def acMain(ac_version):
global appWindow, label1, logPrefix, appName, splitsRenderer
ac.console(logPrefix + "acMain")
try:
appWindow = ac.newApp(appName)
ac.setTitle(appWindow, "")
ac.setSize(appWindow, 300, 300)
ac.drawBorder(appWindow, 0)
ac.setBackgroundOpacity(appWindow, 0.3)
resetBtn = ac.addButton(appWindow, "R")
ac.setPosition(resetBtn, 5, 30)
ac.setSize(resetBtn, 30, 30)
ac.addOnClickedListener(resetBtn, onResetClicked)
newSplitBtn = ac.addButton(appWindow, "N")
ac.setPosition(newSplitBtn, 40, 30)
ac.setSize(newSplitBtn, 30, 30)
ac.addOnClickedListener(newSplitBtn, onNewSplitClicked)
#label1 = ac.addLabel(appWindow, "____")
#ac.setPosition(label1, 0, 70)
splitsRenderer = SplitsRenderer(2, 62, 10, 10)
ac.addRenderCallback(appWindow, onRender)
ac.addOnAppActivatedListener(appWindow, onActivate)
ac.addOnAppDismissedListener(appWindow, onDismiss)
ac.console(logPrefix + "Initialized")
except:
printExceptionInfo("acMain")
return appName
def acMain(ac_version):
global version, appName, mainApp, x_app_size, y_app_size, backgroundOpacity, customFontName
try:
debug("starting version " + version)
mainApp = ac.newApp(appName)
ac.setTitle(mainApp, "")
ac.drawBorder(mainApp, 0)
ac.setIconPosition(mainApp, 0, -10000)
ac.setBackgroundOpacity(mainApp, backgroundOpacity)
# ac.initFont(0, customFontName, 0, 0)
ac.setSize(mainApp, x_app_size, y_app_size)
ac.addOnAppActivatedListener(mainApp, onMainAppActivatedListener)
ac.addOnAppDismissedListener(mainApp, onMainAppDismissedListener)
ac.addRenderCallback(mainApp, onMainAppFormRender)
getSettings()
createUI()
return appName
except exception:
debug(repr(traceback.format_exception(exc_type, exc_value, exc_traceback)))
showMessage("Error: " + traceback.format_exc())
def acMain(ac_version):
global appWindow, CamberIndicators, CheckBoxes, Buttons, Options, Labels, UIData
loadOptions()
appWindow = ac.newApp("CamberExtravaganza")
ac.setSize(appWindow, 200, 200)
ac.drawBorder(appWindow, 0)
ac.setBackgroundOpacity(appWindow, 0)
ac.setIconPosition(appWindow, 0, -10000)
# Only enable rendering if app is activated
ac.addOnAppActivatedListener(appWindow, onAppActivated)
ac.addOnAppDismissedListener(appWindow, onAppDismissed)
# Target Camber Labels
Labels["target"] = ac.addLabel(appWindow, "Target:")
ac.setPosition(Labels["target"], 85, 100)
ac.setFontSize(Labels["target"], 10)
Labels["targetCamberF"] = ac.addLabel(appWindow, "")
ac.setPosition(Labels["targetCamberF"], 75, 76)
ac.setFontSize(Labels["targetCamberF"], 24)
Labels["targetCamberR"] = ac.addLabel(appWindow, "")
ac.setPosition(Labels["targetCamberR"], 75, 105)
ac.setFontSize(Labels["targetCamberR"], 24)
# Options Checkbox
CheckBoxes["options"] = ac.addCheckBox(appWindow, "Options")
ac.setPosition(CheckBoxes["options"], 50, 225)
ac.addOnCheckBoxChanged(CheckBoxes["options"], checkboxHandler)
# Option Buttons
uidata = [
["drawGraphs", "Draw Graphs", drawGraphsHandler],
["normalize", "Normalize", normalizeHandler],
["useSpectrum", "Use Spectrum", useSpectrumHandler]
]
x = 50
y = 255
dy = 30
for d in uidata:
Buttons[d[0]] = ac.addButton(appWindow, d[1])
ac.setPosition(Buttons[d[0]], x, y)
