def __init__(self,
position,
size,
pyGaugesPanel,
fontName,
fontSize,
fontColor,
name="InputTextField"):
logging.info("init InputTextField %s ", name)
Container.__init__(self, position, size, name)
self.entryAccepted = False
self.setBorder(1, OpenGL3lib.COLOR_GREY)
self.setSelectedBorder(1, OpenGL3lib.COLOR_WHITE)
self.setBackgroundColor(OpenGL3lib.COLOR_BLACK)
self.setBackgroundColorSelected(OpenGL3lib.COLOR_BLUE)
self.textField = OpenGL3lib.GL_Font(fontName, fontSize, fontColor,
True, 0)
self.textHintField = OpenGL3lib.GL_Font(fontName, fonts.FONT_SIZE_MED,
fontColor, True, 0)
self.hintList = None
self.possibleHints = []
self.hintListBackground = None
self.text = ""
self.name = name
pyGaugesPanel.registerMouseButtonCallback(self.mouseButtonCallback)
pyGaugesPanel.registerMouseCursorPosCallback(
self.mouseCursorPosCallback)
pyGaugesPanel.registerKeyCallback(self.keyCallback)
pyGaugesPanel.registerCharCallback(self.charCallback)
def __init__(self,
position,
size,
eventManager,
fontName,
fontSize,
fontColor,
name="TextBox"):
logging.info("init TextBox %s ", name)
Container.__init__(self, position, size, name)
self.name = name
self.setClipping(True)
self.linespacing = 0
self.buffer = collections.deque()
self.textFieldsArray = []
textField = OpenGL3lib.GL_Font(fontName, fontSize, fontColor, True, 0)
self.nrDisplayedLines = (self.height //
(textField.textHeight + self.linespacing))
for i in range(0, self.nrDisplayedLines + 1):
textField = OpenGL3lib.GL_Font(fontName, fontSize, fontColor, True,
0)
self.textFieldsArray.append([
textField,
(self.height - textField.textHeight -
(textField.textHeight + self.linespacing) * i)
])
def __init__(self,position, size, pyGaugesPanel, batchImageRenderer):
self.titleBarFont = OpenGL3lib.GL_Font("data/fonts/Envy-Code-R.ttf", fonts.FONT_SIZE_MED, fonts.TXT_COLOR_WHITE, True, 0)
self.batchImageRenderer = batchImageRenderer
graphicsGL3.Window.__init__(self,position, size, pyGaugesPanel, self.titleBarFont, batchImageRenderer, 1, "Airport Plate Browser Window")
#self.clipping = True
self.setTitleText("Airport Plates Browser")
pyGaugesPanel.registerKeyCallback(self.keyCallback)
pyGaugesPanel.registerScrollCallback(self.scrollCallback)
pyGaugesPanel.registerMouseCursorPosCallback(self.mouseMovePlateTextureCallback)
self.createAirportList()
self.airportPlanePanel = graphicsGL3.Container( (0,0), (self.width-4,self.height-self.titleBarHeight-4), False )
self.airportPlanePanel.setClipping(True)
self.addItem(self.airportPlanePanel, (2,2),False)
self.plate_texture = OpenGL3lib.GL_Texture("data/AirportPlates/FR-LFHM-MEGEVE-2.png", True)
self.airportPlateImage = graphicsGL3.ImagePanel(self.plate_texture, batchImageRenderer, 1, [0,0], [self.width-4,self.height-2], [0 ,0 ])
self.airportPlateImage.resize([self.width-4,self.airportPlanePanel.height-2])
self.airportPlanePanel.addItem(self.airportPlateImage, (float(self.width-4)/2,float(self.airportPlanePanel.height-2)/2),False)
self.inputText = graphicsGL3.InputTextField([0,0],[self.width,20], pyGaugesPanel, "data/fonts/Envy-Code-R.ttf", fonts.FONT_SIZE_LARGE, fonts.TXT_COLOR_WHITE)
self.inputText.addHintList(self.airportNames)
self.addItem(self.inputText, (0,0), False)
self.loadAirportPage(self.airportNames[0],0)
self.textRotation = 0
def __init__(self,position, size, eventManager, batchImageRenderer, layer = 0):
self.titleBarFont = OpenGL3lib.GL_Font("data/fonts/Envy-Code-R.ttf", fonts.FONT_SIZE_MED, fonts.TXT_COLOR_WHITE, True, 0)
self.consoleFont = OpenGL3lib.GL_Font("data/fonts/Envy-Code-R.ttf", fonts.FONT_SIZE_SMALL, fonts.TXT_COLOR_WHITE, True, 0)
graphicsGL3.Window.__init__(self,position, size, eventManager, self.titleBarFont, batchImageRenderer, layer, "Console Window")
#self.clipping = True
self.setTitleText("Loading...")
