Python common.debugMsg函数代码示例

    def __init__(self, scene):
        """
        Initialisation of LinePlot class

        @param scene: the scene with which to associate the LinePlot
        @type scene: Scene object
        """
        debugMsg("Called LinePlot.__init__()")
        Plot.__init__(self, scene)

        self.renderer = scene.renderer

        self.title = None
        self.xlabel = None
        self.ylabel = None
        self.zlabel = None

        self.linestyle = 'lines'   # pyvisi-defined linestyle
        self._linestyle = None  # renderer-specific linestyle

        # is the LinePlot data offset (vertically) from each other?
        self.offset = False

        # now add the object to the scene
        scene.add(self)

    def save(self, fname, format):
        """
        Save the scene to a file

        Possible formats are:
            - JPEG
            - Postscript
            - PNG
            - PBM

        @param fname: Name of output file
        @type fname: string

        @param format: Graphics format of output file
        @type format: Image object or string
        """
        debugMsg("Called Scene.save()")
        self.renderer.runString("# Scene.save()")

        # if the format is passed in as a string or object, react
        # appropriately
        import types
        if type(format) is types.StringType:
            fmt = format.lower()
        else:
            fmt = format.format

        # set the output format
        if fmt == "ps":
            self.renderer.runString(\
                    "_gnuplot('set terminal postscript color')")
        elif fmt == "png":
            evalString = "_gnuplot('set terminal png size %d,%d')" % \
                    (self.xSize, self.ySize)
            self.renderer.runString(evalString)
        elif fmt == "pbm":
            self.renderer.runString(\
                    "_gnuplot('set terminal pbm color')")
            # set the size of the output
            # have to scale properly to do this
            xScale = float(self.xSize)/640.0
            yScale = float(self.ySize)/480.0
            evalString = "_gnuplot('set size %f,%f')" % \
                    (xScale, yScale)
            self.renderer.runString(evalString)
        elif fmt == "jpeg" or fmt == "jpg":
            evalString = "_gnuplot('set terminal jpeg size %d,%d')" % \
                    (self.xSize, self.ySize)
            self.renderer.runString(evalString)
        else:
            raise ValueError, "Unknown graphics format.  I got: %s" % fmt

        # set the output filename
        evalString = "_gnuplot('set output \"%s\"')" % fname
        self.renderer.runString(evalString)

        # now render the whole shebang (again)
        self.render()

        return

    def __init__(self):
        """
        Initialisation of Renderer() class
        """
        debugMsg("Called Renderer.__init__()")
        BaseRenderer.__init__(self)

        # initialise some attributes
        self.renderWindowWidth = 640
        self.renderWindowHeight = 480

        # what is the name of my renderer?
        self.name = _rendererName

        # initialise the evalstack
        self._evalStack = ""

        # the namespace to run the exec code
        self.renderDict = {}

        # keep the initial setup of the module for later reuse
        self._initStack = ""

        # initialise the renderer module
        self.addToInitStack("# Renderer.__init__()")
        self.addToInitStack("import Gnuplot")
        # Gnuplot package needs Numeric package
        self.addToInitStack("from Numeric import *")

        # need to add a check here to see if the Numeric module has been
        # imported, and if not, throw an error. 

        self.addToInitStack("_gnuplot = Gnuplot.Gnuplot()")

    def __init__(self, scene):
        """
        Initialisation of SurfacePlot class

        @param scene: the scene with which to associate the SurfacePlot
        @type scene: Scene object
        """
        debugMsg("Called SurfacePlot.__init__()")
        Plot.__init__(self, scene)

        # grab the renderer
        self.renderer = scene.renderer

        # set up some of the attributes
        self.title = None
        self.xlabel = None
        self.ylabel = None
        self.zlabel = None

        # to show contours of the surface on the bottom of the axes, set
        # this variable to True
        self.contours = False

        # now add the object to the scene
        scene.add(self)

 def getElevation(self):
     """
     Gets the elevation angle (in degrees) of the Camera
     """
     debugMsg("Called Camera.getElevation()")
     
     return self.elevation

    def render(self):
        """
        Perform Plane object specific (pre)rendering tasks
        """
        debugMsg("Called Plane.mapImageToPlane()")

        return

    def render(self):
        """
        Does ContourPlot object specific rendering stuff
        """
        debugMsg("Called ContourPlot.render()")

        self.renderer.runString("# ContourPlot.render()")
        self.renderer.runString("_gnuplot('set contour base')")
        self.renderer.runString("_gnuplot('set view 0, 0, 1, 1')")
        self.renderer.runString("_gnuplot('set nosurface')") # gnuplot 3.7

