Mfc chat commands

Mfc Chat Commands Produktinformationen

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Mfc chat commands

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Mfc Chat Commands - Typ Beschreibung

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Mfc Chat Commands Video

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Mfc Chat Commands Hinweise und Aktionen

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Moves data from local store to the effective address using an MFC list with fence this command is locally ordered with respect to all previously issued commands within the same tag group and command queue.

Moves data from local store to the effective address using an MFC list with barrier this command and all subsequent commands with the same tag ID as this command are locally ordered with respect to all previously issued commands within the same tag group and command queue.

Moves data from the effective address to local store. Moves data from the effective address to local store with fence this command is locally ordered with respect to all previously issued commands within the same tag group and command queue.

Moves data from the effective address to local store with barrier this command and all subsequent commands with the same tag ID as this command are locally ordered with respect to all previously issued commands within the same tag group and command queue.

Moves data from the effective address to local store with fence this command is locally ordered with respect to all previously issued commands within the same tag group , and starts the SPU after the DMA operation completes.

Moves data from the effective address to local store with barrier this command and all subsequent commands with the same tag ID as this command are locally ordered with respect to all previously issued commands within the same tag group and command queue , and starts the SPU after the DMA operation completes.

Moves data from the effective address to local store using an MFC list. Moves data from the effective address to local store using an MFC list with fence this command is locally ordered with respect to all previously issued commands within the same tag group and command queue.

Moves data from the effective address to local store using an MFC list with barrier this command and all subsequent commands with the same tag ID as this command are locally ordered with respect to all previously issued commands within the same tag group and command queue.

Tag-specific fence. Tag-specific barrier. List command. Barrier type ordering. Controls the ordering of get commands with respect to put commands, and of get commands with respect to get commands accessing storage that is caching inhibited and guarded.

The drawing itself is straightforward. Obviously, the parent is the chart container. The flag bool bData specifies the type of the child: whether it is the data or the names label.

We do not know beforehand the selected points and values of the points' X and Y, nor do we know for all the time the set of visible charts and points.

It means the size of the label window is also unknown beforehand. To calculate the label window rectangle, we need the paintDC more correctly, the Graphics object.

Therefore, CreateEx is called on zero x, y, width, and height. After creation, we can get the Graphics object from the window's DC, calculate the rectangle and the window position, and move the window to this position.

But first, we have to calculate the text rectangle that envelops all strings to be displayed. We search separately for the longest chart name, the longest X value, the longest Y name, and the longest Y value strings using the function Gdiplus::MeasureString.

Unfortunately, the fonts with the fixed character width are looking not very nice on the screen, so I had to use the font with the variable character width.

It means that the MeasureString should be applied to each string, not to the string with the greatest length.

It does not matter for the data and names labels because there are only charts in the container, but when we have to calculate layout for the data view with the thousands of the data points, there might be a visible delay in displaying the view.

The delay is still acceptable for the - data points. For the bigger vectors we are displaying the message box "Calculating The width of the text rectangle is the sum of the maximal widths of the bounding rectangles, returned by MeasureString.

The total width should include additional spacing. Finally, we have to decide how to place the label in reference to the request point.

As a rule, we place the label to the right of the request point if this point is in the left half of the container window, and to the left, if the point is to the right half.

If there is not enough space to the left of the request point, we will place the left border of the label close to the left border of the client rectangle.

The similar is true for the right borders. The position of the request point and the interval it is centered on are constant in the data space for the lifetime of the given request.

The multimap of the selected points is also constant. So we do not need to search for the closest points again. What changes are the position of the request point and the value of the interval in the client space.

For example, assume the X-extension of the container is Let us zoom in the container to the extent Now 0. Actually, only Y boundaries of the client rectangle should be mapped into the data space.

The X boundary are always equal to the container's X extent. We also have to take into account for the local scaleY of every visible chart. To update the data window, we use the function:.

This function iterates over mapSelPntsD. The map element's key is the chart ID, the value is the selected data point. If the chart is visible and the selected data point is in the client rectangle, the function calls GetSelValString for this chart and adds the result to mapLabs.