self.textBox = graphicsGL3.TextBox((0,0),(self.width-2, self.height - self.titleBarHeight-2),eventManager,"data/fonts/Envy-Code-R.ttf", fonts.FONT_SIZE_MED, fonts.TXT_COLOR_WHITE)
self.addItem(self.textBox,(1,1),False)
def mouseCursorPosCallback(self, xpos, ypos):
mousePos = OpenGL3lib.returnOpenGLcoord((xpos, ypos))
if (mousePos[0] >= self.x) and (mousePos[0] <= (self.x + self.width)):
if (mousePos[1] >= self.y + self.height -
self.titleBarHeight) and (mousePos[1] <=
(self.y + self.height)):
self.MOUSE_OVER_TITLEBAR = True
else:
self.MOUSE_OVER_TITLEBAR = False
else:
self.MOUSE_OVER_TITLEBAR = False
#print("mouse over me:", self.MOUSE_OVER_ME)
self.dragged = False
if (self.titleBarLeftClicked
== True) and (self.previousMouseLeftBtnState
== "DOWN"): # I have been dragged
self.dragged = True
self.mousedisplacement_x = mousePos[0] - self.previousMousePos[0]
self.mousedisplacement_y = mousePos[1] - self.previousMousePos[1]
self.moveBy(self.mousedisplacement_x, self.mousedisplacement_y)
self.previousMousePos = mousePos
#logging.debug("leftclicked:%s, dragged: %s, mouse move: %s, %s", self.leftClicked, self.dragged, self.mousedisplacement_x, self.mousedisplacement_y)
super(Window, self).mouseCursorPosCallback(xpos, ypos)
def mouseMovePlateTextureCallback(self, xpos, ypos): mousePos = OpenGL3lib.returnOpenGLcoord((xpos,ypos)) if (self.leftClicked == True) and (self.previousMouseLeftBtnState == "DOWN") and (self.MOUSE_OVER_TITLEBAR == False): self.textXdispl -= mousePos[0] - self.previousMousePosPlateText[0] self.textYdispl -= mousePos[1] - self.previousMousePosPlateText[1] self.airportPlateImage.translateTexture(self.textXdispl,self.textYdispl) self.previousMousePosPlateText = mousePos
def __init__(self,
position,
size,
pyGaugesPanel,
GLFont,
batchImageRenderer,
layer=0,
name="Window"):
self.titleBarHeight = 25
self.layer = layer
logging.info("init Window %s, titleBarHeight: %s", name,
self.titleBarHeight)
Container.__init__(self, position, size, name)
self.texture = OpenGL3lib.GL_Texture(
"data/window/window_grey_transparent_bgd.png")
self.setBorder(1, OpenGL3lib.COLOR_GREY)
self.setSelectedBorder(1, OpenGL3lib.COLOR_WHITE)
self.background = ImagePanel(self.texture, batchImageRenderer,
self.layer, [0, 0],
[self.width, self.height], [0, 0])
self.background.resize([self.width, self.height])
self.addItem(self.background, (self.width / 2, self.height / 2), False)
self.titleBarHeight = 25
self.titleBarbackground = ImagePanel(self.texture, batchImageRenderer,
self.layer, [0, 0],
[self.width, self.titleBarHeight],
[0, 0])
self.titleBarbackground.resize([self.width, self.titleBarHeight])
self.titleBar = Container((0, 0), (self.width, self.titleBarHeight),
"Window title bar")
self.titleBar.setBorder(1, OpenGL3lib.COLOR_GREY)
self.titleBar.setSelectedBorder(1, OpenGL3lib.COLOR_WHITE)
self.titleBar.addItem(self.titleBarbackground,
(self.width / 2, self.titleBarHeight / 2), False)
self.addItem(self.titleBar, (0, self.height - self.titleBarHeight),
False)
self.titleBarText = TextField(GLFont)
self.titleBar.addItem(
self.titleBarText,
(5, (self.titleBarHeight / 2 - GLFont.textHeight / 2)), False)
pyGaugesPanel.registerMouseButtonCallback(self.mouseButtonCallback)
pyGaugesPanel.registerMouseCursorPosCallback(
self.mouseCursorPosCallback)
def __init__(self,
texture,
batchImageRenderer,
layer=0,
position=[0, 0],
cliprect=None,
origin=None,
name=""):
self.image = OpenGL3lib.GL_Image(texture, cliprect, origin)
Panel.__init__(self, position, (self.image.width, self.image.height),
texture.name)
self.name = name
self.XPUDPServer = XPlaneUDPServer.pyXPUDPServer
batchImageRenderer.addImageToRenderQueue(self.image, layer)
