They both show an objects 3 dimensinol view.
The side view would be a triangle and the top view would be a rectangle
by seeing an object from top gives us an top view..by seeing an object from side gives us side view..
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because in 2nd and 4th angle,both the view is going to overlap with each other,so we cant able to visualise the drawing properly,so we are not drawing in 2nd and 4th angle. kash answer kash_115@yahoo.com
It is 3D view at an angle and diminishing into the distance.
Both are 3D view of an object. With perspective view, the far end of the object looks smaller (think "vanishing eye point"). With isometric view, the near and far end of the object looks the same.
a multiview drawing contains the top view, side view, and front view of an object. It also contains the isometric projection of the object.
v Orthographic drawingØOrthographic drawings are orthographic projection drawings. These can be drawn at first angle projection and third angle projections.ØI am going to explain orthographic third angle projection drawing because I use them.ØIf I want to draw orthographic third angles projection drawing I have to follow some rules.ØThese rules are:ØThe view from the front is in the middle.ØThe view from the left is on the left.ØThe view from the right is on the right.ØThe view from the top is on the top.ØThe view from the bottom is on the bottom.ØThe view from the rear/back is on the far right.Example of orthographic third angle projection.Orthographic drawing advantageOrthographic drawing disadvantageEasy to recognized /read and understand by engineers.Hard to recognized by other people then engineers.Doesn't looks like at all to real design/picture.
view is from the beam while projaction is image from patient
right side view draw in left side and left side view draw in right side is called third angle projection
the front view,top view and side view of a solid is known as projection of solid
perspective projection is defined by straight rays of projection drawn from object to the centre of projection and image is drawn where these rays untersect with the viewplane...while parallel projection is defined by parallel lines drawn from object in fixed direction towards the viewplane In perspective projection centre of projection is at finite distance from viewplane and in parallel projection centre of projection lies at infinite distance. respective projection form realistic picture of object but parallel projection do not form realistic view of object
Both are 3D view of an object. With perspective view, the far end of the object looks smaller (think "vanishing eye point"). With isometric view, the near and far end of the object looks the same.
In computer language, I perceive the difference between "see" and "view" as the difference between "see" (mere ocular recognition) and "read". For instance, "Click one of the documents you see on the screen to view it".
Answer Isometric view is a drawing where the axis is rotated so that all three are seen at once. Usually a mechanical drawing will show a true view of two axis as seen from the 3rd axis. The dimensions in the isometric view are not true lenghts since the object is shown in perspective angle. An exploded view is where the individual pieces of the assembly is shown sperate from the other. Isometric exploded views are typical method to show parts for an Illustrated Parts Catalog.
i want 3d view living room