         # if a title is set, put it here
        if self.title is not None:
            evalString = "_gnuplot.title(\'%s\')" % self.title
            self.renderer.runString(evalString)

        # if an xlabel is set, add it
        if self.xlabel is not None:
            evalString = "_gnuplot.xlabel(\'%s\')" % self.xlabel
            self.renderer.runString(evalString)

        # if a ylabel is set, add it
        if self.ylabel is not None:
            evalString = "_gnuplot.ylabel(\'%s\')" % self.ylabel
            self.renderer.runString(evalString)

        self.renderer.runString("_gnuplot('set pm3d')")

        # set up the evalString to use for plotting
        evalString = "_gnuplot.splot(_data)"
        self.renderer.runString(evalString)

        return

    def getAzimuth(self):
        """
        Get the azimuthal angle (in degrees) of the Camera
        """
        debugMsg("Called Camera.getAzimuth()")

        return self.azimuth

    def render(self):
        """
        Does JpegImage object specific (pre)rendering stuff
        """
        debugMsg("Called JpegImage.render()")

        return

    def __init__(self, scene):
        """
        Initialisation of the Camera object

        @param scene: The Scene object to add the Camera object to
        """
        debugMsg("Called Camera.__init__()")
        Item.__init__(self)

        # default x,y,z positions of Camera (specific to vtk)
        self.xPos = 0.0
        self.yPos = 0.0
        self.zPos = 3.0

        # default x,y,z positions of the Camers's focal point (specific to vtk)
        self.xFocalPoint = 0.0
        self.yFocalPoint = 0.0
        self.zFocalPoint = 0.0

        # default elevation and azimuth
        # these need to be set to the matlab defaults
        self.elevation = 30
        self.azimuth = 30

        # keep a reference to the renderer so we can send stuff to it
        self.renderer = scene.renderer

        # initialise the position of the Camera
        self.setPosition(self.xPos, self.yPos, self.zPos)
        self.setFocalPoint(self.xFocalPoint, self.yFocalPoint, self.zFocalPoint)

    def render(self):
        """
        Does LinePlot object specific rendering stuff
        """
        debugMsg("Called LinePlot.render()")

        self.renderer.runString("# LinePlot.render()")

        # if a title is set, put it here
        if self.title is not None:
            evalString = "_gnuplot.title(\'%s\')" % self.title
            self.renderer.runString(evalString)

        # if an xlabel is set, add it
        if self.xlabel is not None:
            evalString = "_gnuplot.xlabel(\'%s\')" % self.xlabel
            self.renderer.runString(evalString)

        # if a ylabel is set, add it
        if self.ylabel is not None:
            evalString = "_gnuplot.ylabel(\'%s\')" % self.ylabel
            self.renderer.runString(evalString)

        # set up the evalString to use for plotting
        evalString = "_gnuplot.plot("
        for i in range(self.renderer.numDataObjects-1):
            evalString += "_data%d, " % i
        evalString += "_data%d)" % (self.renderer.numDataObjects-1,)
        self.renderer.runString(evalString)

        return

 def __init__(self):
     """
     Initialisation of the Text object
     """
     debugMsg("Called Text.__init__()")
     Item.__init__(self)
     self.font = "Times"

    def getLineStyle(self):
        """
        Gets the current linestyle of the LinePlot

        @return: the linestyle as a string
        """
        debugMsg("Called LinePlot.getLineStyle()")

        return self.linestyle

    def getPosition(self):
        """
        Get the position of Camera within Scene

        Returns the position in a tuple of form (xPos, yPos, zPos)
        """
        debugMsg("Called Camera.getPosition()")

        return (self.xPos, self.yPos, self.zPos)

    def load(self, fname):
        """
        Loads image data from file.

        @param fname: The filename from which to load image data
        @type fname: string
        """
        debugMsg("Called Image.load()")
        fileCheck(fname)
        return