def test_pygame2_sdl_video_PixelFormat_readonly(self):
# __doc__ (as of 2009-12-08) for pygame2.sdl.video.PixelFormat.readonly:
# Gets, whether the PixelFormat is read-only (this cannot be
# changed).
video.init()
format = video.PixelFormat()
self.assertEqual(format.readonly, False)
surface = video.Surface(1, 1)
fmt = surface.format
self.assertEqual(fmt.readonly, True)
def _setr(format, readonly):
format.readonly = readonly
if sys.version_info < (2, 5):
self.assertRaises(TypeError, _setr, format, True)
self.assertRaises(TypeError, _setr, format, False)
else:
self.assertRaises(AttributeError, _setr, format, True)
self.assertRaises(AttributeError, _setr, format, False)
video.quit()
def run ():
drawtypes = [ draw_rect, draw_circle, draw_arc, draw_line, draw_aaline,
draw_lines, draw_aalines, draw_polygon, draw_aapolygon,
draw_ellipse ]
curtype = 0
video.init ()
screen = video.set_mode (640, 480)
screen.fill (white)
draw_rect (screen)
screen.flip ()
okay = True
while okay:
for ev in event.get ():
if ev.type == sdlconst.QUIT:
okay = False
if ev.type == sdlconst.KEYDOWN and ev.key == sdlconst.K_ESCAPE:
okay = False
if ev.type == sdlconst.MOUSEBUTTONDOWN:
curtype += 1
if curtype >= len (drawtypes):
curtype = 0
screen.fill (white)
drawtypes[curtype] (screen)
screen.flip ()
video.quit ()
def test_pygame2_sdl_gl_get_attribute(self):
# __doc__ (as of 2009-12-14) for pygame2.sdl.gl.get_attribute:
# get_attribute (attribute) -> int
#
# Gets an OpenGL attribute value.
#
# Gets the current value of the specified OpenGL attribute constant.
gllib = self._get_gllib ()
if not gllib:
return
# No video.
self.assertRaises (pygame2.Error, gl.get_attribute, constants.GL_DEPTH_SIZE)
video.init ()
# No GL library
self.assertRaises (pygame2.Error, gl.get_attribute, constants.GL_DEPTH_SIZE)
# No screen
self.assertEquals (gl.load_library (gllib), None)
self.assertRaises (pygame2.Error, gl.get_attribute, constants.GL_DEPTH_SIZE)
# No OpenGL screen
screen = video.set_mode (10, 10)
self.assertEquals (gl.get_attribute (constants.GL_DEPTH_SIZE), 0)
screen = video.set_mode (10, 10, bpp=32, flags=constants.OPENGL)
self.assertEquals (gl.get_attribute (constants.GL_DEPTH_SIZE), 24)
video.quit ()
def run ():
methods = [ draw_checked, draw_striped, draw_flipped, draw_mixed,
draw_zoomed, draw_replaced, draw_extracted, draw_extracted2]
curmethod = -1
video.init ()
screen = video.set_mode (320, 240, 32)
screen.fill (black)
surface = image.load_bmp (pygame2.examples.RESOURCES.get ("array.bmp"))
surface = surface.convert (flags=sdlconst.SRCALPHA)
screen.blit (surface)
screen.flip ()
okay = True
while okay:
for ev in event.get ():
if ev.type == sdlconst.QUIT:
okay = False
if ev.type == sdlconst.KEYDOWN and ev.key == sdlconst.K_ESCAPE:
okay = False
if ev.type == sdlconst.MOUSEBUTTONDOWN:
curmethod += 1
if curmethod >= len (methods):
curmethod = 0
screen.fill (black)
screen.blit (surface)
methods[curmethod](screen)
screen.flip ()
video.quit ()
def run ():
drawtypes = [ draw_aacircle, draw_circle, draw_filledcircle,
draw_box, draw_rectangle,
draw_arc,
draw_line, draw_aaline, draw_hline, draw_vline,
draw_polygon, draw_aapolygon, draw_filledpolygon,
draw_texturedpolygon,
draw_ellipse, draw_aaellipse, draw_filledellipse,
draw_aatrigon, draw_trigon, draw_filledtrigon,
draw_bezier,
draw_pie, draw_filledpie,
]
curtype = 0
video.init ()
screen = video.set_mode (640, 480, 32)
screen.fill (white)
drawtypes[0] (screen)
screen.flip ()
okay = True
while okay:
for ev in event.get ():
if ev.type == sdlconst.QUIT:
okay = False
if ev.type == sdlconst.KEYDOWN and ev.key == sdlconst.K_ESCAPE:
okay = False
if ev.type == sdlconst.MOUSEBUTTONDOWN:
curtype += 1
if curtype >= len (drawtypes):
curtype = 0
screen.fill (white)
drawtypes[curtype] (screen)
screen.flip ()
video.quit ()
def run():
video.init ()
freetype.init (8)
font = freetype.Font (pygame2.examples.RESOURCES.get ("sans.ttf"))
screen = video.set_mode (800, 600)
screen.fill (colors["grey_light"])
sf, w, h = font.render("Hello World", colors["red"], colors['grey_dark'],
ptsize=64, style=ftconstants.STYLE_UNDERLINE|ftconstants.STYLE_ITALIC)
screen.blit (sf, (32, 32))
font.render("abcdefghijklm", colors["grey_dark"], colors["green"],
ptsize=64, dest=(screen, 32, 128))
font.vertical = True
font.render("Vertical?", colors["blue"], ptsize=32, dest=(screen, 32, 190))
font.vertical = False
font.render("Let's spin!", colors["red"], ptsize=48, rotation=55,
dest=(screen, 64, 190))
font.render("All around!", colors["green"], ptsize=48, rotation=-55,
dest=(screen, 150, 270))
font.render("and BLEND", pygame2.Color(255, 0, 0, 128), ptsize=64,
dest=(screen, 250, 220))
font.render("or BLAND!", pygame2.Color(0, 0xCC, 28, 128), ptsize=64,
dest=(screen, 258, 237))
text = "I \u2665 Unicode"
if sys.version_info[0] < 3:
text = "I " + unichr(0x2665) + " Unicode"
font.render(text, pygame2.Color(0, 0xCC, 0xDD), ptsize=64,
dest=(screen, 298, 320))
text = "\u2665"
if sys.version_info[0] < 3:
text = unichr(0x2665)
font.render(text, colors["grey_light"], colors["red"], ptsize=148,
dest=(screen, 480, 32))
font.render("...yes, this is a SDL surface", pygame2.Color(0, 0, 0),
ptsize=24, style=ftconstants.STYLE_BOLD,
dest=(screen, 380, 380))
screen.flip ()
okay = True
while okay:
for ev in event.get ():
if ev.type == constants.QUIT:
okay = False
if ev.type == constants.KEYDOWN and ev.key == constants.K_ESCAPE:
okay = False
video.quit ()
def test_pygame2_sdl_video_get_info(self):
