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A gauge is typically used to visualize metrics having a single value, such as gouge sweep chart with total revenue for the year-to-date compared with this time last year. In other words, gauges are not designed to display multiple gouge sweep chart with of data as in a chart or table, but can display multiple measure values.

There are both linear and radial circular gauge types available in a variety of configurations. Elements of a radial gauge. A linear gauge is characterized by a scale drawn as a straight line with either a horizontal or vertical orientation.

A linear gauge with a horizontal scale. A bullet graph is a variation Gouge Sweep Chart Analysis of a linear gauge that follows a particular design meant to emphasize readability and efficient gouge sweep chart with of space while allowing for meaningful context around the main value.

You can use a series of bullet graphs in a relatively compact space to visualize and evaluate a number gouge sweep chart with key metrics. A bullet graph showing the actual and target values with ranges. Tip If you have a metric set with multiple rows of data that can each be visualized as a bullet graph, you gouge sweep chart with use a table visualization's bullet graph column type.

A semi-circular 'half' radial gauge. Gouge sweep chart with default, the radial scale forms an almost complete circle with a sweep angle of degrees, but you can easily adjust its start and sweep angles to any combination of degrees to form an arc for exampleor apply one of Dundas BI's built-in styles that provide Half and Quarter gauges.

A pie gauge is a variation on a radial gauge that displays a metric as a percentage of the length of a cart scale, like a pie or donut chart with a single slice. A pie gauge with a data label in the center. Go to the toolbar, click Data Visualizationscroll to the right, and click Radial Gauge. Add a radial gauge from the toolbar.

Go to the Explore window and locate a measure column you want to visualize. Drag the measure onto the empty gauge. Drag OrderQty measure to the empty gauge.

A basic radial gauge is displayed which includes a pointer gouge sweep chart with type Needlea scale with labels, and major tick marks. Radial and pie gauges have gouge sweep chart with styles available that offer different predefined layouts, such as quarter radial gauges and filled pie gauges. In the Explore window, expand the Styles and Shared folders to look through the different styles available for each theme, then drag a style onto a compatible gauge to apply it.

Applying a style with a half radial gauge layout. Right click on the radial gauge, click Re-visualizeand then select Linear Gauge. Re-visualize as a linear gauge. This turns it into a gouge sweep chart with gauge. Depending on its dimensions, the scale of the linear gauge will be oriented horizontally or vertically.

This is because the gauge scale's Orientation property is set to Auto by default. Linear gauge with scale oriented vertically. You can access the gouge sweep chart with of a gauge scale from the Main tab in the Properties window.

Scale properties. You can also right-click on a scale element such as a label to open its properties, or click on it if the gauge's properties are already open to switch to the scale properties. By default, the scale of a radial gauge forms a nearly degree circle. You can change gkuge start and sweep angles of the gauge's scale to have the gauge display as an arc i.

Start and Sweep Angle properties for a scale. The gauge's Start Angle property specifies the angle at gouge sweep chart with to start drawing the scale.

This is an angle in degrees between 0 andwhich is measured clockwise from the 6 o'clock position. For example, to produce the semi-circular radial gauge shown at the beginning of this wseep, set the start angle to 90 degrees. The Sweep Angle property is an angle representing the length of the arc and is measured in degrees.

For example, to produce the semi-circular radial gauge shown at the beginning of this article, set the sweep angle to degrees. If you decrease the sweep angle below degrees, you may want to position and size the scale to take up more space within the bounds of the gauge. For example, set Center X and Witb Y to adjust the scale's position by its center.

Then set Radius to adjust the size of the scale. The scale's minimum and maximum values are determined automatically based on the gauge's underlying data. Minimum and Maximum properties for a scale. Instead of using rounding, you can do one of the following for a gouge sweep chart with gauge:. As shown in the walkthrough, use the gauge scale's Orientation property to orient a linear gauge horizontally or vertically. By default, this property is set to Wlthwhich means the orientation is adjusted automatically based on gouge sweep chart with width and height of the gauge.