self.image.draw((self.x, self.y), self.width, self.height, None,
self.rot_angle, self.rotationCenter,
(self.text_xdev, self.text_ydev), self.text_rot_angle,
self.text_zoom)
def __init__(self,position, size, XPlaneDataDispatcher, batchImageRenderer, texture, name = "G1000_ArtificialHorizon"):
graphics.Container.__init__(self,position, size, name)
self.testMode = False
self.XPlaneDataDispatcher = XPlaneDataDispatcher
self.batchImageRenderer = batchImageRenderer
self.layer = 0
#------------------------------------------------------------------------------------------
# Artificial Horizon
#------------------------------------------------------------------------------------------
G1000HorizonTexture = OpenGL3lib.GL_Texture("data/G1000_horizon.png")
# def __init__(self, texture, batchImageRenderer, layer=0, position=[0,0], cliprect=None, origin=None, name = ""):
self.G1000Horizon = graphics.ImagePanel(G1000HorizonTexture, batchImageRenderer, self.layer, (0,0), [835,626], [606,713]) #G1000_horizon
self.G1000BankIndicator = graphics.ImagePanel(texture, batchImageRenderer, self.layer+1,(0,0),[400,200],[56,28], "G1000BankIndicator") #G1000_bankindicator
self.G1000BankIndicator.resize((400,200))
self.G1000Bug = graphics.ImagePanel(texture, batchImageRenderer, self.layer+1,(0,0),[512,256],[512,0], "G1000BankIndicator") #G1000_bug
self.G1000Bug.resize((512,256))
self.G1000PitchScale = graphics.ImagePanel(texture, batchImageRenderer, self.layer+1, (0,0), [215,210], [21,2048-1409-149]) #G1000_horizon
self.G1000PitchScale.resize((215,210))
self.G1000Horizon.enableTextureRotation (XPlaneDataDispatcher,(17,1),[ [-180,-180],[180,180]])
self.G1000Horizon.enableTextureTranslation (XPlaneDataDispatcher,(17,0),[ [-70,-398],[70,398]])
self.G1000Horizon.setTextureRotationCenter((982,2048-939))
self.G1000PitchScale.enableTextureRotation (XPlaneDataDispatcher,(17,1),[ [-180,-180],[180,180]])
self.G1000PitchScale.enableTextureTranslation (XPlaneDataDispatcher,(17,0),[ [-70,-398],[70,398]])
self.G1000PitchScale.setTextureRotationCenter((128,2048-1460))
self.G1000BankIndicator.enableTextureRotation (XPlaneDataDispatcher,(17,1),[ [-180,-180],[180,180]])
self.G1000BankIndicator.setTextureRotationCenter((256,2048-1994))
BUG_BANK_IND_POS = [-43,156]
self.addItem(self.G1000Horizon)
self.addItem(self.G1000BankIndicator,BUG_BANK_IND_POS,False)
self.addItem(self.G1000Bug,BUG_BANK_IND_POS,False)
self.addItem(self.G1000PitchScale,(-42,90),False)
def mouseCursorPosCallback(self, xpos, ypos):
mousePos = OpenGL3lib.returnOpenGLcoord((xpos, ypos))
if (mousePos[0] >= self.x) and (mousePos[0] <= (self.x + self.width)):
if (mousePos[1] >= self.y) and (mousePos[1] <=
(self.y + self.height)):
self.MOUSE_OVER_ME = True
else:
self.MOUSE_OVER_ME = False
else:
self.MOUSE_OVER_ME = False
#print("mouse over me:", self.MOUSE_OVER_ME)
self.dragged = False
if (self.leftClicked == True) and (self.previousMouseLeftBtnState
== "DOWN"): # I have been dragged
self.dragged = True
self.mousedisplacement_x = mousePos[0] - self.previousMousePos[0]
self.mousedisplacement_y = mousePos[1] - self.previousMousePos[1]
if self.draggable == True:
self.moveBy(self.mousedisplacement_x, self.mousedisplacement_y)
self.previousMousePos = mousePos
def __init__(self,
imageDir,
imageBaseName,
startStepNumber,
endStepNumber,
imageNameSuffix,
indexPadding,
position=[0, 0],
cliprect=None,
origin=None,
testMode=False):
self.image_name = imageBaseName
logging.info("init AnimatedImage %s", self.image_name)
imageBaseName = os.path.join(imageDir, imageBaseName)
self.startStepNumber = startStepNumber
self.endStepNumber = endStepNumber
self.visibleFrame = startStepNumber