# __doc__ (as of 2009-05-31) for pygame2.sdl.video.get_info:
# get_info () -> dict
#
# Gets information about the video hardware.
#
# Gets information about the video hardware. The returned dictionary
# contains the following entries.
#
# +------------------+---------------------------------------------+
# | Entry | Meaning |
# +==================+=============================================+
# | hw_available | Is it possible to create hardware surfaces? |
# +------------------+---------------------------------------------+
# | wm_available | Is a window manager available? |
# +------------------+---------------------------------------------+
# | blit_hw | Are hardware to hardware blits accelerated? |
# +------------------+---------------------------------------------+
# | blit_hw_CC | Are hardware to hardware colorkey blits |
# | | accelerated? |
# +------------------+---------------------------------------------+
# | blit_hw_A | Are hardware to hardware alpha blits |
# | | accelerated? |
# +------------------+---------------------------------------------+
# | blit_sw | Are software to hardware blits accelerated? |
# +------------------+---------------------------------------------+
# | blit_sw_CC | Are software to hardware colorkey blits |
# | | accelerated? |
# +------------------+---------------------------------------------+
# | blit_sw_A | Are software to hardware alpha blits |
# | | accelerated? |
# +------------------+---------------------------------------------+
# | blit_fill | Are color fills accelerated? |
# +------------------+---------------------------------------------+
# | video_mem | Total amount of video memory in Kilobytes |
# +------------------+---------------------------------------------+
# | vfmt | Pixel format of the video device |
# +------------------+---------------------------------------------+
self.assertRaises (pygame2.Error, video.get_info)
video.init ()
info = video.get_info ()
self.assertTrue (type (info) == dict)
self.assertTrue (type (info["hw_available"]) == bool)
self.assertTrue (type (info["wm_available"]) == bool)
self.assertTrue (type (info["blit_hw"]) == bool)
self.assertTrue (type (info["blit_hw_CC"]) == bool)
self.assertTrue (type (info["blit_hw_A"]) == bool)
self.assertTrue (type (info["blit_sw"]) == bool)
self.assertTrue (type (info["blit_sw_CC"]) == bool)
self.assertTrue (type (info["blit_sw_A"]) == bool)
self.assertTrue (type (info["blit_fill"]) == bool)
self.assertTrue (type (info["video_mem"]) == int)
self.assertTrue (type (info["vfmt"]) == video.PixelFormat)
video.quit ()
def run ():
black = pygame2.Color (0, 0, 0)
white = pygame2.Color (255, 255, 255)
green = pygame2.Color (0, 255, 0)
red = pygame2.Color (255, 0, 0)
curcolor = black
pressed = False
lastpos = 0, 0
video.init ()
screen = video.set_mode (640, 480)
screen.fill (white)
screen.flip ()
wm.set_caption ("Mouse demo")
okay = True
while okay:
for ev in event.get ():
if ev.type == sdlconst.QUIT:
okay = False
if ev.type == sdlconst.KEYDOWN and ev.key == sdlconst.K_ESCAPE:
okay = False
if ev.type == sdlconst.MOUSEMOTION:
if pressed:
x, y = ev.pos
lastpos = ev.pos
screen.fill (curcolor, pygame2.Rect (x - 2, y - 2, 5, 5))
screen.flip ()
elif ev.type == sdlconst.MOUSEBUTTONDOWN:
