how to draw a drawing for exercises equipments?
447305
Take photograph\nPin large piece of paper on wall\nProject photograph onto paper\nDraw outline with Rotring pen (draughtsman's pen)\nPhotograph outline and complete using Photo Shop or similar\n\nIf you take a digital photograph you can project it with a digital projector. If you take a film photograph you can photocopy it onto an overhead slide and use an overhead projector.
248595
I was going to say graph paper to. Then you can keep a straight line. Very simple solution. If your talking about bigger graphs then it would be a good idea to sketch the drawings at the job and bring them back to a drawing table if thats what your looking to do.
900728
OpenOffice has a very good vector graphics creator (OO Draw).  www.openoffice.org\n\nGIMP is very good. Be sure to install the animation package.   www.gimp.org\n\nAnother vector graphic prog is Inkscape. It's probably your best bet. www.inkscape.org\n\nAll of these are open source (free).
886691
http://sketchup.google.com/
753027
http://www.howtodrawmanga.com/tutorial.html\n\nhttp://drawsketch.about.com/od/animemanga/Anime_and_Manga_Learn_to_Draw_Japanese_Comics_and_Animation.htm
977003
Draw a straight line .now plot three points S,T and R on it ,taking ST=3.8 cm and TR=1.4 cm.\nWrite the distances 38 in betweenS and T and 14 between Tand R.your sketch is complete.\nNow ,rite the followin unde the sketch:-\nSR=ST+TR=38+14=52.
305632
who uses corel draw? it's ancient!!!\nthrow it and buy something normal!
349340
http://www.smartdraw.com/tutorials/floorplans/tutorial1.htm
806500
here's one...\nhttp://www.graphiclayouts.net/draw.php\njust look up "myspace drawing pad" in google and it will give you some sites w/ them
578272
Try downloading a I-mesh.\n\nThey may have it.
40768
You'll have to create it yourself. Here's how, with free, legal software:\n\n1. Download Inkscape, a free vector drawing program.\n2. Run it.\n3. File Menu -> Document Preferences\n4. Set Canvas Size to your paper size (Probably US Letter in the US or A4 elsewhere)\n5. Set Default Units to mm.\n6. Close dialog\n7. Create an ellipse with the ellipse tool\n8. Select the ellipse with the selection tool\n9. Set its width to 150 mm and its height to 86.1 mm using the text entries at the top of the window.\n10. Adjust the fill and stroke of the ellipse to whatever you like\n11. Print it.
120717
find someone that is good at embriodery, really good, then draw a cool design for that person, then buy some plain wrist bands in colors you like, and they can embrioder directly on to the wristband
176182
Draw 2 concentric cirles 1 smaller and 1 larger then a teeth on the outer circle. Then use the circular array tool to array 6 the teeths or tooths (iuno) around the outer circle. And make it look like a gear.
505449
Use MSPaint.\nAnd do the free form select.
992556
Have an artist draw you one. Be unique!