Note that the selected point must be in the client rectangle, not in the epsX interval. The interval was used before, in search for neighboring points.

To show chart names, we use the same technique and the same CDataWnd class. The name string consists of a short line to show color, dash style, and pen width of the chart, and a chart name.

The chart names window is a child of the container, and is always located in the upper right corner of the container's window. Matter that is more complicated is how to keep history records.

We are keeping separate history records for X- and Y- axes. Here we are discussing the X-history. Things get more interesting when we change the full X-extent of the container.

It might happen when we add charts, append, or truncate the charts' data vectors, delete charts, or simply change the X-extent.

To understand the problem, let us consider the situation when you want to analyze some part of the chart's curve.

You have zoomed in the container and are looking at the curve, when, all of sudden, the application decides to append the chunk of data points to some chart.

If the container would update its X-extent immediately, the picture you were so busy analyzing will go down the drain.

If it would not update, you will lose the new extent. The full X-extent of the container is always saved in the first element of the history vector.

To draw the container, we need some non-zero X - extension. The application should decide how and when to notify the user about the X-extent changes if these changes are hidden by zoom or pan modes.

To begin with, we perceive the horizontal and vertical dimensions of a picture differently. Think about a picture of a family reunion: we would forgive a little cropping of the picture from the left or the right, but we implicitly request and expect some clear space above heads of our relatives.

I took it into consideration: initially chart curves fill only 0. A position of this drawing space in the client rectangle depends on the position of the X-axis.

It is simple: you just calculate the Y-scale as 0. Now enters the vertical zoom. You delineate zoom borders, and you want the picture to fill entire vertical space, entire client rectangle height.

Meanwhile a vertical panning must only shift the drawing space it got from previous operation. What is the problem? What vertical drawing space we have to use to calculate the scaleY?

Fortunately, it is easy to pick out moves from zooms: if we pan, values of changes of startY and endY are equal. The expression returns true if changes in minY and maxY are not equal.

This algorithm starts from the end of the history vector and returns when it found the zoomY. If there are no zooms saved, you have to work with 0.

See the measure of equality: it is the difference between 1. I cannot use the differences alone because of quirks of floating-point arithmetic. If you are panning along X-axis, there is a chance you are in some valley and will see some data points hidden from view now.

But for Y-panning if you do not see any data points in the container's window, you will not see them if you continue in the same direction.

The chart data view displays the data vector of the selected chart as a table. You call the data view for the selected chart from the container's popup menu or programmatically.

It might take many rows to display the entire table, so I choose a page structure to display one page at a time against a choice of scrolling.

To save the screen's real estate, I squeeze into one page as many rows and columns as possible. To navigate between pages and print the data, we need buttons.

It would be nice to have buttons with bitmaps, but you cannot embed resource files, external icons, and bitmaps in MFC static libraries see here.

So the data view builds the bitmap buttons at run-time for the same reason, the container's popup menu is also built at request time, upon mouse right click.

All functionality of the data view is implemented in the class CChartDataView. The class is derived from CWnd.

The interesting points there are calculation of the view's location, creation of the controls in the data view, and communication between the data view and the container.

I wanted to set the size of the data view window close to letter format, 8. However, this format is too big for most monitors.

At 96 pixels per inch, it equals 7. With the size defined, I try to place the data view rectangle 50 pixels to the right and above the application's main window, which is the parent of the container.

VS Help: "The work area is the portion of the screen not obscured by the system taskbar or by the application desktop toolbars".

If the intersection of the working area and the newly minted data view rectangle were less than this rectangle, I would move the rectangle to the left and adjust its vertical position.

So if there is enough space, the data view window does not overlap the app main window. The data view window is created as a popup window to allow some leeway in positioning it on the screen.

If the window is already created and at some moment was minimized before a new call to ShowWindow , we have a problem: the minimized window has empty window rectangle.

It will crash the function CalcLayout in InitParams. So there is the line in ShowWindow :. The container is set as an owner of the data view, so the view will automatically hide, set visible, and close with the container.

Now let us go to communication between the data view and the container. The key of the map element is the cell's ID. The data view updates the map when the selection changes.

