The best way of drawing a rectangle is by using

• Numerals • Dimensions • Extension Lines • Arrowheads • Dimension Figures • Isometric Dimensioning • Orthographic Dimensioning If a drawing is to be complete, so that the object represented by the drawing can be made as intended by the designer, it must tell two complete stories. It tells this with views, which describe the shape of the object, and with dimensions and notes, which gives sizes and other information needed to make the object. Therefore, your next step is to learn the basics of dimensioning. In that way you will understand not only how to interpret a drawing to get the information you need, but also how to dimension your sketches so that they can be used to communicate size information to others. Numerals It may seem a bit basic, but a few exercises with the shapes of numbers comes before dimensioning. The reason for such review is simply that incorrectly or carelessly made numbers on a drawing or sketch can easily be misinterpreted by someone on the job. That can be costly. Therefore, the study of numbers forms is justified. The number forms presented here have been determined to be the most legible, and are used by industry nationwide. The United States standardized 1/8” vertical numbers are correctly formed as follows: Dimension Lines The dimension line is a fine, dark, solid line with arrowheads on each end. It indicates direction and extent of a dimension. In machine sketches and drawings, in which fractions and decimals are used for dimensions, the dim...

I have written a simple VI program and would like to have a preview option. The preview would only be two parallel lines with both right and left sides adjustable based on the operator settings. Affectively I need to draw a rectangle with the right and left hand sides angle changeable. I have spent hours trying to find a simple XY graph (seems like you could do this with an XY graph) but I can�t find a simple example. Half the examples I found where miles over my head and the other half didn�t run. I have not mastered arrays yet. 1- Does anyone know if you can draw a square with a XY graph? 2- Does anyone know of a really simple example (not using arrays) to draw a rectangle? 3- Is the XY graph the best way to draw a rectangle? T hank you for any suggestions you may have. > 1- Does anyone know if you can draw a square with a XY graph? > 2- Does anyone know of a really simple example (not using arrays) to > draw a rectangle? > 3- Is the XY graph the best way to draw a rectangle? > This will be quite simple, but it will require you to use arrays to some extent along with some trig. To draw an array that is not rotated at all, you need four points such as (0,0) (0,1) (1,1) (1,0). If drawing the outline, you will want to include the first point again as the fifth element in the array. To rotate a point by theta about the origin, you will want to multiply the X by the cosine of theta and the Y by the sine of theta. To rotate a shape like the rectangle by theta about the origin,...

Marshall Gunnell Writer Marshall is a writer with experience in the data storage industry. He worked at Synology, and most recently as CMO and technical staff writer at StorageReview. He's currently an API/Software Technical Writer based in Tokyo, Japan, runs VGKAMI and ITEnterpriser, and spends what little free time he has learning Japanese. • Actions: Displays a menu with different actions, such as downloading the image, showing version history, copying, pasting, and rotating the image, and inserting Word Art. • Undo (curved arrow pointing left): • Redo (curved arrow pointing right): Redo the most recently undone action. • Zoom (magnifying glass): Zoom in or out on your drawing. You can insert a ruler or guidelines from the drop-down menu. • Select (cursor): Select a shape in your drawing. • Lines (slanting line): Choose between several different line styles to draw. • Shape (circle overlapping a square): Allows you to insert several premade shapes, including arrows, callouts, and equation symbols. • Text box (box with a “T” inside): • Image (box with a mountain inside): Insert an image from your computer or Google Drive, or search for one on the internet. The process for using the drawing tools is more or less the same. Select which tool you’d like to use, and then click and drag your cursor across the drawing board to create your shape or image. The following video demonstrates how to use the Lines, Shape, and Text tools, as well as rotate a shape from the Actions too...

Tips: • To create a perfect square or circle, press and hold the Shift key while you drag. • To resize the shape, drag one of the control handles on the corners or sides. • To rotate it, drag the rotation handle at the top. • To change other parts of some shapes, drag a yellow control handle. • To add text to your shape, just select it and start typing. Want more?

By rotating it around an axis, not a point. The best way I can think about it is to talk about a magazine. While it is not 2D, when it is closed, it is flat and fairly skinny. But if I open it up and put the front and back cover together, and try to fan out the pages as much as possible, it becomes much more of a 3D object sort of in the shape of a cylinder. Thus, my rotation would be around the spine of the magazine. Hope this helps. It is not exactly changing a 2d object into a 3d object, it is more related to rotating a circle and putting billions and billions of these circles together to form a sphere. This would be like taking a magazine (not quite 2D, but pretty flat and thin compared to the lengths and widths. However, people fold each page and glue the front cover to the back cover to create a tree or some other 3D figure. You would have to say the cross section of a cone perpendicular to the base and through the vertex to be a triangle. having a base of 6 does not have enough information to be used for anything, is that the diameter or the radius? Plus, it has no meaning to the cross section unless you are trying to find the area of the triangle defined above, in which case you would also have to know the height of the cone. Other cross sections of cones would be circles (cut parallel to the base), a hyperbola (cut perpendicular to base not at the vertex) and an ellipse or parabola if you cut along a base that intersects the plane of the base at an angle (parabola...

I'm editing a shapefile in QGIS and want to draw in a rectangle with specified dimensions(Say 101ft by 305ft for example). Is there a way in QGIS to make draw a rectangle with out actually have to use the mouse to manually place each of the points on the map? What i'm really looking for is ArcMap type functionality where the users places the first point on the map with the mouse and then the user specifies the direction and length of each point relative to the first on. Thanks! The closet thing I can think of would be the "Rectangles, Ovals, Diamonds" plugin. This is a little different to the ArcGIS functionality but you should be able to achieve a similar result. This plugin effectively creates buffers from centroids but you can control the width, height and rotation of the rectangles, diamons and ovals which it is designed to produce with attribute fields. Thanks for contributing an answer to Geographic Information Systems Stack Exchange! • Please be sure to answer the question. Provide details and share your research! But avoid … • Asking for help, clarification, or responding to other answers. • Making statements based on opinion; back them up with references or personal experience. To learn more, see our

I agree with you Henry if we know the x and y distance, and if we dont know the y distance in a example like Duram put out i would use offset or a double line and then snap to the intersections between them and the other rectangle that is in the example. Duram say that he put out a rectangle to both side from the reference line and by that he also should know the x and y distance alredy i guess. 4 side polygon will never make a rectangle in my head but it's good for making square's. Torfinn Seeing that the rectangle to be created is not square, you may want to use the "Copy In Place" tool on the yellow rectangle. While it's still selected, "Ctrl+Spacebar" to switch to the "Edit Tool". Select the two nodes on the right and specify a plus"Delta X" value. Repeat with the left nodes using a minus"Delta X" value. You now have your original rectangle and a wider copy. Any new ideas how to draw a rectangle using a line as middle in less time? New idea -- assuming that the given line is vertical -- but I don't know if it's any faster: Double-click on the line to open its Properties dialog; assign a Thickness equal to the desired width of the rectangle; rotate it 90° about the Y axis; explode it until the result is a Polyline (3 explosions, probably, but watch the Selection Info palette to be sure). Henry H