Cursor flicker

UPDATED : V 1 .03 – The update solves one bug and I’m hoping it also fixes the other “flicker” bug in FF2 (Mac only). (It does indeed solve this bug!) “Zoomer” enables your users to closely inspect images by hovering their cursor over them. It’s been built as a robust, unobtrusive and highly customizable jQuery plugin UPDATED : V 1 .03 – The update solves one bug and I’m hoping it also fixes the other “flicker” bug in FF2 (Mac only). (It does indeed solve this bug!) “Zoomer” enables your users to closely inspect images by hovering their cursor over them. It’s been built as a robust, unobtrusive and highly customizable jQuery plugin. (jQuery is an open-source JavaScript library) Click here to see the demo! Here are some of Zoomer’s key features: A fully customizable zoomer for use with any image Works in all modern browsers (including IE6 ) This is a progressive enhancement; images will still be viewable when JavaScript is not available. The zoomer itself is highly customizable. The zoomer requires NO images – the shadows/gradients are dynamically generated by JavaScript (using VML /Canvas technologies) In-depth documentation including two videos and an FAQ !

Compatible devices POWER QUALITY ANALYZER PW3198, 3197, 3196 Supplied Media CD-R ×1 Operating environment Computer running under Windows XP/Vista (32-bit), or Windows 7 (32-bit/64bit) Data loading PW3198: Saved binary data, 3197: Saved binary data, 3196: Saved binary data Screen display System, Time plot, Event list, Event data, Cursor function, Fluctuation graph of event voltage, Graph of event inrush currnet (at only PW3198, 3197), Integrated power, Demand Copy function Text data, Screen copy to clip-boad Print function Screen image, A4/ letter size, preview CSV convert function Time plot, Event waveform, Fluctuation of event voltage, Inrush current of event (at only PW3198, 3197), Flicker graph (at only PW3198, 3196), Demand, Integrated power Report generation Auto output: RMS voltage fluctuation graph, Worst case, Maximum/ minimum value list, Voltage total harmonic distortion percentage graph, All event waveforms, Detailed list of all events, other custom output, or detailed output Only for the PW3198 and 3196 [Screen display] Voltage, Transient waveform, Vector, DMM, Harmonic, Zero-, positive- and negative-phase calculations, Flicker graph, Cursor, High harmonic analysis orders (PW3198)[Integrated Power Calculation] Analysis period: 1 - 35 days (PW3198)/ 31 days (3196), Graph, Consumption/ regeneration value, Cursor measurement, Maximum integrated power[Demand Calculation] Demand period: 5 - 30 minutes, 1 - 12 hours, Analysis period: 1 - 35 days (PW3198)/ 31 days (3196), Demand graph of consumption value, Average demand, Peak demand, Load ratio[ITIC Window] Event points are plotted on a tolerance curve (event duration versus swell, dip or interruption voltage percentage), Voltage percentage, Violation count display, Tolerance curve selection[EN50160 Screen] Classification by overview, harmonic, signaling detail (3196) or measurement results[Data Download] Via LAN[Saving settings] User-defined ITIC curves, Classification settings for measurement results, or other

To be multi-resolution. Instead of hard coded the cursor file (*.cur) data in the CChartViewer, we now put the cursors as resources in the chartdir70.dll.We use the standard Win32 API LoadCursorA to load the cursor, because it can automatically select the correct mouse cursor resolution to use. That API expects a "handle" to the executable or DLL that contains the resource. The "getResourceLoader" simply returns the handle of the DLL.After we implement this, we found that Qt does not support cursor file (*.cur) at all. Instead it uses PNG images as cursors. So there is an alternative implementation in Qt that uses ChartDirector to draw the cursor PNG image directly and no resource is used. (We cannot use this method in MFC, as MFC does not support using PNG images as cursors.)If the wxWidgets can use PNG images as cursors (or any image type that ChartDirector can generate), you may use the QASE_CursorManager in qchartviewer.cpp. Personally, I like this implementation better as it does not depend on resources.CDML Tooltip support=============As we need to support transparency and flicker free movement of the tooltip, the implementation is a little bit complicated.The "dynamic" is an internal undocumented flag. It means the tooltip can change as the mouse moves.Normally, a hot spot is a region. For example, a bar in a bar chart can be a hot spot. There is a tooltip for the hot spot. The tooltip is not expected to change even if the mouse move as long as the mouse remain