After change of the selection in the data view, the data view calls the container's function:. It enables you to see exactly where a particular point sits on the chart's curve.

Obviously, changes in chart attributes such as the name of Y-values, the Y-precision, and the Y-formatting function might change the data view layout.

The same is true for the name of X-values and X-formatting function, and changes of the chart's data vector e.

Changes of the chart and container names influence page headers only. We found more convenient to recalculate only affected parts of the layout.

This function looks for the changed chart's attributes and sets appropriate flags. The flags control the tasks to be performed by the data view to reflect the changes.

This information is used to calculate the page the data view will show after the data view is updated. It might be the old page if the old page still keeps some data points, or the first page if the old page was truncated.

I refer you to the ChartDataView. You can print the container window from the container's popup menu or programmatically.

You can also print the chart data tables from the data view window. If the user decides to print only one chart, we will print only one selected chart.

Otherwise, we will print all visible charts. Second, on the screen, to get to details, we always can move charts, zoom in, hide the data and name labels, etc.

The printout is forever. So to not obscure chart curves, we will not show the data and names windows. Instead, we will print the chart info below the container window.

To make measurements and calculations with the printout possible, we will include the Y-scale value in the chart info, and always print the X-axis labels.

We did so to allow printing from a working thread. The application must prepare parameters and pass them to the function.

The code should look like:. First, we clone the container. The clone inherits the name and the state of the ancestor.

No window is attached to the clone: we do not need it. Before and after cloning we send notifications to the container's parent.

It can use them in multithreading environment or might ignore them altogether. We use the clone because the size of the printing area page is different from the size of the ancestor's client rectangle.

Our drawing functions use the transform matrix of the container, so we have to recalculate the container's transform matrix for printing.

We also are going to change the state of the clone to allow printing the X-axis labels. For example, if we are setting a pen's width to two, it is inch on the screen and inch on the paper.

So we have to correct values of all literals used in printing. For the screen, this ratio is 1. I have mentioned earlier that the chart info strings are printed below the container window.

The chart info consists of the chart name, vertical scale for this chart in data space Y units per screen inch , X-axis name, X value string, Y-axis names, and Y value strings of the data points displayed in the data label in the ancestor.

The short line before the info string has the same color, dash style, and pen width as the chart has. It helps to identify the charts easily. If there are too many charts in the container, the chart info lines might continue to the next page.

Every page has a header: a name of the container, and a time when the printing started. In drawing functions for the printing headers and chart info, we use the points unit to set the font size.

Because we have set the page unit to UnitDocument , the font size is the same, no matter what the printer resolution is. Note: Sometimes you might get circles around the data points that are not visible on the screen because the printed page size is greater than the container client window.

You can save the chart's data vector. You also can save the selected or all visible charts or all chatrts together with their visual attributes and data series into an XML file.

Because the chart ID is an internal parameter of the chart control, we select the container's chart by name.

SaveChartData provides parameters for this function. First of all, it processes the pathName. Second, the SaveCharts clones the container to make multithreading possible.

Before and after cloning the function sends notification the the container's parent. We clone the container because conversion to XML could take long time for big data vectors.

XML converter is working with the clone, not with the container itself. Finally, the function looks at the container charts to pass the chart names to the serializer.

The parameter bAll tells what charts are to be saved. If the chart is not visible, nothing will be saved. The SaveChart looks for a selected chart.

If there is one, its name is passed to the converter function and only it will be saved. On this occasion bAll make no difference, because only visible chart can be selected.

You can call the SaveChartData from the container's popup menu or directly from your application. Your application can use any combination of these parameters.

The user or the programmer can control the selection of charts indirectly, by selecting the chart to save or make visible all charts he wants to save.

The structure of the XML file is shown above. Note that the XML schema in the version 1. The container cannot load XML file saved in the version 1.

We have a couple of problems here. First, the XML file might keep several charts, but we might not want to load all of them. Second, the names and visuals of the charts being loaded might mix up with the names and visuals of the charts already in the container.

All we know from outset is the name of the XML file. Map keys are the chart names, values are chart colors. Given the map, you can erase the unwanted charts from the map, and change the colors of the charts you decided to load into the container.