Orientation property for a scale. The Interval and Interval Count properties can be set on a scale itself, or on its major tick marks, minor tick marks, or labels. Interval and Interval Count properties for a scale.

By default, the Interval Count on the scale is set to 5 which means the scale is divided into 5 sections. The Interval property lets you gouge sweep chart with the interval count by specifying the size of each interval based on measure units.

For example, in the figure below, cyart interval is set to 20, and the total number of intervals is determined automatically based on that value. Set the Interval to 20, Click Label Style. For example, chrat to the Text tab to change how you want large numeric values chatt be formatted. But note that the defaults are already set up to generate compact labels and avoid overlap when displaying large values. Change the formatting for large values.

Gouge sweep chart with default, a radial gauge is centered within its rectangular bounds when its width and height are not the same. You can change this by going gluge gouge sweep chart with Layout properties for the gauge and using the Horizontal Alignment and Vertical Alignment gluge to align it as needed.

Change the alignment of the radial gauge. A gauge has one or more pointers which correspond to the measures from a metric set. A second pointer is often used in gauges to represent a target measure or contextual metric goouge. Each pointer can be independently customized in terms of appearance and layout. Gauge with two pointers gouge sweep chart with to two measures.

A radial gauge can use any of these pointer types but a linear gauge only supports Bar and Marker. Pointer Type property for a pointer. Tip For a bullet graph, the pointer type is set charr Bar for the primary actual measure, and the pointer type is set to Marker for the comparative measure. If your pointer type is Markeruse the Marker Shape property to choose between a number of available shapes.

Marker Shape property for a pointer. Tip For a bullet graph, the comparative pointer's marker shape is set to Rectangle. The fill color for the marker and the marker width and height can be adjusted accordingly. Go to the Gouge sweep chart with section of a pointer's properties to find the Placement property.

Use this property to control whether the pointer e. Placement property for a pointer marker. Gauge ranges display states from your metric set's state group. Showing ranges on a gauge helps users to quickly identify the condition of the measure being monitored. To set up states for a gauge on a dashboard or other view, select the gauge on the canvas, go to the toolbar, click Data Toolsand then click Set Up States.

For a full screen metric set, click Set Up States in the toolbar. Click Set Up States. Set Ggouge to your main measure, then add states that describe ranges of values in a meaningful way.

For example, add a Good state and a Bad state that each compare against a Constant Formula value of but with a different operator i. Adding a Good state. Next, go to the properties for the gauge. Gauge with ranges corresponding to Bad and Good gouge sweep chart with. In the Properties for the gauge, on the Main tab, you'll see a list of ranges corresponding to the states e.

Click on a charf to edit its appearance. For example, change the fill color, Start Width, and End Width of the two ranges to achieve the look shown in the figure below. Start Width and End Width properties for a range. Tip These and many other properties of a gauge can be expressed using absolute pixel units e.

Dundas Data Visualization, Inc. Overview A gauge is typically used to visualize metrics having a single value, such as the total revenue for the year-to-date compared with this time last year. Elements of a gauge The figure below cbart the main elements of a gauge visualization.

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Dec 03,  · The gouge is stamped with 8/ The number 8 would be the sweep, or curvature. The number 13 would be the width (in millimeters). So again, all the sizes in this chart have the same sweep (or curvature) of 8. In the video below, Bill Anderson talks about the basics of Estimated Reading Time: 6 mins. It seems that for a given sweep, the sweep number is a simpler way of stating how much of a full circle you get regardless of gouge width. In other words, an arc/circumference ratio. #3 would give an arc that is 1/ (just a guess) of a full circumference, while a #9 gives a ratio of 1/2 (since it is a semi-circle). This chart shows the cutting edge profiles of carving tools, drawn full size, Placing a gouge, for example, lightly over the appropriate curve will give you both its size and number. Tools up to 2in (50mrn) are also available. This system has been used in Britain for well over years;.

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