def main():
hge = _hge.HGE(_hge.HGE_VERSION)
quad = None
sprite = None
# use list, because scope problem
radians = [0]
x = [100]
y = [100]
def frameFunc():
if hge.Input_GetKeyState(_hge.HGEK_ESCAPE):
return True
v = 0.5
if hge.Input_GetKeyState(_hge.HGEK_UP):
for i in range(4):
y[0] -= v
if hge.Input_GetKeyState(_hge.HGEK_DOWN):
for i in range(4):
y[0] += v
if hge.Input_GetKeyState(_hge.HGEK_LEFT):
for i in range(4):
x[0] -= v
if hge.Input_GetKeyState(_hge.HGEK_RIGHT):
for i in range(4):
x[0] += v
radians[0] += math.pi/720
return False
def renderFunc():
# Begin rendering quads.
# This function must be called
# before any actual rendering.
hge.Gfx_BeginScene(0);
# Clear screen with black color
hge.Gfx_Clear(0);
# Render quads here. This time just
# one of them will serve our needs.
hge.Gfx_RenderQuad(quad);
sprite.RenderEx(x[0], y[0], radians[0], 1.0, 0.0)
# End rendering and update the screen
hge.Gfx_EndScene();
return False
hge.System_SetStateFunc(_hge.HGE_FRAMEFUNC, frameFunc);
hge.System_SetStateFunc(_hge.HGE_RENDERFUNC, renderFunc);
hge.System_SetStateString(
_hge.HGE_TITLE, "TEST")
hge.System_SetStateBool(_hge.HGE_WINDOWED, True);
if hge.System_Initiate():
# load texture
import os
texture = hge.Texture_Load(os.path.abspath("yuki.jpg"), 0, False)
if not texture:
print hge.System_GetErrorMessage()
blend = _hge.BLEND_ALPHAADD | _hge.BLEND_COLORMUL | _hge.BLEND_ZWRITE
v0 = _hge.hgeVertex(0, 0, 0, 0xFFFFA000, 0, 0)
v1 = _hge.hgeVertex(200, 0, 0, 0xFFFFA000, 1, 0)
v2 = _hge.hgeVertex(200, 200, 0, 0xFFFFA000, 1, 1)
v3 = _hge.hgeVertex(0, 200, 0, 0xFFFFA000, 0, 1)
quad = _hge.hgeQuad((v0, v1, v2, v3), texture, blend)
w = hge.Texture_GetWidth(texture, False)
h = hge.Texture_GetHeight(texture, False)
sprite = _hge.hgeSprite(texture, 0, 0, w, h)
sprite.SetHotSpot(w*0.5, h*0.5)
if not hge.System_Start():
print hge.System_GetErrorMessage()
else:
print hge.System_GetErrorMessage()
hge.System_Shutdown()
hge.Release()
def main():
global hge, spr, bgSpr
hge = _hge.HGE(_hge.HGE_VERSION);
hge.System_SetStateFunc(_hge.HGE_FRAMEFUNC, frameFunc)
hge.System_SetStateFunc(_hge.HGE_RENDERFUNC, renderFunc)
hge.System_SetStateString(
_hge.HGE_TITLE, "HGE Tutorial 07 - Thousand of Hares")
hge.System_SetStateBool(_hge.HGE_USESOUND, False)
hge.System_SetStateBool(_hge.HGE_WINDOWED, True)
hge.System_SetStateInt(_hge.HGE_SCREENWIDTH, SCREEN_WIDTH)
hge.System_SetStateInt(_hge.HGE_SCREENHEIGHT, SCREEN_HEIGHT)
hge.System_SetStateInt(_hge.HGE_SCREENBPP, 32)
if hge.System_Initiate():
# Load textures
bgtex = hge.Texture_Load(os.path.abspath("bg2.png"), 0, False)
tex = hge.Texture_Load(os.path.abspath("zazaka.png"), 0, False)
if not bgtex or not tex:
# If one of the data files is not found,
# display an error message and shutdown
print "Can't load BG2.PNG or ZAZAKA.PNG"
hge.System_Shutdown()
hge.Release()
return
# Load font, create sprites
spr = _hge.hgeSprite(tex, 0, 0, 64, 64)
spr.SetHotSpot(32, 32)
bgSpr = _hge.hgeSprite(bgtex, 0, 0, 800, 600)
bgSpr.SetBlendMode(
_hge.BLEND_COLORADD | _hge.BLEND_ALPHABLEND | _hge.BLEND_NOZWRITE)
bgSpr.SetColor(0xFF000000, 0)
bgSpr.SetColor(0xFF000000, 1)
bgSpr.SetColor(0xFF000040, 2)
bgSpr.SetColor(0xFF000040, 3)
# Initialize objects list
for i in range(MAX_OBJECTS):
objects.append(SprObject())
objects[i].x = hge.Random_Float(0, SCREEN_WIDTH)
objects[i].y = hge.Random_Float(0, SCREEN_HEIGHT)
objects[i].dx = hge.Random_Float(-200, 200)
objects[i].dy = hge.Random_Float(-200, 200)
objects[i].scale = hge.Random_Float(0.5, 2.0)
objects[i].dscale = hge.Random_Float(-1.0, 1.0)
objects[i].rot = hge.Random_Float(0, math.pi*2)
objects[i].drot = hge.Random_Float(-1.0, 1.0)
SetBlend(0)
# Let's rock now!
hge.System_Start()
# Delete created objects and free loaded resources
hge.Texture_Free(tex)
hge.Texture_Free(bgtex)
# Clean up and shutdown
hge.System_Shutdown()
hge.Release()
