Difference between revisions

Revision as of 05:44, 25 September 2023

The _LOADIMAGE function loads an image into memory and returns valid LONG image handle values that are less than -1.

Syntax

handle& = _LOADIMAGE(fileName$[, [mode&][, requirements$]])

Parameters

filename$ is literal or variable STRING file name value.
Optional mode& LONG values can be:
- 32 = 32-bit image.
- 33 = 32-bit hardware image.
- 256 = 8-bit (256 color) image using the QB64-PE master palette.
- 257 = 8-bit (256 color) image using an adaptive palette.
Optional requirements$ STRING values can be a combination of (version 3.6.0 and up):
- HARDWARE: Loads the image as a 32-bit hardware image. This can be used instead of mode 33 (above).
- ADAPTIVE: Loads the image as an 8-bit (256 color) image using an adaptive palette. This can be used instead of mode 257 (above).
- MEMORY: This will treat filename$ as a memory buffer containing the image file instead of a file name.
- SXBR2: Applies the Super-xBR 2x pixel scaler on the image.
- MMPX2: Applies the MMPX Style-Preserving 2x pixel scaler on the image.
- HQ2XA: Applies the High Quality Cartoon 2x pixel scaler on the image.
- HQ2XB: Applies the High Quality Complex 2x pixel scaler on the image.
- HQ3XA: Applies the High Quality Cartoon 3x pixel scaler on the image.
- HQ3XB: Applies the High Quality Complex 3x pixel scaler on the image.

Description

Image file formats JPG, PNG, TGA, BMP, PSD, GIF, HDR, PIC, PNM, PCX, SVG and QOI are supported. A path can also be given.
The mode& parameter can be 32, 33,256 or 257. Omit to use the current graphic screen settings.
Mode 33 images are hardware accelerated and are created using _LOADIMAGE or _COPYIMAGE (version 1.000 and up).
Mode 256 images are loaded using the QB64-PE master VGA palette. This is the same palette that is used for 256 color screens like SCREEN 13.
Mode 257 images are loaded using an adaptive palette making these images look better than mode 256 when used with 32-bit color screens (version 3.1.0 and up).
Loaded images can be read invisibly using POINT. Image coordinates start at 0 up to the _WIDTH - 1 and _HEIGHT - 1.
Images can be made into a program SCREEN or page adopting the size and palette settings or placed using _PUTIMAGE.
Returns -1 as an invalid handle if it can't load the image. Valid LONG handle returns are less than -1 (handle& < -1).
Valid images only need to be loaded once. The handle can be used repeatedly until freed.
Images are not deallocated when the SUB or FUNCTION they are created in ends. Free them with _FREEIMAGE.
Use the various pixel scalers to scale and load extremely low resolution (retro) graphics without blurring.

Errors

Some picture file images may not load when a mode& value is designated. Try loading it without a mode& designation.
It is important to free unused or discarded images with _FREEIMAGE to prevent CPU memory overflow errors.
In text-only SCREEN 0, mode& 32 must be specified. When loading an _ICON image use 32 for the mode& too.

Availability

v0.800
all
yes
yes
yes

Mode 33 was added in QB64 v1.0, which makes it also available in all QB64-PE versions.
Mode 257 was added in QB64-PE v3.1.0, hence it's not available in the original QB64 versions.
In QB64-PE v3.6.0 this function got a new optional parameter requirements$ and the ability to load image files from memory.
SVG and QOI support was added in QB64-PE v3.9.0.
Pixel scaler support was added in QB64-PE v3.9.0.

Examples

Example 1: To display an image in 32-bit color using its resolution as a program screen.

i& = _LOADIMAGE("mypic.jpg", 32)
SCREEN i&

Example 2: DRAWing and rotating an image 360 degrees using Turn Angle. POINT is used to read the invisible image source.

SCREEN _NEWIMAGE(800, 600, 32)
img& = _LOADIMAGE("QB64.PNG")                           'use any 24/32 bit image

wide% = _WIDTH(img&): deep% = _HEIGHT(img&)
TLC$ = "BL" + STR$(wide% \ 2) + "BU" + STR$(deep% \ 2)  'start draw at top left corner
RET$ = "BD BL" + STR$(wide%)                            'return to left side of image
_SOURCE img&
_DEST 0
DO
  FOR angle% = 0 TO 360 STEP 15
    CLS
    DRAW "BM400, 300" + "TA=" + VARPTR$(angle%) + TLC$
    FOR y = 0 TO deep% - 1
      FOR x = 0 TO wide% - 1
        DRAW "C" + STR$(POINT(x, y)) + "R1"            'color and DRAW each pixel
      NEXT
      DRAW RET$
    NEXT
    _DISPLAY                         'NOTE: CPU usage will be HIGH!
  NEXT
LOOP UNTIL INKEY$ > ""

Code by Ted Weissgerber

Example 3: Load and scale an image from memory and display it on the screen.