if ev.button == 1:
pressed = True
elif ev.button == 4:
x, y = lastpos[0], lastpos[1] - 2
screen.fill (green, pygame2.Rect (x - 2, y - 2, 5, 5))
lastpos = x, y
screen.flip ()
elif ev.button == 5:
x, y = lastpos[0], lastpos[1] + 2
screen.fill (red, pygame2.Rect (x - 2, y - 2, 5, 5))
lastpos = x, y
screen.flip ()
elif ev.type == sdlconst.MOUSEBUTTONUP:
if ev.button == 1:
pressed = False
elif ev.button == 3:
if curcolor == white:
curcolor = black
screen.fill (white)
else:
curcolor = white
screen.fill (black)
screen.flip ()
video.quit ()
def run ():
video.init ()
freetype.init ()
font = freetype.Font (pygame2.examples.RESOURCES.get ("sans.ttf"))
fpsmanager = sdlgfx.FPSmanager (2)
screen = video.set_mode (640, 480)
wm.set_caption ("FPSmanager example")
screenrect = pygame2.Rect (640, 480)
screen.fill (black)
screen.flip ()
okay = True
while okay:
for ev in event.get ():
if ev.type == sdlconst.QUIT:
okay = False
if ev.type == sdlconst.KEYDOWN:
framerate = fpsmanager.framerate
if ev.key == sdlconst.K_ESCAPE:
okay = False
elif ev.key in (sdlconst.K_PLUS, sdlconst.K_KP_PLUS):
framerate = min (framerate + 1, gfxconst.FPS_UPPER_LIMIT)
fpsmanager.framerate = framerate
elif ev.key in (sdlconst.K_MINUS, sdlconst.K_KP_MINUS):
framerate = max (framerate - 1, gfxconst.FPS_LOWER_LIMIT)
fpsmanager.framerate = framerate
screen.fill (black)
prev = time.time ()
fpsmanager.delay ()
last = time.time ()
millis = ((last - prev) * 1000)
fpstext = "FPS: %d" % fpsmanager.framerate
timetext = "time (ms) passed since last update: %.3f" % millis
surfacef, w, h = font.render (fpstext, white, ptsize=28)
surfacet, w2, h2 = font.render (timetext, white, ptsize=28)
blitrect = pygame2.Rect (w, h)
blitrect.center = screenrect.centerx, screenrect.centery - h
screen.blit (surfacef, blitrect.topleft)
blitrect = pygame2.Rect (w2, h2)
blitrect.center = screenrect.centerx, screenrect.centery + h
screen.blit (surfacet, blitrect.topleft)
screen.flip ()
video.quit ()
def test_pygame2_sdl_video_was_init(self):
# __doc__ (as of 2009-05-31) for pygame2.sdl.video.was_init:
# was_init () -> bool
#
# Returns, whether the video subsystem of the SDL library is
# initialized.
video.quit ()
self.assertEqual (video.was_init (), False)
video.init ()
self.assertEqual (video.was_init (), True)
video.quit ()
self.assertEqual (video.was_init (), False)
def test_pygame2_sdl_video_get_drivername(self):
# __doc__ (as of 2009-05-31) for pygame2.sdl.video.get_drivername:
# get_drivername () -> str
#
# Gets the name of the video driver.
#
# Gets the name of the video driver or None, if the video system has
# not been initialised or it could not be determined.
self.assertTrue (video.get_drivername () == None)
video.init ()
self.assertTrue (video.get_drivername () != None)
video.quit ()
self.assertTrue (video.get_drivername () == None)
def run ():
filltypes = [ fill_solid, fill_rgba,
fill_min, fill_rgba_min,
fill_max, fill_rgba_max,
fill_add, fill_rgba_add,
fill_sub, fill_rgba_sub,
fill_mult, fill_rgba_mult,
fill_and, fill_rgba_and,
fill_or, fill_rgba_or,
fill_xor, fill_rgba_xor,
fill_diff, fill_rgba_diff,
fill_screen, fill_rgba_screen,
fill_avg, fill_rgba_avg,
]
curtype = 0
video.init ()
screen = video.set_mode (760, 300, 32)