1004428
' Spiro.bas\n'\nDECLARE SUB MoveTo (x AS DOUBLE, y AS DOUBLE)\nDECLARE SUB Spiro (ns AS INTEGER, nw AS INTEGER, nt AS INTEGER, d AS INTEGER, spos AS INTEGER, x AS DOUBLE, y AS DOUBLE, col AS INTEGER)\nDECLARE FUNCTION HighestCommonFactor (a AS INTEGER, b AS INTEGER)\n'\n' TEST ROUTINE\nDIM s AS INTEGER ' loop counter\nDIM col AS INTEGER ' Drawing color\nDIM r AS INTEGER, spos AS INTEGER, x AS DOUBLE, y AS DOUBLE\n\n    SCREEN 9 ' Set screen mode to 640x350, 16 colors\n    x = 320 ' or Max x coordinate / 2\n    y = 175 ' or Max y coordinate / 2\n    col = 1\n    diam = 2    ' Diameter of drawing wheel\n    spos = 100  ' Starting position\n    FOR b = 1 TO 12 ' Draw 12 spirographs\n        Spiro 360, 120, 360, r, spos, x, y, col\n        r = r + 2               ' increase distance from centre of drawing wheel\n        spos = spos + 10        ' increase starting position\n        col = col + 1           ' next color\n    NEXT\n    END\n\n' Draw the loci of a point on a circle revolving inside\n' another circle, or a circle revolving round another circle.\n' Parameters:\n' ns,   No. teeth in stationary part (-ve = outside)\n' nw,   No. teeth in wheel (-ve = clockwise)\n' nt,   No. of teeth to 'do'\n' r,    Radius\n' spos, tooth to start at\n' x, y  Coordinates of centre\n' col     Drawing color\nSUB Spiro (ns AS INTEGER, nw AS INTEGER, nt AS INTEGER, r AS INTEGER, spos AS INTEGER, x AS DOUBLE, y AS DOUBLE, col AS INTEGER)\n DIM n1 AS INTEGER, n2 AS INTEGER, i AS INTEGER, n AS INTEGER, no AS INTEGER\n DIM a AS DOUBLE, b AS DOUBLE, alpha AS DOUBLE, beta AS DOUBLE\n DIM offang AS DOUBLE, dab AS DOUBLE, adif AS DOUBLE, aob AS DOUBLE\n DIM x1 AS DOUBLE, y1 AS DOUBLE, x2 AS DOUBLE, y2 AS DOUBLE\n DIM PI AS DOUBLE\n\n    PI = 3.141592658979324#\n    n1 = ABS(ns): n2 = ABS(nw)\n    a = n1 / (2# * PI): b = n2 / (2# * PI)\n    IF ns < 0 THEN\n        dab = a + b: r = -r\n    ELSE\n        dab = a - b\n    END IF\n    \n    offang = (spos - 1) * 2# * PI / n1\n    alpha = 0#: adif = PI / n1: aob = a / b\n    n = (n2 / HighestCommonFactor(n1, n2))\n    no = 2 * n * ABS(nt)\n    x1 = dab + r: y1 = 0#\n    x2 = x1 * COS(offang) + x: y2 = x1 * SIN(offang) + y\n    MoveTo x2, y2\n    FOR i = 0 TO no - 1\n        IF nw < 0 THEN alpha = alpha - adif ELSE alpha = alpha + adif\n        IF ns < 0 THEN beta = -alpha * aob ELSE beta = alpha * aob\n        x1 = dab * COS(alpha) + r * COS(alpha - beta)\n        y1 = dab * SIN(alpha) + r * SIN(alpha - beta)\n        x2 = x1 * COS(offang) - y1 * SIN(offang) + x\n        y2 = x1 * SIN(offang) + y1 * COS(offang) + y\n        ' setcolor(col); lineto(x2, y2)\n        LINE -(x2, y2), col\n    NEXT\nEND SUB\n\n' MoveTo x, y\n' For QBasic\n' For other languages, replace or omit\nSUB MoveTo (x AS DOUBLE, y AS DOUBLE)\n DIM dr AS STRING\n    dr = "BM " + STR$(INT(x)) + "," + STR$(INT(y))\n    DRAW "X" + VARPTR$(dr)\nEND SUB\n\n' Highest common factor  - Euclid's algorithm\nFUNCTION HighestCommonFactor (a AS INTEGER, b AS INTEGER)\n DIM i AS INTEGER, j AS INTEGER, r AS INTEGER\n    IF a > b THEN\n        i = a: j = b\n    ELSE\n        i = b: j = a\n    END IF\n    r = i &#92; j\n    WHILE (r <> 0)\n        i = j: j = r: r = i &#92; j\n    WEND\n    HighestCommonFactor = j\nEND FUNCTION
1027994
if you are asking .. how to sketch an eclipse ... take two verticies (two spots some distance apart left to right on a page) ... and using a compass play with intersecting the radius' of different lengths ... you will find that if you pick the one of equal length as the distance from the vertices ... you will get an intersection of the two radius' from the original vertices ... then playing with the new found radius' ... you will be able to place arcs on the ajoining vertices to creat the other two arcs and blend them together creating an approximate elipse ... a french curve help too