self.imageFrames = {}
if endStepNumber >= startStepNumber:
for i in range(startStepNumber, endStepNumber + 1):
index = str(i).zfill(indexPadding)
imagename = imageBaseName + index + imageNameSuffix
logging.debug("loading AnimatedImage %s", imagename)
self.imageFrames[i] = OpenGL3lib.GL_Image(
imagename, cliprect, origin)
self.x = position[0]
self.y = position[1]
self.width = self.imageFrames[startStepNumber].width
self.height = self.imageFrames[startStepNumber].height
self.testMode = testMode
self.testValue = 1
self.dataConvertFunction = False
self.XPdataSource = False
self.dataSourceReference = False
def initFonts(): fontKerning = 0 antialias = True global PROFONTWINDOWS_VSMALL_WHITE global PROFONTWINDOWS_VSMALL_TURQUOISE global PROFONTWINDOWS_SMALL_WHITE global PROFONTWINDOWS_SMALL_TURQUOISE global PROFONTWINDOWS_SMALL_GREEN global PROFONTWINDOWS_MED_WHITE global PROFONTWINDOWS_MED_GREY global PROFONTWINDOWS_MED_TURQUOISE global PROFONTWINDOWS_LARGE_WHITE global PROFONTWINDOWS_LARGE_PINK global PROFONTWINDOWS_LARGE_GREY global PROFONTWINDOWS_LARGE_TURQUOISE global PROFONTWINDOWS_VLARGE_WHITE global DIGITAL_ITAL_MED_ORANGE global DIGITAL_ITAL_XXLARGE_ORANGE global ARIAL_CONDENSED_SMALL_ORANGE global VERA_VSMALL_ORANGE global VERA_VSMALL_BOLD_ORANGE global VERA_14PT_BOLD_ORANGE global VERA_13PT_BOLD_ORANGE global VERA_15PT_BOLD_ORANGE global VERA_20PT_BOLD_ORANGE PROFONTWINDOWS_VSMALL_WHITE = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_VSMALL, TXT_COLOR_WHITE, antialias, fontKerning) PROFONTWINDOWS_VSMALL_TURQUOISE = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_VSMALL, TXT_COLOR_TURQUOISE, antialias, fontKerning) PROFONTWINDOWS_SMALL_WHITE = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_13PT, TXT_COLOR_WHITE, antialias, fontKerning+1) PROFONTWINDOWS_SMALL_TURQUOISE = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_13PT, TXT_COLOR_TURQUOISE, antialias, fontKerning+1) PROFONTWINDOWS_SMALL_GREEN = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_13PT, TXT_COLOR_GREEN, antialias, fontKerning+1) PROFONTWINDOWS_MED_WHITE = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_15PT, TXT_COLOR_WHITE, antialias, fontKerning) PROFONTWINDOWS_MED_GREY = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_15PT, TXT_COLOR_GREY, antialias, fontKerning) PROFONTWINDOWS_MED_TURQUOISE = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_15PT, TXT_COLOR_TURQUOISE, antialias, fontKerning) PROFONTWINDOWS_LARGE_WHITE = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_LARGE, TXT_COLOR_WHITE, antialias, fontKerning) PROFONTWINDOWS_LARGE_PINK = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_LARGE, TXT_COLOR_PINK, antialias, fontKerning) PROFONTWINDOWS_LARGE_GREY = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_LARGE, TXT_COLOR_GREY, antialias, fontKerning) PROFONTWINDOWS_LARGE_TURQUOISE = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_LARGE, TXT_COLOR_TURQUOISE, antialias, fontKerning) PROFONTWINDOWS_VLARGE_WHITE = OpenGL3lib.GL_Font(ProFontWindows, FONT_SIZE_VLARGE, TXT_COLOR_WHITE, antialias, fontKerning) DIGITAL_ITAL_MED_ORANGE = OpenGL3lib.GL_Font(DigitalItalicFont, FONT_SIZE_XLARGE, TXT_COLOR_ORANGE, antialias, -4) DIGITAL_ITAL_XXLARGE_ORANGE = OpenGL3lib.GL_Font(DigitalItalicFont, FONT_SIZE_XXLARGE, TXT_COLOR_ORANGE, antialias, -2) VERA_VSMALL_ORANGE = OpenGL3lib.GL_Font(Vera, FONT_SIZE_VSMALL, TXT_COLOR_ORANGE, antialias, 0) VERA_VSMALL_BOLD_ORANGE = OpenGL3lib.GL_Font(VeraB, FONT_SIZE_VSMALL, TXT_COLOR_ORANGE, antialias, 0) VERA_13PT_BOLD_ORANGE = OpenGL3lib.GL_Font(VeraB, FONT_SIZE_13PT, TXT_COLOR_ORANGE, antialias, 0) VERA_14PT_BOLD_ORANGE = OpenGL3lib.GL_Font(VeraB, FONT_SIZE_14PT, TXT_COLOR_ORANGE, antialias, 0) VERA_15PT_BOLD_ORANGE = OpenGL3lib.GL_Font(VeraB, FONT_SIZE_15PT, TXT_COLOR_ORANGE, antialias, 0) VERA_20PT_BOLD_ORANGE = OpenGL3lib.GL_Font(VeraB, FONT_SIZE_20PT, TXT_COLOR_ORANGE, antialias, 0)