surface = image.load_bmp (pygame2.examples.RESOURCES.get ("logo.bmp"))
surface = surface.convert (flags=sdlconst.SRCALPHA)
color = white
screen.fill (color)
screen.blit (surface, (40, 50))
screen.flip ()
okay = True
while okay:
for ev in event.get ():
if ev.type == sdlconst.QUIT:
okay = False
if ev.type == sdlconst.KEYDOWN and ev.key == sdlconst.K_ESCAPE:
okay = False
if ev.type == sdlconst.MOUSEBUTTONDOWN:
curtype += 1
if curtype >= len (filltypes):
curtype = 0
if color == black:
color = white
else:
color = black
screen.fill (color)
screen.blit (surface, (40, 50))
filltypes[curtype] (screen)
screen.flip ()
video.quit ()
def run ():
white = pygame2.Color (255, 255, 255)
black = pygame2.Color (0, 0, 0)
fontmap = [ "0123456789",
"ABCDEFGHIJ",
"KLMNOPQRST",
"UVWXYZ ",
"abcdefghij",
"klmnopqrst",
"uvwxyz ",
",;.:!?-+()" ]
video.init ()
imgfont = image.load_bmp (pygame2.examples.RESOURCES.get ("font.bmp"))
bmpfont = BitmapFont (imgfont, (32, 32), fontmap)
screen = video.set_mode (640, 480)
screen.fill (white)
center = (320 - bmpfont.surface.w / 2, 10)
screen.blit (bmpfont.surface, center)
screen.flip ()
wm.set_caption ("Keyboard demo")
x = 0, 0
pos = (310, 300)
area = pygame2.Rect (300, 290, 50, 50)
okay = True
while okay:
for ev in event.get ():
if ev.type == sdlconst.QUIT:
okay = False
if ev.type == sdlconst.KEYDOWN:
if ev.key == sdlconst.K_ESCAPE:
okay = False
elif bmpfont.contains (ev.unicode):
screen.fill (white)
screen.fill (black, area)
screen.blit (bmpfont.surface, center)
bmpfont.render_on (screen, ev.unicode, pos)
screen.flip ()
video.quit ()
def test_pygame2_sdl_video_get_videosurface(self):
# __doc__ (as of 2009-05-31) for pygame2.sdl.video.get_videosurface:
# get_videosurface () -> Surface
#
# Gets the current display surface or None, if there is no such Surface.
self.assertRaises (pygame2.Error, video.get_videosurface)
video.init ()
self.assertTrue (video.get_videosurface () == None)
video.quit ()
self.assertRaises (pygame2.Error, video.get_videosurface)
video.init ()
video.set_mode (1, 1)
self.assertTrue (type (video.get_videosurface ()) == video.Surface)
video.quit ()
self.assertRaises (pygame2.Error, video.get_videosurface)
def test_pygame2_mask_from_threshold(self):
__tags__ = [ "sdl" ]
# __doc__ (as of 2008-11-03) for pygame2.mask.from_threshold:
# pygame2.mask.from_threshold (surface, color[, threshold, thressurface]) -> Mask
#
# Creates a mask by thresholding surfaces.
#
# This is a more featureful method of getting a Mask from a
# Surface. If supplied with only one Surface, all pixels within the
# threshold of the supplied *color* are set in the Mask. If given
# the optional *thressurface*, all pixels in *surface* that are
# within the *threshold* of the corresponding pixel in
# *thressurface* are set in the Mask.
video.init ()
a = [16, 24, 32]
for i in a:
surf = video.Surface (70, 70, i)
surf.fill (pygame2.Color (100,50,200), pygame2.Rect (20,20,20,20))
mask = pygame2.mask.from_threshold (surf,
pygame2.Color (100,50,200,255),
pygame2.Color (10,10,10,255))
self.assertEqual (mask.count, 400)
self.assertEqual (mask.get_bounding_rects (),
[pygame2.Rect (20, 20, 20, 20)])
for i in a:
surf = video.Surface (70, 70, i)
surf2 = video.Surface (70,70, i)