After the map is adjusted, you pass it to LoadCharts. Of course, you can fill the map manually if you know the chart's names and colors.

You also can change the chart colors after loading the charts. The chart name could be automatically changed inside LoadCharts if the container already has the chart with the same name.

The name in the XML file will not change. The second function retrieves names: the chart names, the names of the X- and Y-axes, and the samples of the formatted X and Y value strings.

It gives you opportunity to write and include in your application appropriate formatting functions and register them with your chart container.

If you are loading charts into an already populated container, and the container is in tracking mode, you have to update the data and name labels.

It turns out that it is computationally cheaper to prepare the new data legend from scratch, than to change the existing map of the selected data points.

The function UpdateContainerWnds resets the container window and labels to their current state. No problems with colors, names, etc.

As I have mentioned above, all drawing in the container's function OnPaint is done into memory bitmap first to avoid flickering, so this part of the task can be done using the code from OnPaint.

Nevertheless, there is a problem: the name and data labels are displayed as the container children. The child windows have their own OnPaint and will not be shown in the parent's bitmap.

The solution is to use the code from the childs bitmaps. Draw the children into the main bitmap, but carefully position the children layout rectangles on the main bitmap.

I think enumeration of the supported picture formats is also interesting. Here is the code before if pathName.

Like saving charts to XML file, the function receives path to a file to save the image. The path might be an empty string; it it is the case, the CFileDialog is displayed to ask the user to select the path and the file name.

Of course, only what is visible in the container's window is saved. You have to call CChartContainer::OnChangedSize int cx, int cy from the appropriate handler of the parent or the owner of the container to change the container window size see the "Clone Container" in the demo.

There is a little trick in OnChangedSize. When the parent window is changing its size, it is not a continuous process: here and there, the user unintentionally interrupts the smooth movement of the mouse.

So upon every call, OnChangedSize hides the visible labels, redraws the container, and restarts the timer. Finally, 50 ms after the sizing ends, the timer procedure redraws the labels on the screen.

In my practice, sometimes I was using the ChartCtrl a clone of it without a parent, as a poppup window with a resizable borders.

So now ths chart container has it own OnSize handler. But remember, this handler is not called if the chart container is a child of the CDialog parent.

I am going to mention only the most important of them. The parameter bUpdate defines whether the container X- and Y- extensions should be recalculates.

The function returns true on success. For the time series overload you should provide the start X coordinate and X step.

The chart data vector could be replaced with empty vector. It makes possible to start anew with the same chart visuals.

Access to chart data members is permitted only via container member functions. Mostly, you have to pass to these functions the chart's ID.

The charts are known outside the container by their names. To get the chart ID, you should use the container member function:.

The chart ID cannot be a negative value. The ID value -1 has a special meaning: if it is returned by a " Get " function, it means failure e.

When it is passed to a " Set " function, it means "All charts in this container" or "All visible charts". The functions that change the appearance of the container often have a parameter bool bRedraw.

If it is set to true, the container will be redrawn. Unfortunately, there are too many member functions in the container to discuss all of them. Please look at ChartContainer.

It makes possible for the parent to react to these actions. In an application. As we already know, resource files cannot be included in the static library file.

So at first glance on ChartDef. Your application can use the version access functions to do the same. It is a dialog-based application.

The chart container is a control in the main application dialog. The tabs of the control are shown below. Tab 1 is the "Add Chart" tab.

It is the default tab. You will see it first when you start the demo. There is a slide to set Y-precision. The Y-multiplier slider sets the order of magnitude of the Y-coordinates of the data series.

If you do not enter the chart name, the application would generate the names for you. The control group "Set Colors" is enabled only if the container is empty.

Of course, in real life, you could change the colors of the container elements at any time. Tip Wars Start a Tip War!

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Posts the final scores and announces the winner in both rooms. Twitter Follow a Twitter Account! When an account that CharlesBot is following sends a new tweet, CharlesBot will automatically post about it in your chatroom.

Timer Start a Timer! Raffles Start a New Raffle!

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