mx,my=mymouse.x,mymouse.y mouserot += (mx-omx)*0.2 tilt -= (my-omy)*0.2 omx,omy=mx,my # turns player tank turret towards center of screen which will have a crosshairs if turrot+2.0 < mouserot: turrot+=2.0 if turrot-2.0 > mouserot: turrot-=2.0 # switch to 2D orthographic rendering display.setOrthographic() # Draw Frames Per Second info pi3d.drawString2D(arialFont,"FPS:"+str(fps.count()),10,50,20) # Draw targetting cross pi3d.rectangle(target,display.win_width*.5-64,display.win_height*.5+64,128,128) # Draw map and tank positions mx = display.win_width-smaps pi3d.rectangle(grndot,mx+(xm/mapwidth)*smaps+smph-doth,smph+doth-(zm/mapdepth)*smaps,dotsize,dotsize) pi3d.rectangle(reddot,mx+(-etx/mapwidth)*smaps+smph-doth,smph+doth-(-etz/mapdepth)*smaps,dotsize,dotsize) pi3d.rectangle(mountimg1,mx,smaps,smaps,smaps) # If in sniper mode, then display sniper overlay if smode==True: pi3d.rectangle(sniper,0,display.win_height,display.win_width,display.win_height) display.swapBuffers()
# Draw ball (tex,x,y,z,width,height,rotation)
pi3d.sprite(ball[bi[b]],bx[b],by[b],-2.0,bs[b],bs[b])
# Increment ball positions
bx[b]=bx[b]+dx[b]
by[b]=by[b]+dy[b]
# X coords outside of drawing area? Then invert X direction
if bx[b]>scnx or bx[b]<0:
dx[b]=-dx[b]
# Y coords outside of drawing area? Then invert Y direction
if by[b]>scny or by[b]<0:
dy[b]=-dy[b]
pi3d.drawString2D(arialFont,"Raspberry Pi ROCKS!",100,300,80)
#draw a bar at the top of the screen
pi3d.rectangle(bar,0,scny,scnx,32)
pi3d.rectangle(bbtitle,5,scny,256+5,32)
k = mykeys.read()
if k >-1:
if k==112:
display.screenshot("screen3D"+str(scshots)+".jpg")
scshots += 1
if k==27:
mykeys.close()
texs.deleteAll()
display.destroy()
break