surf.fill (pygame2.Color (100, 100, 100))
surf2.fill (pygame2.Color (150, 150, 150))
surf2.fill (pygame2.Color (100, 100, 100),
pygame2.Rect (40, 40, 10, 10))
mask = pygame2.mask.from_threshold(surf, pygame2.Color (0, 0, 0, 0),
pygame2.Color (10, 10, 10, 255),
surf2)
self.assertEqual (mask.count, 100)
self.assertEqual (mask.get_bounding_rects(),
[pygame2.Rect (40, 40, 10, 10)])
video.quit ()
def run ():
blittypes = [ blit_solid, blit_min, blit_max, blit_add, blit_sub,
blit_mult, blit_and, blit_or, blit_xor, blit_diff,
blit_screen, blit_avg,
blit_rgba, blit_rgba_min, blit_rgba_max, blit_rgba_add,
blit_rgba_sub, blit_rgba_mult, blit_rgba_and, blit_rgba_or,
blit_rgba_xor, blit_rgba_diff, blit_rgba_screen,
blit_rgba_avg ]
curtype = 0
video.init ()
screen = video.set_mode (640, 480, 32)
color = white
imgdir = os.path.dirname (os.path.abspath (__file__))
logo = None
if hassdlimage:
logo = image.load (pygame2.examples.RESOURCES.get ("logo.gif"))
else:
logo = image.load_bmp (pygame2.examples.RESOURCES.get ("logo.bmp"))
screen.fill (color)
screen.blit (logo, (-10, 140))
blit_solid (screen)
screen.flip ()
okay = True
while okay:
for ev in event.get ():
if ev.type == sdlconst.QUIT:
okay = False
if ev.type == sdlconst.KEYDOWN and ev.key == sdlconst.K_ESCAPE:
okay = False
if ev.type == sdlconst.MOUSEBUTTONDOWN:
curtype += 1
if curtype >= len (blittypes):
curtype = 0
if color == black:
color = white
else:
color = black
screen.fill (color)
screen.blit (logo, (-10, 140))
blittypes[curtype] (screen)
screen.flip ()
video.quit ()
def test_pygame2_sdl_video_init(self):
# __doc__ (as of 2009-05-31) for pygame2.sdl.video.init:
# init () -> None
#
# Initializes the video subsystem of the SDL library.
self.assertEqual (video.init (), None)
video.quit ()
def test_pygame2_mask_from_surface(self):
__tags__ = [ "sdl" ]
# __doc__ (as of 2008-11-03) for pygame2.mask.from_surface:
# pygame2.mask.from_surface (surface, threshold) -> Mask
#
# Returns a Mask from the given pygame2.sdl.video.Surface.
#
# Makes the transparent parts of the Surface not set, and the
# opaque parts set. The alpha of each pixel is checked to see
# if it is greater than the given threshold. If the Surface is
# color keyed, then threshold is not used. This requires
# pygame2 to be built with SDL support enabled.
#
# This requires pygame2 to be built with SDL support enabled.
video.init ()
mask_from_surface = pygame2.mask.from_surface
surf = video.Surface(70, 70, 32, sdlconst.SRCALPHA)
surf.fill(pygame2.Color(255,255,255,255))
amask = mask_from_surface (surf)
self.assertEqual(amask.get_at(0,0), 1)
self.assertEqual(amask.get_at(66,1), 1)
self.assertEqual(amask.get_at(69,1), 1)
surf.set_at(0,0, pygame2.Color(255,255,255,127))
surf.set_at(1,0, pygame2.Color(255,255,255,128))
surf.set_at(2,0, pygame2.Color(255,255,255,0))
surf.set_at(3,0, pygame2.Color(255,255,255,255))
amask = mask_from_surface(surf)
self.assertEqual(amask.get_at(0,0), 0)
self.assertEqual(amask.get_at(1,0), 1)
self.assertEqual(amask.get_at(2,0), 0)
self.assertEqual(amask.get_at(3,0), 1)
surf.fill(pygame2.Color(255,255,255,0))
amask = mask_from_surface(surf)
self.assertEqual(amask.get_at(0, 0), 0)
video.quit ()
def test_pygame2_sdl_gl_load_library(self):
