class HUD:
def __init__(self,cockpitno):
self.open_scans =[list(),list(),list()]
self.radiotexts = []
parser = importer.DesReader("VFX/COCKPIT/" + cockpitno + ".DES")
bar1,hor1 = self.parser_horizon_point_list(parser,"UP")
bar2,hor2 = self.parser_horizon_point_list(parser,"DN")
self.horizon = (aspect2d.attachNewNode(hor1),aspect2d.attachNewNode(hor2))
self.pitchbar = (aspect2d.attachNewNode(bar1),aspect2d.attachNewNode(bar2))
self.horizon[0].hide()
self.horizon[1].hide()
self.pitchbar[0].hide()
self.pitchbar[1].hide()
pal = importer.importPalette("GFX/PAL/GUI/BORDER.PAL")
self.bg = addEmpty(color=(0,0,0,0))
addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDTARG.IMG", pal), 320, 240, "MidCenter")
x1 = parser.getint("HUDHeading","X1")
y1 = parser.getint("HUDHeading","Y1")
width = parser.getint("HUDHeading","Width")
height = parser.getint("HUDHeading","Height")
headimg = importer.importTexture("GFX/IMG/COCKPIT/HUDHEAD.IMG", pal)
pnm1 = PNMImage()
pnm2 = PNMImage(int(headimg.getXSize() * (360 / 420.0)+0.5),headimg.getYSize())#
headimg.store(pnm1)
pnm2.addAlpha()
pnm2.copySubImage(pnm1,0,0,int(headimg.getXSize() * (60 / 420.0)+0.5))
headimg.load(pnm2)
addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDPOI4.IMG", pal), x1+width/2, y1+height, "TopCenter")
self.heading = addImage(self.bg, headimg, x1, y1, "TopLeft",width)#,height ignoring cus of scaling probs
self.scan = (addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDSCNAG.IMG", pal), 0, 0, "MidCenter"),
addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDSCNAB.IMG", pal), 0, 0, "MidCenter"),
addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDSCNAR.IMG", pal), 0, 0, "MidCenter"))
self.targeting = (addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDLOCAG.IMG", pal), 0, 0, "MidCenter"),
addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDLOCAA.IMG", pal), 0, 0, "MidCenter"),
addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDLOCAR.IMG", pal), 0, 0, "MidCenter"))
self.targetarrow= (addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDARRU.IMG", pal), 0, 0, "MidCenter"),
addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDARRR.IMG", pal), 0, 0, "MidCenter"),
addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDARRD.IMG", pal), 0, 0, "MidCenter"),
addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDARRL.IMG", pal), 0, 0, "MidCenter"))
self.targethp = [addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDINTE%d.IMG"%x, pal), 0, 0, "MidCenter") for x in range(10)]
self.targetep = [addImage(self.bg, importer.importTexture("GFX/IMG/COCKPIT/HUDEEMP%d.IMG"%x, pal), 0, 0, "MidCenter") for x in range(10)]
for x in self.scan:
x.hide()
def promp_radio_message(self,message):
font = importer.Font("GFX/FNT/DPSMAMON.FNT")
if message[0][0] == '#':
text = message[0][1:]
color = 0xFFFF0000
else:
text = message[0]
color = 0xFF00FF00
img1 = font.renderText(text,color=color)
element = addImage(self.bg, img1, 320, 350 + len(self.radiotexts) * 15, "TopCenter")
self.radiotexts.append(element)
taskMgr.doMethodLater(5,self._remove_radio_text,"radio text destroyer",[])
print "radio message: ",message[0]
def _remove_radio_text(self):
self.radiotexts[0].destroy()
self.radiotexts.remove(self.radiotexts[0])
for e in self.radiotexts:
x,y,z = e.getPos()
e.setPos(x,y,z+15/240.0)
def parser_horizon_point_list(self,parser,prefix):
lines = LineSegs()
bar = LineSegs()
num_points = parser.getint("HUDSyntheticHorizon",prefix + "_NumOfPoints")
bar.setColor((0,1,0,1))
bar.setThickness(1)
#hack cus i dont know how to parse the colors correctly
color = parser.getint("HUDSyntheticHorizon",prefix + "_Color0")
r = ((color & 0xFF0000) >> 16) / 255.0
g = ((color & 0x00FF00) >> 8) / 255.0
b = (color & 0x0000FF) / 255.0
lines.setColor((r,b,g,1))
for dir in (-1,1):
x = parser.getfloat("HUDSyntheticHorizon",prefix + "_PointX0")/320
y = parser.getfloat("HUDSyntheticHorizon",prefix + "_PointY0")/240
bar.moveTo(dir*x,0,y)
x = parser.getfloat("HUDSyntheticHorizon",prefix + "_PointX1")/320
y = parser.getfloat("HUDSyntheticHorizon",prefix + "_PointY1")/240
lines.moveTo(dir*x,0,y)
bar.drawTo(dir*x,0,y)
for no in range(2,num_points):
no = str(no)
x = parser.getfloat("HUDSyntheticHorizon",prefix + "_PointX"+no)/320
y = parser.getfloat("HUDSyntheticHorizon",prefix + "_PointY"+no)/240
lines.drawTo(dir*x,0,y)
return bar.create(),lines.create()
def update(self,player,projections,attitudes):
if player:
h,p,r = player.props.main.getHpr()
active = p<=0
deactive = p>0
self.pitchbar[deactive].hide()
self.horizon[deactive].hide()
self.pitchbar[active].show()
self.pitchbar[active].setZ(p/1000.0)
self.pitchbar[active].setR(r)
self.horizon[active].show()
self.horizon[active].setR(r)
self.heading.setTexOffset(self.heading.findAllTextureStages()[0], -h/360.0, 0)
for x in self.targeting: x.hide()
for x in self.targetep: x.hide()
for x in self.targethp: x.hide()
for x in self.targetarrow: x.hide()
#update the target symbol
lock = player.get_target()
if lock in projections:
rel_hp,rel_ep = lock.getCurrentState()
pos2d = projections[lock]
team = lock.props.team
group = 2 if team != -1 and attitudes[8][team] == 2 else 0
size = self.targeting[group]["frameSize"]
pos = Vec3((pos2d[0]+1)*4/3+(size[0]-size[1])/2,0,pos2d[1]-1+(size[2]-size[3])/2)
self.targeting[group].setPos(pos)
self.targeting[group].show()
pos[0] -= (size[0]-size[1])
pos[0] += 0.02 #move the bars a bit lower to make it more suitable
if rel_ep:
index = int((1.0-rel_ep)*9)
self.targetep[index].setPos(pos)
self.targetep[index].show()
size = self.targetep[index]["frameSize"]
pos[0] -= size[0]-size[1] + 0.02#some spaceing
if rel_hp:
index = int((1.0-rel_hp)*9)
self.targethp[index].setPos(pos)
self.targethp[index].show()
elif lock != None:
vec = base.cam.getPos(lock.body)
vec.normalize()
#print vec
#update scans symbols
counts = [0,0,0]
sizes = [x["frameSize"] for x in self.scan]
for obj,pos2d in projections.items():
if obj == lock:
continue
team = obj.props.team
group = 2 if team and attitudes[8][team] == 2 else 0
index = counts[group]
size = sizes[group]
imgages = self.open_scans[group]
if index == len(imgages):
self.open_scans[group].append(self.scan[group].copyTo(self.bg))
imgages[index].setPos(Vec3((pos2d[0]+1)*4/3+(size[0]-size[1])/2,0,pos2d[1]-1+(size[2]-size[3])/2))
imgages[index].show()
counts[group] += 1
#delete the unused scan symbols
for i in range(len(counts)):
con = self.open_scans[i]
index = counts[i]
if index != len(con):
for obj in con[index:]:
obj.remove()
self.open_scans[i] = self.open_scans[i][:index]