def init_cvars(type):
'''Set any cvars that'''
# Display info is often in the way when displaying debug views, so just disable it always
set_auxiliary_cvar('r_displayinfo', int(general.get_cvar('r_displayinfo')),
0)
# If the user has switched from one debug view type to a different one before switching,
# Return the previous debug view type to its default value along with all auxiliary cvars
reset = False
if int(general.get_cvar('r_debugGBuffer')) and type != 'gbuffers':
reset = True
if int(general.get_cvar('r_stats')) and type != 'profiling': reset = True
if int(general.get_cvar('ai_DebugDraw')) != -1 and type != 'ai':
reset = True
if int(general.get_cvar('e_debugdraw')) and type != 'art': reset = True
if int(general.get_cvar('mfx_debug')) and type != 'materialfx':
reset = True
# to be reinstated using ATL
# if int(general.get_cvar('s_SoundInfo')) and type != 'soundfx': reset = True
if int(general.get_cvar('r_wireframe')):
try:
general.set_cvar('r_wireframe', 0)
except:
pass
if int(general.get_cvar('r_showlines')):
try:
general.set_cvar('r_showlines', 0)
except:
pass
if reset:
reset_cvars()
def __init__(self, name, default, category, description=None):
self.name = name
self.default = default
self.description = description
self.category = category
self.values = []
CVARS['current'][self.name] = default
try:
self.curValue = eval(general.get_cvar(name))
except:
self.curValue = general.get_cvar(name)
if self.category in CVARS:
if self not in CVARS[self.category]:
CVARS[self.category].append(self)
def cycleCvarsIntValue(cVars, cycleList):
currentValueAsString = general.get_cvar(cVars)
try:
currentValue = int(currentValueAsString)
except:
currentValue = 0
saveDefaultValue(cVars, currentValue)
# find out what index we're on already
# default to -1 so that when we increment to the next, we'll be at 0
newIndex = -1
for x in cycleList:
if (currentValue == x):
break
newIndex = newIndex + 1
# move to the next item
newIndex = newIndex + 1
# validate
if newIndex >= len(cycleList):
newIndex = 0
general.set_cvar(cVars, cycleList[newIndex])
def profiling():
'''Profiling related debug views.'''
rStats = cvar('r_stats', 0, 'profiling',
'R_STATS - Review CPU \ GPU \ Frame \ Asset Timings.')
rStats.add_value(1, 'Frame Timings.')
rStats.add_value(3, 'Object Timings.')
rStats.add_value(6, 'Per Instance Draw Calls.')
rStats.add_value(16, 'GPU Sync Timings.')
# Disable GI when profiling as it causes unnecessary jittering in the threads output
set_auxiliary_cvar('e_gi', int(general.get_cvar('e_gi')), 0)
rStats.next_value()
def toggleCvarsValue(mode, cVars, onValue, offValue):
currentValue = general.get_cvar(cVars)
if type(onValue) is str:
saveDefaultValue(cVars, currentValue)
elif type(onValue) is int:
saveDefaultValue(cVars, int(currentValue))
elif type(onValue) is float:
saveDefaultValue(cVars, float(currentValue))
else:
general.log('Failed to store default value for {0}'.format(cVars))
if currentValue == str(onValue):
general.set_cvar(cVars, offValue)
else:
general.set_cvar(cVars, onValue)
def gbuffers():
'''GBuffer related debug views.'''
# Init the current cvar and add all desired values.
rGBuffers = cvar(
'r_debugGBuffer', 0, 'gbuffers',
'R_DebugGBuffers - Filter all gbuffers down via a given buffer.')
rGBuffers.add_value(1, 'Normals')
rGBuffers.add_value(2, 'Gloss')
rGBuffers.add_value(3, 'Specular')
rGBuffers.add_value(4, 'Diffuse')
rGBuffers.add_value(5, 'Translucency')
rGBuffers.add_value(6, 'Baked AO')
rGBuffers.add_value(7, 'Subsurface Scattering')
rGBuffers.add_value(8, 'Specular Validation Overlay')
# Set default values for the cvars in-case we need to reset_cvars() back to original values
# Set any other manditory cvars to display buffers.
set_auxiliary_cvar('r_AntialiasingMode',
int(general.get_cvar('r_AntialiasingMode')), 0)
# Display the first or next gbuffer, if exception met, or we have reached the final buffers, stop the update function and reset all changed cvars.
rGBuffers.next_value()
def cycleCvarsFloatValue(cVars, cycleList):
currentValueAsString = general.get_cvar(cVars)
try:
currentValue = float(currentValueAsString)
except:
currentValue = -1.0
saveDefaultValue(cVars, currentValue)
# make sure we sort the list in ascending fashion
cycleList = sorted(cycleList)
# find out what the next closest index is
newIndex = 0
for x in cycleList:
if (currentValue < x):
break
newIndex = newIndex + 1
# loop around, if we need to
if newIndex >= len(cycleList):
newIndex = 0
general.set_cvar(cVars, cycleList[newIndex])
def get_value(self):
try:
return eval(general.get_cvar(self.name))
except:
return general.get_cvar(self.name)