If they chose card #2, then you count 1, place it in the middle and then count 2, placing it in the middle. Place the deck face down and start taking the cards from the top of the deck and counting off as you put those cards somewhere in the middle of the deck.Their #2 is now actually #3 because you have that one card behind them. You then slide the cards back down with the one lowered card still behind them. Let us suppose they choose the middle one which is, in your head, card #2. Ask a volunteer to choose one of the three cards that you have pulled up.They are really not the last three cards, because you still have that one that has been lowered back there. You pull up the last three cards of the deck and fan them out.The last card facing you and away from your audience has been lowered just a bit. You hold a deck of cards in your hand upright, as shown in the picture above.This explanation is a bit complicated and detailed, so once you have read through this please watch the video as well. This one is a bit complicated to explain, but you can manage it! For this trick, you need a regular deck of cards and a volunteer. Then quite casually, say, “I don’t think Denmark has elephants, except in zoos.” Pause and appear to be giving this some thought.Now, tell them to take the second letter of that country’s name and think of an animal that begins with that letter, but keep it secret as well.99.9% of the time they will choose Denmark (who’s heard of Djibouti?) Tell them to think of a country that begins with that letter, but not to say it out loud.Ask them to assign an alphabet letter to the number based upon A=1 B=2 C=3 and so forth (They will get D).Ask them to subtract 5 from that number (It will always be 4).Ask them to add the two digits of the answer.Ask them to then multiply that number by 9. Ask a single person to select a number between 2 and 9.
![vectoraster tricks invert vectoraster tricks invert](https://i.ytimg.com/vi/Gsr2oRCKAsg/maxresdefault.jpg)
That is the basis for this trick, and here are the easy steps: When 9 is multiplied by any number between 2 and 9, the digits of the answer will always add up to 9.
![vectoraster tricks invert vectoraster tricks invert](https://i.ytimg.com/vi/UGOimjdjZsc/maxresdefault.jpg)
Point data parameters can be also exported for future use.Here’s a trick built upon a little quirk of math that not too many people know about. You can also copy the result raster to clipboard and use it in whichever vector graphics editor you prefer, and you can also batch apply it to images in a given folder or to frames of a QuickTime movie.
![vectoraster tricks invert vectoraster tricks invert](https://i.ytimg.com/vi/w3CZZztpBcQ/hqdefault.jpg)
When you are satisfied with the final result, you can export it to different vector formats, such as EPS or PDF, or to bitmap formats, such as JPEG, PNG or TIFF.
#Vectoraster tricks invert pdf#
A pdf manual is also included, explaining all of the features in details. Vectoraster comes with a few sample files, which you can use to get some ideas and to help you start using the tool quicker. There are different raster patterns available between which you can choose from, such as straight grid, radial patterns, random patterns and others.ĭocument information is displayed at the left-bottom side, where you can see information like artboard size and background, and also raster information, like number of raster points. You can control the appearance of points, by setting different parameters for each point, such as point size, transformation, fill and stroke.īesides points, you can also set raster pattern parameters, such as transformation (rotation and offset), spacing between patterns and distortion. You can choose between many different point shapes, such as squares, circles and lines, and you can also import your own shapes. Different output styles can be achieved by changing point shapes and raster pattern parameters, while the results are being shown in real time. Price: € Vectoraster graphics utility allows you to create different types of patterns and halftones from input images.