ac.setSize(Buttons[d[0]], 100, 25)
ac.addOnClickedListener(Buttons[d[0]], d[2])
ac.setVisible(Buttons[d[0]], 0)
y += dy
# Get optimal camber from files
loadTireData()
CamberIndicators["FL"] = CamberIndicator(appWindow, 25, 75)
CamberIndicators["FR"] = CamberIndicator(appWindow,125, 75)
CamberIndicators["RL"] = CamberIndicator(appWindow, 25,175)
CamberIndicators["RR"] = CamberIndicator(appWindow,125,175)
ac.addRenderCallback(appWindow, onFormRender)
return "CamberExtravaganza"
def acMain(ac_version):
global appWindow, Labels, gearSpacing, fontSize, gears, PxPer1000RPM, RPMdivs
appWindow = ac.newApp("Reventach")
ac.setSize(appWindow, appWidth, appHeight)
ac.drawBorder(appWindow, 0)
ac.setBackgroundOpacity(appWindow, 0)
ac.setIconPosition(appWindow, 0, -10000)
ac.setTitle(appWindow, "")
# Only enable rendering if app is activated
ac.addOnAppActivatedListener(appWindow, onAppActivated)
ac.addOnAppDismissedListener(appWindow, onAppDismissed)
loadCarData()
PxPer1000RPM = 1000 * appHeight / CarData["maxRPM"]
RPMdivs = CarData["maxRPM"] // 10000 + 1
#~ fontSize = PxPer1000RPM * 0.5 * RPMdivs
fontSize = appHeight / 15
y = appHeight - PxPer1000RPM * RPMdivs
count = RPMdivs
while y > -1:
dx = (appHeight - y) / lineSlope
Labels["rpmL" + str(count)] = ac.addLabel(appWindow, str(count))
ac.setPosition(Labels["rpmL" + str(count)], dx - fontSize,
y - fontSize / 2)
ac.setFontSize(Labels["rpmL" + str(count)], fontSize)
ac.setFontAlignment(Labels["rpmL" + str(count)], "center")
Labels["rpmR" + str(count)] = ac.addLabel(appWindow, str(count))
ac.setPosition(Labels["rpmR" + str(count)], appWidth - dx + fontSize,
y - fontSize / 2)
ac.setFontSize(Labels["rpmR" + str(count)], fontSize)
ac.setFontAlignment(Labels["rpmR" + str(count)], "center")
if y < PxPer1000RPM * RPMdivs - 1:
ac.setFontColor(Labels["rpmL" + str(count)], 0.7, 0.0, 0.0, 0.9)
ac.setFontColor(Labels["rpmR" + str(count)], 0.7, 0.0, 0.0, 0.9)
y -= (PxPer1000RPM * RPMdivs)
count += RPMdivs
for n in range(CarData["totalGears"]):
gears.insert(0, str(n + 1))
gearSpacing = appHeight / (CarData["totalGears"] + 2)
fontSize = gearSpacing * 0.8
for n, c in enumerate(gears):
Labels["gear" + c] = ac.addLabel(appWindow, c)
ac.setPosition(Labels["gear" + c], appWidth / 2, (n * gearSpacing))
ac.setFontSize(Labels["gear" + c], fontSize)
ac.setFontAlignment(Labels["gear" + c], "center")
ac.addRenderCallback(appWindow, onFormRender)
return "Reventach"
def acMain(ac_version):
global DRIVER, TRACK, CAR, WINDOW, LAP_LABELS, LAP_VALID_INDICATOR
DRIVER = ac.getDriverName(DRIVER_ID_SELF)
TRACK = '%s-%s' % (ac.getTrackName(DRIVER_ID_SELF),
ac.getTrackConfiguration(DRIVER_ID_SELF))
CAR = ac.getCarName(DRIVER_ID_SELF)
ac.console('Initialize %s: driver %s on %s in %s' %
(NAME, DRIVER, TRACK, CAR))
WINDOW = ac.newApp(NAME)
ac.setSize(WINDOW, *SIZE)
ac.setTitle(NAME)
if ac.addOnAppActivatedListener(WINDOW, onActivate) == -1:
ac.console('Failed to add listener activate')
if ac.addOnAppDismissedListener(WINDOW, onDeactivate) == -1:
ac.console('Failed to add listener deactivate')
i = 0
while i < LAP_COUNT:
label = ac.addLabel(WINDOW, 'Waiting for lap time...')
