If the unit price only needs 2 decimal places to accurately reflect, then that is what will be shown, but if more is needed (up to 4), then it’ll display that instead.įor example here is a document where the unit price is extended out 4 decimal places. Since you can have any number of things happening on the low level rows that bubble up to the line being printed, it was possible that there are going to be rounding errors when printing unit price. We determine sell price by calculating underlying cost, then applying markups. If it creates an inaccurate multiplication, we extend it. This is because we enhanced the unit price printing to make it smarter and ensure it always accurately reflects QTY x UNIT PRICE = SELL PRICE on the document. Please note regarding the Price decimal place setting, even if you have the decimal precision set to only 2 places, sometimes you will see on your documents it display up to 4 places.
Please keep in mind this is global so if you change this it is for ALL users not just you. Press ENTER after placing the last point.The decimal precision is based off of what you have selected under Options | Estimate | Precision.īelow is an excerpt from the ProjectPAK User’s Guide outlining what Quantity, Cost and Price encompass.To remove the last control point, press BACKSPACE.Click on each point of the desired shape.Enter the desired value and select the units of measure from the associated menu. This allows for additional calculations, such as Wall Area, on the Markups list, if desired. In the Measurements section of the Measurements tab, the Depth field becomes active.On the Measurements tab toolbar, click Perimeter.Though they can appear similar to an Area Measurement, they are not closed shapes, and thus they can be used to calculate the length of a multi-segment line, such as when estimating cable or wiring runs. Perimeter measurements are often used to calculate the total length of all sides of a given shape. Holding down SHIFT while doing so will force the rectangle into a square.Click and drag to place a rectangular shape.The measurement is updated as you edit the markup shape. Click and drag the yellow control points to adjust the arc as necessary.Right-click on the line near point B and select Convert to Arc. Right-click on the line near point A and select Convert to Arc.In the following example, five points have been used, numbered 1-5. To add text that will appear on the markup, enter it in the Label field of the Measurements tab.Ĭlick to define several points around the area.On the Measurements tab toolbar, click Area.Refer to the Working with Curved Markups section for more detail. The example below outlines the basic procedure using an Area Measurement. You can also configure Revu to draw using curves automatically in the Markup Preferences. Revu typically takes standard measurements in straight lines, but you can add arcs to those lines in order to measure curved areas easily. Length measurement arrows will automatically position themselves inside the extension lines when there is enough room, otherwise they will automatically position themselves outside the extension lines.Hold down SHIFT to draw lines that are at horizontal, vertical, or 45° angles.Click the end points of the desired length.In the example below, the text "6 inch tall" was entered. To add text that will appear on the markup, enter it in the Label field of the Measurements tab.This description will appear on the Markups list. Enter a description of the measurement in the Subject field of the Measurements tab.If it is not, the measurement will be temporary. In the Options section of the Measurements tab, ensure Make Annotation is checked. On the Measurements tab toolbar, click Length.The Measurements tab becomes active and the most recently used measurement mode is enabled. For a multi-segment line, like an open perimeter, see Measuring Open Perimeters below. Length measurements, which calculate a single, linear measurement, are among the most common.
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