platform-dependent
write a program draw circle and ellipse by using oval methods in java
If in 2D: Step1: Figure out what size pipe your 'U' bolt will encompass, then draw a circle with the same diameter as the pipe it will go around. From two opposite quadrants of the circle draw a line extending in the same direction (these will be the threaded portions - so you must know how long those are to be). Trim the unnecessary portion of the circle, and join all three segments using the PEDIT command. Step 2: Figure out the diameter of your bolt, and offset the joined line that distance. From there, you will have to draw the threaded portion (diagonal lines). If in 3D: Use Step 1 from the 2D process ... Step 2: Extrude a circle, the same diameter of your bolt along the path created by the polyline This will get you started - there can be many more steps, depending on how much detail you are trying to achieve. ~ M. Speckels (hntr_ak@yahoo.com)
You need the screen coordinates of the end-points. That's another whole topic.Say the end-points are (A,B) and (C,D).To draw a solid line connecting these points:LINE (A,B) - (C,D)
10 cls 20 screen 2 30 DRAW "E40, R80, G40, L80" 40 end
using pie slice function akwinder can draw monkey which exactly looks like her.
help me
yes it is possible by using a coin
One way to cut a circle in wood without using a jigsaw is to use a compass to draw the circle on the wood and then use a coping saw or a hand saw to carefully cut along the line.
Draw two diameter lines, then draw a circle inside the circle.
first you draw a circle, divide it into 4
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write a program draw circle and ellipse by using oval methods in java
Using a protractor.
You draw the dot first!~
You can draw a circle in assembly program by using a compass-like tool. Secure the tip of the compass and then rotate the compass tool so that it completes the circle.
Draw a circle using a compass. Then, without changing the compass setting, place its point on the circumference of the circle, at any point A, and draw two arcs to intersect the circumference at B and C. Move the compass to B and draw another arc to intersect the circumference at D; and then from C to E. ADE will be an inscribed equilateral triangle.
no impossible