LAP_LABELS.append(label)
i += 1
LAP_VALID_INDICATOR = ac.addLabel(WINDOW, 'Clean')
refreshLapDisplay()
return NAME
def acMain(ac_version):
global tracking
app = ac.newApp("MhwkRacingAssettoApp")
ac.setTitle(app, 'MHWK racing')
ac.setSize(app, 300, 200)
ac.addOnAppActivatedListener(app, on_app_activated)
ac.addOnAppDismissedListener(app, on_app_dismissed)
tracking = track.TrackerManager()
tracking.track('OnNewSession', track.OnNewSession())
tracking.track('OnNewLap', track.OnNewLap())
tracking.track('OnNewSector', track.OnNewSector())
gateway = LoggingGateway(HttpGateway('racing.mhwk.nl'))
tracking.listen('OnNewSession', dispatch.StartLapDispatcher(gateway))
tracking.listen('OnNewLap', dispatch.CompleteLapDispatcher(gateway))
tracking.listen('OnNewSector', dispatch.CompleteSectorDispatcher(gateway))
return "MhwkRacingAssettoApp"
def acMain(ac_version):
import time
global appWindow, hSession, dbgLabel, texture_radar, texture_indicator_left, texture_indicator_right, z
ac.log("helipicapew::acMain Start {}".format(time.localtime(time.time())))
try:
import helipicapewconfig
helipicapewconfig.handleIni('helipicapew')
z = helipicapewcar.guiZoomFactor
appWindow = ac.newApp("helipicapew")
ac.setSize(appWindow, 200 * z, 200 * z)
ac.drawBorder(appWindow, 0)
ac.setBackgroundOpacity(appWindow, 0)
ac.setTitle(appWindow, "helipicapew v{}".format(version))
ac.addRenderCallback(appWindow, onFormRender)
ac.addOnAppActivatedListener(appWindow, onAppActivated)
appWindowActivated = time.clock()
showWindowTitle = True
dbgLabel = ac.addLabel(appWindow, "")
ac.setPosition(dbgLabel, 15, 405)
texture_radar = ac.newTexture("apps/python/helipicapew/img/radar.png")
texture_indicator_left = ac.newTexture(
"apps/python/helipicapew/img/indicatorL.png")
texture_indicator_right = ac.newTexture(
"apps/python/helipicapew/img/indicatorR.png")
hSession = helipicapewsession.HeliPicaPewSession()
ac.log("helipicapew::acMain finished")
except Exception as e:
ac.log("helipicapew::acMain() %s" % e)
return "helipicapew"
def _on_id(self):
super()._on_id()
if self.has_id:
if ac.addOnAppActivatedListener(
self.id,
ACWidget._event_function(ACWidget.EVENT.ACTIVATED,
self)) == -1:
console('Failed to add activation listener for {}.'.format(
self.title))
if ac.addOnAppDismissedListener(
self.id,
ACWidget._event_function(ACWidget.EVENT.DISMISSED,
self)) == -1:
console('Failed to add dismissed listener for {}.'.format(
self.title))
def acMain(ac_version: str) -> None:
""" Initiates the program. """
global ACD_OBJ
global CONFIGS
global LT_VERSION
log("Starting Live Telemetry {} on AC Python API version {}...".format(
LT_VERSION, ac_version))
log("Loading configs...")
CONFIGS = Config(LT_VERSION)
log("Loading {} info...".format(ac.getCarName(0)))
ACD_OBJ = ACD("content/cars/{}".format(ac.getCarName(0)))
log("Loaded correctly")
log("Loading options window...")