def addHintList(self, hintList):
self.hintList = hintList
self.hintListBackground = OpenGL3lib.GL_Filled_Rectangle(
self.width, 20, 1, OpenGL3lib.COLOR_BLUE)
#********************************************************************************************
G1000_Panel = pyGaugesPanel()
G1000_Panel.initDisplay()
G1000_Panel.initXPlaneDataServer()
G1000_Panel.setDrawCallback(drawInstruments)
#********************************************************************************************
#
# Initialise your instruments in this section
#
#********************************************************************************************
#------------------------------------------------------------------------------------------
# Load Textures
#------------------------------------------------------------------------------------------
standard6Texture = OpenGL3lib.GL_Texture("data/c172_text_standard6.png")
compassTexture = OpenGL3lib.GL_Texture("data/gen_compass.png")
G1000Texture = OpenGL3lib.GL_Texture("data/G1000_2048_texture.png")
#------------------------------------------------------------------------------------------
# Instruments position
#------------------------------------------------------------------------------------------
ANNUNCIATOR_pos = [793, 1003]
ANNUNCIATOR_size = (446, 66)
ART_HOR_POSITION = (500, 450)
ART_HOR_SIZE = (835, 626)
ALT_POSITION = (720, 533)
ALT_SIZE = (125, 325)
#------------------------------------------------------------------------------------------
# Import Instruments
#------------------------------------------------------------------------------------------
from instruments import C172_AnnunciatorPanel
def setBackgroundColorSelected(self, color):
self.backgroundRectangleSelected = OpenGL3lib.GL_Filled_Rectangle(
self.width, self.height, 1, color)
def setSelectedBorder(self, linewidth, color):
self.selectedBorder = OpenGL3lib.GL_rectangle(self.width, self.height,
linewidth, color)
#
#********************************************************************************************
RadioStack_Panel = pyXPPanel.pyXPPanel()
RadioStack_Panel.initArduinoSerialConnection()
RadioStack_Panel.setDrawCallback(drawInstruments)
#********************************************************************************************
#
# Initialise your instruments in this section
#
#********************************************************************************************
#------------------------------------------------------------------------------------------
# Load Textures
#------------------------------------------------------------------------------------------
RadioStackTexture = OpenGL3lib.GL_Texture("data/2048_Radio_Stack_text.png")
#------------------------------------------------------------------------------------------
# Instruments position
#------------------------------------------------------------------------------------------
NAVCOMM_BK165_1_POS = (35, 670)
NAVCOMM_BK165_2_POS = (35, 470)
DME_KN6X_POS = (25, 337)
BK_ADF_KR87_POS = (25, 240)
BK_XPDR_KT70_POS = (50, 110)
ALT_SIZE = (125, 325)
#------------------------------------------------------------------------------------------
# Import Instruments
#------------------------------------------------------------------------------------------
from instruments import BendixKing_NAVCOMM_KX165A
from instruments import BendixKing_DME_KN6X