ó ø`9Sc@sdZddlZddlZddlTddlTddlTddlmZddl Tddl Tyddl TWne k r‡e ZnXeZyddlTWne k rµe ZnXeZdddgZeráedg7Zner÷ed g7Znd fd „ƒYZd efd „ƒYZdefd„ƒYZdefd„ƒYZdefd„ƒYZerdefd„ƒYZner d efd„ƒYZnedƒd„Zedƒed„Zedƒd„Zedƒd„Z ed„Z!d„Z"d„Z#d„Z$d„Z%dS(sZWidgets for visual representation of data used in the aerosol profile retrieval algorithm.iÿÿÿÿN(t*(t emf_exporttLidarPlotWidgettDispersionPlotWidgettLiricPlotWidgettRamanPlotWidgettPolarPlotWidgett_PlotDisplayStylecBs_eZdZd„Zd„Zd„Zd„Zd„Zd„Zd„Z d„Z d „Z RS( sµCommon appearance settings, used in construction and population of plot widgets. To achieve best results both when the data are displayed on the screen and saved to image files, several consistent setting sets are provided, selected by the 'displayMode' attribute passed to constructor. Thus, to save a plot to a file, one has to create a separate instance of the plot widget, using an appropriate 'displayMode'.cCs|dkst‚||_dS(smParameters: - 'displayMode': purpose of the plot widget to retrieve the settings for. May be 'screen' for an ordinary plot widget, 'image' for a special widget instance used to save the data to a raster image file, or 'emf' for a special instance used to export the data to Windows enhanced metafile format.tscreentimagetemfN(RsimageR (tAssertionErrort displayMode(tselfR ((scode\PlotWidgets.pyt__init__BscCs|jS(N(R (R ((scode\PlotWidgets.pytgetDisplayModeNscCs*|jdkr|jƒStddƒSdS(s$Return 'QFont' used for axes labels.RtArialiN(R tfonttQFont(R t plotWidget((scode\PlotWidgets.pyt getAxesFontQs cCs |j|ƒS(s8Return 'QFont' used for text messages printed on canvas.(R(R R((scode\PlotWidgets.pyt getTextFontZscCs*|jdkrdS|jdkr&dSdS(spReturn resolution of the image file, in pixels per inch. Not to be used with the 'screen' display mode.R iÈR i°N(R (R ((scode\PlotWidgets.pytgetDpi^scCsdS(s;Return width of the pen to draw the axes scales, in pixels.i((R ((scode\PlotWidgets.pytgetScalePenWidthmscCsU|jdkrMd}t|d|jƒƒ}|tjƒjƒ|jƒSdSdS(s;Return pen width for plots, axes and grid lines, in pixels.R g333333Ó?gffffff9@iN(R troundRt QApplicationtdesktopt logicalDpiX(R t penWidthMmt deviceWidth((scode\PlotWidgets.pyt getPenWidthvs cCstdddƒS(NiÅ(tQColor(R ((scode\PlotWidgets.pytgetMajorGridColor†scCstdddƒS(Niç(R(R ((scode\PlotWidgets.pytgetMinorGridColor‰s( t__name__t __module__t__doc__RRRRRRRR R!(((scode\PlotWidgets.pyR8s     t_QwtPlotForPrintingcBseZdZd„ZRS(skA variation of 'QwtPlot' for special plot widget instances used solely to save the data to image files.cCs0|tjtjfkrdStj||ƒSdS(s#Redefinition of a virtual function.i`N(t QPaintDevicetPdmDpiXtPdmDpiYtQwtPlottmetric(R R*((scode\PlotWidgets.pyR*’s(R"R#R$R*(((scode\PlotWidgets.pyR%scBs/eZdZdd„Zd„Zdd„ZRS(sCPlot of a set of normalized lidar signals at different wavelengths.cCs_tj||ƒtƒ}t|ƒ|_|j|jƒ|jddddƒ|j|ƒdS(Ni(tQWidgetRt QHBoxLayouttcreatePlotWidgettplott addWidgettsetContentsMarginst setLayout(R tparenttlayout((scode\PlotWidgets.pyR£s  cCs|jjƒ|jjƒdS(N(R.tcleartreplot(R ((scode\PlotWidgets.pyR4­s csk|jjƒt|ƒdkr0|jjƒdSxI|D]A}t|jtj|j|jdƒ|j t |j ƒƒƒq7Wt |jddt jƒ|dk r½t |j|dt jƒng}d‰d}x`ttˆƒƒD]L‰t‡‡fd†|Dƒƒrâ|jt|ˆt ˆˆƒƒƒqâqâWt|ƒdksJt‚t|j|ƒ|jjƒdS(sParameters: - 'lidarInputs': a list of valid 'PreparedLidarInput' instances; - 