# __doc__ (as of 2009-12-14) for pygame2.sdl.gl.load_library:
# load_library (libraryname) -> None
#
# Loads the desired OpenGL library.
#
# Loads the desired OpenGL library specified by the passed full qualified
# path. This must be called before any first call to
# pygame2.sdl.video.set_mode to have any effect.
self.assertRaises (pygame2.Error, gl.load_library, "invalid_opengl_lib")
gllib = self._get_gllib ()
if not gllib:
return
self.assertRaises (pygame2.Error, gl.load_library, gllib)
video.init ()
self.assertRaises (pygame2.Error, gl.load_library, "invalid_opengl_lib")
self.assertEquals (gl.load_library (gllib), None)
video.quit ()
def test_pygame2_sdl_video_is_mode_ok(self):
# __doc__ (as of 2009-05-31) for pygame2.sdl.video.is_mode_ok:
# is_mode_ok (width, height[, bpp, flags]) -> bool
# is_mode_ok (size[, bpp, flags]) -> bool
#
# Checks, whether the requested video mode is supported.
#
# Checks, whether the video mode is supported for the passed size,
# bit depth and flags. If the bit depth (bpp) argument is omitted,
# the current screen bit depth will be used.
#
# The optional flags argument is the same as for set_mode.
self.assertRaises (pygame2.Error, video.is_mode_ok)
video.init ()
modes = video.list_modes ()
for r in modes:
self.assertTrue (video.is_mode_ok (r.size) == True)
video.quit ()
self.assertRaises (pygame2.Error, video.is_mode_ok)
def test_pygame2_sdl_video_set_gamma(self):
# __doc__ (as of 2009-05-31) for pygame2.sdl.video.set_gamma:
# set_gamma (red, green, blue) -> None
#
# Sets the gamma values for all three color channels.
#
# Sets the gamma values for all three color channels. In case
# adjusting the gamma is not supported, an exception will be raised.
video.init ()
try:
video.set_gamma (1, 1, 1)
except pygame2.Error:
video.quit ()
return
self.assertTrue (video.set_gamma (0, 0, 0) == None)
self.assertTrue (video.set_gamma (1, 1, 1) == None)
self.assertTrue (video.set_gamma (10, 1, 1) == None)
self.assertTrue (video.set_gamma (10, 12.88, 3.385) == None)
self.assertTrue (video.set_gamma (-10, -12.88, -3.385) == None)
video.quit ()
def run():
video.init()
surface = None
if hassdlimage:
surface = image.load(pygame2.examples.RESOURCES.get("logo.gif"))
else:
surface = image.load_bmp(pygame2.examples.RESOURCES.get("logo.bmp"))
screen = video.set_mode(surface.w + 10, surface.h + 10)
screen.fill(pygame2.Color(255, 255, 255))
screen.blit(surface, (5, 5))
screen.flip()
okay = True
while okay:
for ev in event.get():
if ev.type == constants.QUIT:
okay = False
if ev.type == constants.KEYDOWN and ev.key == constants.K_ESCAPE:
okay = False
video.quit()
def test_pygame2_sdl_video_list_modes(self):
# __doc__ (as of 2009-05-31) for pygame2.sdl.video.list_modes:
# list_modes ([, format, flags]) -> [rect, rect, ...]
#
# Returns the supported modes for a specific format and flags.
#
# Returns the supported modes for a specific format and flags.
# The optional format argument must be a PixelFormat
# instance with the desired mode information. The optional flags
# argument is the same as for set_mode.
#
# If both, the format and flags are omitted, all supported screen
# resolutions for all supported formats and flags are returned.
self.assertRaises (pygame2.Error, video.list_modes)
video.init ()
modes = video.list_modes()
self.assertTrue (type (modes) == list)
for r in modes:
self.assertTrue (type (r) == pygame2.Rect)
video.quit ()
self.assertRaises (pygame2.Error, video.list_modes)
def test_pygame2_sdl_video_get_gammaramp(self):