global OPTIONS_INFO
OPTIONS_INFO = OptionsInfo(CONFIGS)
ac.addOnClickedListener(
OPTIONS_INFO.get_button_id("Camber"), on_click_camber)
ac.addOnClickedListener(OPTIONS_INFO.get_button_id("Dirt"), on_click_dirt)
ac.addOnClickedListener(
OPTIONS_INFO.get_button_id("Height"), on_click_height)
ac.addOnClickedListener(OPTIONS_INFO.get_button_id("Load"), on_click_load)
ac.addOnClickedListener(OPTIONS_INFO.get_button_id("Lock"), on_click_lock)
ac.addOnClickedListener(
OPTIONS_INFO.get_button_id("Logging"), on_click_logging)
ac.addOnClickedListener(OPTIONS_INFO.get_button_id(
"Pressure"), on_click_pressure)
ac.addOnClickedListener(
OPTIONS_INFO.get_button_id("RPMPower"), on_click_rpm)
ac.addOnClickedListener(OPTIONS_INFO.get_button_id("Size"), on_click_size)
ac.addOnClickedListener(OPTIONS_INFO.get_button_id(
"Suspension"), on_click_suspension)
ac.addOnClickedListener(
OPTIONS_INFO.get_button_id("Temps"), on_click_temps)
ac.addOnClickedListener(OPTIONS_INFO.get_button_id("Tire"), on_click_tire)
ac.addOnClickedListener(OPTIONS_INFO.get_button_id("Wear"), on_click_wear)
log("Loading engine window...")
global ENGINE_INFO
ENGINE_INFO = EngineInfo(ACD_OBJ, CONFIGS)
window_id = ENGINE_INFO.get_window_id()
ac.addOnAppActivatedListener(window_id, on_activation)
ac.addOnAppDismissedListener(window_id, on_dismiss)
ac.addRenderCallback(ENGINE_INFO.get_window_id(), on_render_engine)
log("Loading wheel windows...")
global WHEEL_INFOS
for index in range(4):
info = WheelInfo(ACD_OBJ, CONFIGS, index)
window_id = info.get_window_id()
ac.addOnAppActivatedListener(window_id, on_activation)
ac.addOnAppDismissedListener(window_id, on_dismiss)
WHEEL_INFOS[info.get_id()] = info
ac.addRenderCallback(WHEEL_INFOS["FL"].get_window_id(), on_render_fl)
ac.addRenderCallback(WHEEL_INFOS["FR"].get_window_id(), on_render_fr)
ac.addRenderCallback(WHEEL_INFOS["RL"].get_window_id(), on_render_rl)
ac.addRenderCallback(WHEEL_INFOS["RR"].get_window_id(), on_render_rr)
log("Live Telemetry started.")
return "Live Telemetry"
def acMain(ac_version):
global appWindow, dbgLabel
global xyro_dev
global DebugInput, DebugInput2, DebugInput3
global BtnStart, BtnStop
try:
import sam_secondz_xyro_config
sam_secondz_xyro_config.handleIni('3secondz_xyro')
ac.log("3secondz_xyro:: xyro created")
xyro_dev = xyrodevice.XyroDevice(UDP_IP, UDP_PORT, DEVICE_ID,
FW_VERSION, STEERING_ANGLE_RANGE,
ALIVE_PACKET_PERIOD,
CAN_PACKET_PERIOD, NAV_PACKET_PERIOD,
MEAS_PACKET_PERIOD)
appWindow = ac.newApp("3secondz_xyro")
ac.setSize(appWindow, 300, 100)
ac.drawBorder(appWindow, 0)
ac.setBackgroundOpacity(appWindow, 0)
ac.setTitle(appWindow, '3secondz_xyro')
IPAddrInput = ac.addTextInput(appWindow, "TEXT_INPUT")
ac.setPosition(IPAddrInput, 10, 30)
ac.setSize(IPAddrInput, 120, 20)
ac.setText(IPAddrInput, str(UDP_IP))
PortInput = ac.addTextInput(appWindow, "TEXT_INPUT")
ac.setPosition(PortInput, 140, 30)
ac.setSize(PortInput, 50, 20)
ac.setText(PortInput, str(UDP_PORT))
DebugInput = ac.addTextInput(appWindow, "TEXT_INPUT")
ac.setPosition(DebugInput, 10, 60)
ac.setSize(DebugInput, 280, 20)
ac.setText(DebugInput, "")
DebugInput2 = ac.addTextInput(appWindow, "TEXT_INPUT")
ac.setPosition(DebugInput2, 10, 90)