'joinIndex': data grid index of the joint point between near and far signal zones or 'None' if the value is not known or if the signal has not been joined.iNigt355t387Rt532t607Rt1064t532Cs355 nms387 nm Rs532 nms607 nm Rs1064 nmu 532 nm ⊥c3s%|]}|jƒˆˆkVqdS(N(t getChannelId(t.0tinput(tit channelIds(scode\PlotWidgets.pys Òs(s355s387Rs532s607Rs1064s532C(s355 nms387 nm Rs532 nms607 nm Rs1064 nmu 532 nm ⊥(R.R4tlenR5taddPlottnumpytarangetfirstInputIndextlastInputIndextnormalizedSignaltgetPlotColorByChannelIdR<t addMarkert QwtPlotMarkertCrosstNonetVLinetrangetanytappendtgetLegendEntryStrR taddTextMessages(R t lidarInputst joinIndext lidarInputt textMessagest channelLabels((R?R@scode\PlotWidgets.pytplotData±s.      "N(R"R#R$RLRR4RX(((scode\PlotWidgets.pyRŸs cBs2eZdZdd„Zd„Zddd„ZRS(sBPlot of a set of lidar dispersion arrays at different wavelengths.cCs_tj||ƒtƒ}t|ƒ|_|j|jƒ|jddddƒ|j|ƒdS(Ni(R+RR,R-R.R/R0R1(R R2R3((scode\PlotWidgets.pyRâs  cCs|jjƒ|jjƒdS(N(R.R4R5(R ((scode\PlotWidgets.pyR4ìs cCs¥|jjƒt|ƒdkr0|jjƒdSxt|D]l}|jjƒ}|dk rkd|||k s 
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N(tjointQwtTexttRichTexttsetBackgroundBrushR RjR«tsetBackgroundPenR R!RtsetFontRR[R\R)RR^R]RJR$tsetLabelR%tNoLinetsetLabelAlignmentRlt AlignLeftR(RtstrListRat textStringttextt rightBoundttopBoundR*((scode\PlotWidgets.pyRRs    cCs»|dk r¯d|jƒko)dkns4t‚d|jƒkoQdkns\t‚d|jƒkoydkns„t‚d|jƒ|jƒ|jƒ|f}n|d|S(s‰Construct a rich text string representing a name-value pair with value marked with the specified color (a 'QColor' instance), if any.iiÿs%%ss = N(RLtredR tgreentblue(tnameStrtvalueStrt valueColor((scode\PlotWidgets.pyR…9s ((((cCs†d}tdddƒ}tdddƒ}|dkrJ||krF|S|St|||ƒ}||krn|S||kr~|S|SdS(s¥Return a 'QColor' instance for the value part of a name-value pair string depending on difference between 'value' and 'referenceValue'. The returned color is 'None' if absolute value of relative residual between 'value' and 'relativeValue' is smaller than or equal to 'fitThreshold'. If the residual is smaller than or equal to 'semiFitThreshold', the returned color is dark red; otherwise it is red.i˜iiÿgN(RLRtabs(tvaluetreferenceValuet fitThresholdtsemiFitThresholdtfitColort semiFitColort nonFitColortresidual((scode\PlotWidgets.pyR‰Gs    cCsžd|jƒkodkns(t‚d|jƒkoEdknsPt‚d|jƒkomdknsxt‚d|jƒ|jƒ|jƒ|fS(s}Construct a rich text string visually resempling a legend entry for a line plot of the given color (a 'QColor' instance).iiÿsE     %s(R:R R;R<(t textLabelt lineColor((scode\PlotWidgets.pyRQas (((cCs¬|dkrtdddƒS|dkr8tdddƒS|dkrTtdd dƒS|d krptd d dƒS|d krŒtdddƒS|dkr¨tdddƒSdS(sBReturn a common color for data related to the given lidar channel.R6iØii÷R7ijiÕR8ièR9i¦i½R:iÿR;i„N(R(R”((scode\PlotWidgets.pyRHns      cCst|dkrtdddƒS|dkr8tdddƒS|dkrTtdddƒS|dkrptdddƒSdS( sAReturn a common color for data related to the given aerosol mode.tFineiiÿt SphericaltSpheroidi„tCoarseN(R(R™((scode\PlotWidgets.pyR†~s    (&R$RCtos.pathtost PyQt4.QtCoret PyQt4.QtGuit PyQt4.Qwt5tcommon.utils.third_partyRt LiricOutputtPreparedLidarInputt RamanOutputt ImportErrortFalsetramanOutputPluginLoadedRnt PolarOutputtpolarOutputPluginLoadedt__all__RR)R%R+RRRRRR-RLRBRIRRR…R‰RQRHR†(((scode\PlotWidgets.pytsX           U?KÿBÿÿL& $