# __doc__ (as of 2009-05-31) for pygame2.sdl.video.get_gammaramp:
# get_gammaramp () -> (int, int, ...), (int, int, ...), (int, int, ...)
#
# Gets the color gamma lookup tables for the display.
#
# Gets the color gamma lookup table for the display. This will
# return three tuples for the red, green and blue gamma values. Each
# tuple contains 256 values.
video.init ()
r, g, b = video.get_gammaramp ()
self.assertTrue (len (r) == 256)
self.assertTrue (len (g) == 256)
self.assertTrue (len (b) == 256)
for v in r:
self.assertTrue (type (v) == int)
for v in g:
self.assertTrue (type (v) == int)
for v in b:
self.assertTrue (type (v) == int)
video.quit ()
def test_pygame2_sdl_gl_set_attribute(self):
# __doc__ (as of 2009-12-14) for pygame2.sdl.gl.set_attribute:
# set_attribute (attribute, value) -> None
#
# Sets an OpenGL attribute value.
#
# Sets the value of the specified OpenGL attribute.
gllib = self._get_gllib ()
if not gllib:
return
# No video.
self.assertRaises (pygame2.Error, gl.set_attribute, constants.GL_RED_SIZE, 1)
video.init ()
self.assertEquals (gl.load_library (gllib), None)
# No OpenGL screen
screen = video.set_mode (10, 10)
self.assertEquals (gl.set_attribute (constants.GL_RED_SIZE, 1), None)
self.assertEquals (gl.get_attribute (constants.GL_RED_SIZE), 0)
def setUp (self):
video.init ()
def run ():
freetype.init ()
video.init ()
sdlmixer.init ()
sdlmixer.open_audio (sdlmixerconst.DEFAULT_FREQUENCY,
sdlmixerconst.DEFAULT_FORMAT,
sdlmixerconst.DEFAULT_CHANNELS,
1024)
print ("Detected decoders: %s" % sdlmixer.get_decoders ())
sound = sdlmixer.Chunk (pygame2.examples.RESOURCES.get ("house_lo.wav"))
channel_sound = sdlmixer.Channel (1)
font = freetype.Font (pygame2.examples.RESOURCES.get ("sans.ttf"))
surfaces = get_help (font)
screen = video.set_mode (640, 480)
wm.set_caption ("SDL_mixer sound example")
screenrect = pygame2.Rect (640, 480)
screen.fill (black)
yoff = 100
for (sf, w, h) in surfaces:
screen.blit (sf, (100, yoff))
yoff += h + 10
screen.flip ()
okay = True
while okay:
for ev in event.get ():
if ev.type == sdlconst.QUIT:
okay = False
if ev.type == sdlconst.KEYDOWN:
# play, pause, resume
if ev.key == sdlconst.K_SPACE:
if channel_sound.paused:
print ("Resuming")
channel_sound.resume ()
elif channel_sound.playing:
print ("Pausing")
channel_sound.pause ()
else:
print ("Starting")
channel_sound.play (sound, -1)
if ev.key == sdlconst.K_ESCAPE:
# exit the application
okay = False
elif ev.key in (sdlconst.K_PLUS, sdlconst.K_KP_PLUS):
# increase volume
channel_sound.volume = min (channel_sound.volume + 1,
sdlmixerconst.MAX_VOLUME)
print ("Volume is now: %d" % channel_sound.volume)
elif ev.key in (sdlconst.K_MINUS, sdlconst.K_KP_MINUS):
# decrease volume
channel_sound.volume = max (channel_sound.volume - 1, 0)
print ("Volume is now: %d" % channel_sound.volume)
screen.flip ()
freetype.quit ()
video.quit ()
sdlmixer.close_audio ()
sdlmixer.quit ()
def setUp(self):
if sys.version.startswith("3.1"):
self.assertIsInstance = \
lambda x, t: self.assertTrue(isinstance(x, t))
video.init()
def test_quit(self):
video.quit()
video.quit()
video.quit()
video.init()
import sys
import time
import pygame2
import pygame2.sdl.constants as constants
import pygame2.sdl.image as image
import pygame2.sdl.video as video
video.init()
img = image.load_bmp("c:\\test.bmp")
screen = video.set_mode(img.width, img.height)
screen.fill(pygame2.Color(255, 255, 255))
screen.blit(img, (0, 0))
screen.flip()
time.sleep(10)