![]() You can't do anything with it, but we don't care. By the way, it must always be there.Ī symbol with a white rectangle with a black border is already finished. You don't have to close the figure, the small z at the end automatically takes care of that. Here, at 6,1 the pencil is placed on the imaginary paper and then it starts: L (a line) to 25,1 (horizontal to the right), further with line to 25,31 (vertical to the bottom), further with line to 6,31 (horizontal to the left). Now it's exciting: d is the drawing and it starts with M (move), with the movement of the imaginary drawing pen to the starting position. As before, the colour is specified here and three times 255 is white. How it should be is also behind the equal sign. This means: Black.įill is the filling of the entire thing to be drawn in the same way. Path says that the following is a path, stroke is the line and how it should be, is behind the equal sign: "rgb(0,0,0)" means that RGB colours (the mixture of red, yellow and blue) should be used and all three are at 0 (zero). Then to the left to 6.31 and up back to 6.1.Īnd now you take a text editor and write your symbol, because here you really only draw on paper.Īre the first lines that define the previously mentioned size of 32x32 pixels and mark the beginning. And now to the very bottom, to line 31, that is then the point 25.31. Maybe you can go to column 25, then you write to this point 25.1. ![]() Caution: Seventh box is six, because the counting starts from zero! By the way, you better start in line one instead of zero, so the best way to start the rectangle is at 6.1. For example, the rectangle could start in the top left corner of the seventh box. Now you can write the coordinates at the corner points. You can also colour in the boxes… But you don't have to. This is inside the boxes, not on the lines. You draw it somewhere inside the marking with a pencil. But at the beginning you should be very restrained and take something very simple. It is recommended to write these coordinates on the outside of the square to make counting easier afterwards. The box at the top left has the coordinates 0,0 (x=0,y=0), the box at the top right has the coordinates 31,0, the box at the bottom right 31,31 and the box at the bottom left 0,31. The block symbol, for example, has the size 128x32 pixels - it extends over four plan fields.įor the beginning it's a small symbol and we limit ourselves to the 16x16cm square with 32 horizontal and 32 vertical squares. Larger symbols need more plan fields and therefore a larger sheet of paper. And 32x32 (pixels) is the default size of a plan field. How many boxes are there? There are 32x32. Take a checkered DIN A4 sheet and draw yourself a square of 16x16cm with a ballpoint pen and a ruler. Only how? And why actually? The latter, however, should have been considered before. This software is released under the terms of the MIT license.We're building our own symbol.
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