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With this program, you can quickly plot out a circle for each hole and then slide the cursor over to the next circle.
Drill Press Notes:
If you have a three-point ruler and enough paper, it is easier to scribe the circles.
After your circles are plotted, you can mark each hole with a circle.
This is especially useful if the holes are close to the edge of the template. The holes on the template take up less space than the same holes on the plate. As a result, you can lay out the holes in the template by drawing circles, fitting in as many holes as possible, and then marking each hole with a circle.
If there is more than one hole, you can drag the mouse to make multiple holes. The holes will be in line and above and below each other.
This program is designed to have a template that can be placed on the drill press after the hole locations are plotted.
Print size: %u x %u
Printer size: %u x %u
Printer size: %u x %u
Printer size: %u x %u
Printer size: %u x %u
Printer size: %u x
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* Generates a text file that is a table of every hole in a BOLTCIRC Free Downloadle, in both absolute or inverted coordinates.
* Columns consist of a three-part number representing X, Y and Step. Each row represents an individual hole.
* Step numbers range from 1 to 64.
* The name of the file is the name of the boltcircle.
* The file is written in every hole’s absolute coordinates (like a scratch pad), or in the inverted form of every hole (a mirror image).
* Current program shows “holes reversed” only because I’ve never needed them.
To use the program just choose filename from the dialog box. A new window will open, where the circles are laid out in x, y and step coordinates. (You’ll see a field for “Inverted coords?” at the bottom of the window.) Choose “Save as file” and save it.
Saving as a text file is a bit more desirable than saving as a Windows Form bitmap file (as that program can’t render “hole reversed” coordinates).
You can have the program print a text file of every hole in the boltcircle to your printer (though this will take longer than the process I outline below). Or, using the same file format, you can import the table back into Excel and use it as a master reference for your hole layout.
To generate a text file and open in Excel, select “Add” from the menu at the top and choose “Text/Right-to-Left”. Select “Save as File” and save.
To generate a file for a different boltcircle, just change the name of the file. Just choose another boltcircle from the list on the top menu.
If you create a file for a new boltcircle, the file will be named for it (using your chosen name for the boltcircle). That’s fine if you use the program only once, but if you plan to use the table for a number of different boltcircles, you might find it easier to use the program a second time to create a file for each boltcircle, and rename those files with descriptive names (such as “boltcircleName_x.txt” for the numbered-hole file).
Optional: You can use the program to do some minor editing of the file. I’ve found the program to be somewhat useless when editing the file (I’ve rarely need to make changes) because there are so many
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This program generates a small program that you can carry to the drill press or otherwise programmable tool to produce a table of holes for a circular bolt to fit into. The program is very simple, it prints a table of all the holes and their coordinates, each of which is the relative radius of a corner of the bolt circle.
The program uses the formulas in the “Practical arithmetic” chapter of Tom S. Ray’s “Sophisticated Precision” to calculate a circle of varying radius and diameter and then prints the table of X, Y and Z coordinates which describe the ring of holes relative to that circle.
This very simple program is designed to go to 1 inch, but you can specify a.25 inch or a.5 inch and it will still work because it uses the formulas and fundamental principles in the book. It cannot, however, generate circles whose radius does not correspond to the specified diameter.
The output is a text file which begins with a blank line and can be edited with a text editor such as Notepad.
You may have to modify the numbers and the order of the rows with a number of different parameters, but the basic commands for inputting and outputting should be fairly self-evident.
You could enter the diameter of the circle in the first row as follows:
diameter X Y Z
If you enter the diameter in the second row, enter the number of holes by going to the following
where N is the number of holes. You can then enter a series of X,Y,Z values that describe the circular holes.
You must enter the number of holes as two integer numbers separated by a space. The X, Y and Z values you enter will be integer.
You should enter the radius of the holes relative to the X and Y axis in rows 3 and 4. The diameter of the holes will be entered in row 5.
The program is written to work with floating point numbers and, under normal circumstances, will round correctly to the nearest whole number. If you enter an X or Y value that results in the entry of a fraction, the program will result in an exception error.
The following simple program creates a circular table with holes in it. The table is two inches in diameter, with 3 holes.
What’s New in the?
This program generates a simple table of hole locations on a round male threaded pin. The minimum number of rows and columns is seven. There is no maximum number.
If you have a large number of holes, the table may be cut in half and the second half read from top to bottom.
Make sure you place the program in the working directory.
There are three parameters.
Speed, in rpm. You are not expected to know what this does.
Drill centering, either X or Y, one or the other. I recommend X.
End length, in inches.
The program will generate a table which may be printed and carried to the drill press for reference.
The program takes the following inputs:
velocity: The rpm to use for the drill (1800 should be good).
distance: The number of inches to add to the end (3.0 is good).
drill-centering: The type of drill centering. See the table below.
num-rows: The number of columns (3 is good, because there is no maximum).
num-cols: The number of rows (5 is good).
The width of the table (in characters) is (num-rows+1)*(num-cols+1). (This is the total number of characters printed.)
The time to print the table is
time = (num-rows+1)*(num-cols+1)/(velocity*drill-centering).
After printing, the program does the following:
Gives the table and the name of the first file.
Gives a list of all files.
Last but not least, the program asks you a few questions:
* How do you wish to encode the table? You can choose between Tab, space (which is the default), and return. To clear the table, type return.
To place your table into the current file, type enter.
You can print the table to the screen by typing p.
You can print the table to a file by typing t.
* Do you want the table or all tables to be stored in a directory? Type y or n.
* Do you want the program to quit? Type y or n.
If you want to use spaces instead of tabs, you can change the default settings by typing
To install or uninstall any of our games, you need an internet connection. You also need to have at least 400MB of free disk space available on your hard drive.
The game can be played on a wide range of computers, but the more powerful the computer, the better the graphics will appear.
To get the best results, you need to have 512MB RAM or more.
The more RAM, the better the game will work.
High-quality screen settings are recommended.
You also need to have a sound card in order to play the