OPTION _EXPLICIT

DIM Bee& '                                               the image file
DIM cx%, cy% '                                           center x,y coordinate for image

RESTORE Data_tbee0_png_2314
Bee& = _LOADIMAGE(LoadResource, 32, "memory, hq3xa") '   load image file from memory and scale it using a pixel scaler
SCREEN _NEWIMAGE(640, 480, 32) '                         enter a graphics screen
CLS , _RGB32(127, 127, 127) '                            clear the screen with gray
LOCATE 2, 15 '                                           position text cursor
PRINT "An image loaded into memory and placed on the screen."
cx% = (640 - _WIDTH(Bee&)) \ 2 '                         calculate x center position
cy% = (480 - _HEIGHT(Bee&)) \ 2 '                        calculate y center position
_PUTIMAGE (cx%, cy%), Bee& '                             place image onto center of screen
SLEEP '                                                  wait for key stroke
_FREEIMAGE Bee& '                                        remove image from memory
SYSTEM '                                                 return to OS


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' Convert a base64 string to a normal string
FUNCTION DecodeBase64$ (s AS STRING)
    CONST BASE64_CHARACTERS = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"

    DIM AS STRING buffer, result
    DIM AS _UNSIGNED LONG i
    DIM AS _UNSIGNED _BYTE char1, char2, char3, char4

    FOR i = 1 TO LEN(s) STEP 4
        char1 = INSTR(BASE64_CHARACTERS, CHR$(ASC(s, i))) - 1
        char2 = INSTR(BASE64_CHARACTERS, CHR$(ASC(s, i + 1))) - 1
        char3 = INSTR(BASE64_CHARACTERS, CHR$(ASC(s, i + 2))) - 1
        char4 = INSTR(BASE64_CHARACTERS, CHR$(ASC(s, i + 3))) - 1
        buffer = CHR$(_SHL(char1, 2) OR _SHR(char2, 4)) + CHR$(_SHL(char2 AND 15, 4) OR _SHR(char3, 2)) + CHR$(_SHL(char3 AND 3, 6) OR char4)

        result = result + buffer
    NEXT

    ' Remove padding
    IF RIGHT$(s, 2) = "==" THEN
        result = LEFT$(result, LEN(result) - 2)
    ELSEIF RIGHT$(s, 1) = "=" THEN
        result = LEFT$(result, LEN(result) - 1)
    END IF

    DecodeBase64 = result
END FUNCTION


' Loads a binary file encoded with Bin2Data
' Usage:
'   1. Encode the binary file with Bin2Data
'   2. Include the file or it's contents
'   3. Load the file like so:
'       Restore label_generated_by_bin2data
'       Dim buffer As String
'       buffer = LoadResource   ' buffer will now hold the contents of the file
FUNCTION LoadResource$
    DIM AS _UNSIGNED LONG ogSize, resize
    DIM AS _BYTE isCompressed

    READ ogSize, resize, isCompressed ' read the header

    DIM AS STRING buffer, result

    ' Read the whole resource data
    DO WHILE LEN(result) < resize
        READ buffer
        result = result + buffer
    LOOP

    ' Decode the data
    buffer = DecodeBase64(result)

    ' Expand the data if needed
    IF isCompressed THEN
        result = _INFLATE$(buffer, ogSize)
    ELSE
        result = buffer
    END IF

    LoadResource = result
END FUNCTION

Adapted from example code by Terry Ritchie

Example 4: Load SVG vector graphics data from memory and display it on the screen.

OPTION _EXPLICIT
$RESIZE:SMOOTH

RESTORE svg_data

DIM AS STRING svg, buffer

DO
    READ buffer
    svg = svg + buffer
LOOP WHILE LEN(buffer) > 0

DIM img AS LONG: img = _LOADIMAGE(svg, 32, "memory")

SCREEN _NEWIMAGE(_WIDTH(img) \ 2, _HEIGHT(img) \ 2, 32)

_PUTIMAGE , img

END

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LOADIMAGE: Difference between revisions

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