ac.setSize(DebugInput2, 280, 20)
ac.setText(DebugInput2, "")
DebugInput3 = ac.addTextInput(appWindow, "TEXT_INPUT")
ac.setPosition(DebugInput3, 10, 120)
ac.setSize(DebugInput3, 280, 20)
ac.setText(DebugInput3, "")
BtnStart = ac.addButton(appWindow, "Start")
ac.setPosition(BtnStart, 10, 150)
ac.setSize(BtnStart, 90, 20)
ac.addOnClickedListener(BtnStart, onClickBtnStart)
BtnStop = ac.addButton(appWindow, "Stop")
ac.setPosition(BtnStop, 110, 150)
ac.setSize(BtnStop, 90, 20)
ac.addOnClickedListener(BtnStop, onClickBtnStop)
ac.addRenderCallback(appWindow, onFormRender)
ac.addOnAppActivatedListener(appWindow, onAppActivated)
appWindowActivated = time.clock()
showWindowTitle = True
dbgLabel = ac.addLabel(appWindow, "")
ac.setPosition(dbgLabel, 15, 405)
#xyro_dev.turnOn()
ac.log("3secondz_xyro::acMain finished")
except Exception as e:
ac.log("3secondz_xyro::acMain() %s" % e)
return "3secondz_xyro"
def acMain(ac_version):
global label_lapcount, label_ERSRecovery, label_ERSDelivery, label_ERSHeatCharging, label_ERSCurrentKJ, label_ERSMaxJ, label_KersCharge, label_KersInput, label_SpeedMS, button_ChangeUnit, energy_unit_counter, current_energy_unit, label_BarCharge
appWindow = ac.newApp(APP_NAME)
ac.setSize(appWindow, 600, 500)
ac_log("Testando a função de log")
ac_console("Testando a função de console")
ac.addOnAppActivatedListener(appWindow, on_activation)
ac.addOnAppDismissedListener(appWindow, on_desactivation)
button_ChangeUnit = ac.addButton(appWindow, "Change energy unit")
ac.setSize(button_ChangeUnit, 150, 30)
ac.setPosition(button_ChangeUnit, 300, 30)
ac.addOnClickedListener(button_ChangeUnit, changeEnergyUnit)
label_SpeedMS = ac.addLabel(
appWindow,
"Speed: {:.1f}m/s".format(ac.getCarState(0, acsys.CS.SpeedMS)))
ac.setPosition(label_SpeedMS, 3, 300)
label_ERSRecovery = ac.addLabel(
appWindow, "MGU-K recovery mode: {}".format(
ac.getCarState(0, acsys.CS.ERSRecovery)))
ac.setPosition(label_ERSRecovery, 3, 90)
label_ERSDelivery = ac.addLabel(
appWindow,
"MGU-K deploy mode: {}".format(ac.getCarState(0,
acsys.CS.ERSDelivery)))
ac.setPosition(label_ERSDelivery, 3, 120)
label_ERSHeatCharging = ac.addLabel(
appWindow,
"MGU-H mode: {}".format(ac.getCarState(0, acsys.CS.ERSHeatCharging)))
ac.setPosition(label_ERSHeatCharging, 3, 150)
label_ERSCurrentKJ = ac.addLabel(
appWindow, "Energy consumed in this lap: {:03.3f}{}".format(
getErsCurrent(), current_energy_unit[energy_unit_counter]))
ac.setPosition(label_ERSCurrentKJ, 3, 180)
label_ERSMaxJ = ac.addLabel(
appWindow, "Maximum energy allowed per lap: {:03.3f}{}".format(
getERSMax(), current_energy_unit[energy_unit_counter]))
ac.setPosition(label_ERSMaxJ, 3, 210)
label_KersCharge = ac.addLabel(
appWindow, "Stored energy: {:.2f}%".format(
ac.getCarState(0, acsys.CS.KersCharge) * 100))
ac.setPosition(label_KersCharge, 3, 240)
label_KersInput = ac.addLabel(
appWindow, "MGU-K power level: {}".format(
ac.getCarState(0, acsys.CS.KersInput) * 100))
ac.setPosition(label_KersInput, 3, 270)
label_BarCharge = ac.addLabel(
appWindow, "{}%".format(ac.getCarState(0, acsys.CS.KersCharge)))
ac.setPosition(label_BarCharge, 341, 130)
ac.addRenderCallback(appWindow, onFormRender)
return "ERS Info"