Results for "Author: tim arheit"

This control is similar to the wordart control in MS Word. It allows outline, solid fill, gradient fill, pattern fill, as well as stretching the text in several different ways. Uses the GetGlyphOutline API, bezier curves, least squares and polynomial curve fitting, etc.

This class sends text, files, control codes directly to the printer spooler bypassing the print driver. This lets you send print files to the printer or control the printer by sending the appropriate control codes. The name of the print job can also be set. Works with any windows printer, not just LPT1: printers. See comments in the class for usage.

This is an optimized version of the common Base 64 encode/decode. It eliminates the repeditive calls to chr$() and asc(), as well as the linear searches I've seen in some routines. It also avoid shifting each byte encoded using multiplication and division. This method does use a bit more memory in permanent lookup tables than most do. However, this eliminates the need for using vb's rather slow method of bit shifting (multiplication and division). A method I've not seen elsewhere. It doesn't make much difference in the IDE, but does make a huge difference in the exe. On my machine it's as fast as commercial packages such as Eudora on encoding if not faster.

This class impelements several different types of curve fitting. Polynomial curve fitting to any degree within the memory and speed limitations of your computer, and Least Squares curve fits to several different forms: y = Ax + B, y = A/x + B, y = A/[x + B], y = 1/[Ax + B], y = x/[A + Bx], y = A ln(x) + B, y = A*exp(Bx), y = A*x^B, y = [Ax + B]^(-2)

This class sends text, files, control codes directly to the printer spooler bypassing the print driver. This lets you send print files to the printer or control the printer by sending the appropriate control codes. The name of the print job can also be set. Works with any windows printer, not just LPT1: printers. See comments in the class for usage.

This is an optimized version of the common Base 64 encode/decode. It eliminates the repeditive calls to chr$() and asc(), as well as the linear searches I've seen in some routines. It also avoid shifting each byte encoded using multiplication and division. This method does use a bit more memory in permanent lookup tables than most do. However, this eliminates the need for using vb's rather slow method of bit shifting (multiplication and division). A method I've not seen elsewhere. It doesn't make much difference in the IDE, but does make a huge difference in the exe. On my machine it's as fast as commercial packages such as Eudora on encoding if not faster.

This class impelements several different types of curve fitting. Polynomial curve fitting to any degree within the memory and speed limitations of your computer, and Least Squares curve fits to several different forms: y = Ax + B, y = A/x + B, y = A/[x + B], y = 1/[Ax + B], y = x/[A + Bx], y = A ln(x) + B, y = A*exp(Bx), y = A*x^B, y = [Ax + B]^(-2)

This control is similar to the wordart control in MS Word. It allows outline, solid fill, gradient fill, pattern fill, as well as stretching the text in several different ways. Uses the GetGlyphOutline API, bezier curves, least squares and polynomial curve fitting, etc.

This class sends text, files, control codes directly to the printer spooler bypassing the print driver. This lets you send print files to the printer or control the printer by sending the appropriate control codes. The name of the print job can also be set. Works with any windows printer, not just LPT1: printers. See comments in the class for usage.

This is an optimized version of the common Base 64 encode/decode. It eliminates the repeditive calls to chr$() and asc(), as well as the linear searches I've seen in some routines. It also avoid shifting each byte encoded using multiplication and division. This method does use a bit more memory in permanent lookup tables than most do. However, this eliminates the need for using vb's rather slow method of bit shifting (multiplication and division). A method I've not seen elsewhere. It doesn't make much difference in the IDE, but does make a huge difference in the exe. On my machine it's as fast as commercial packages such as Eudora on encoding if not faster.

This class impelements several different types of curve fitting. Polynomial curve fitting to any degree within the memory and speed limitations of your computer, and Least Squares curve fits to several different forms: y = Ax + B, y = A/x + B, y = A/[x + B], y = 1/[Ax + B], y = x/[A + Bx], y = A ln(x) + B, y = A*exp(Bx), y = A*x^B, y = [Ax + B]^(-2)

This control is similar to the wordart control in MS Word. It allows outline, solid fill, gradient fill, pattern fill, as well as stretching the text in several different ways. Uses the GetGlyphOutline API, bezier curves, least squares and polynomial curve fitting, etc.

This class sends text, files, control codes directly to the printer spooler bypassing the print driver. This lets you send print files to the printer or control the printer by sending the appropriate control codes. The name of the print job can also be set. Works with any windows printer, not just LPT1: printers. See comments in the class for usage.

This is an optimized version of the common Base 64 encode/decode. It eliminates the repeditive calls to chr$() and asc(), as well as the linear searches I've seen in some routines. It also avoid shifting each byte encoded using multiplication and division. This method does use a bit more memory in permanent lookup tables than most do. However, this eliminates the need for using vb's rather slow method of bit shifting (multiplication and division). A method I've not seen elsewhere. It doesn't make much difference in the IDE, but does make a huge difference in the exe. On my machine it's as fast as commercial packages such as Eudora on encoding if not faster.

This class impelements several different types of curve fitting. Polynomial curve fitting to any degree within the memory and speed limitations of your computer, and Least Squares curve fits to several different forms: y = Ax + B, y = A/x + B, y = A/[x + B], y = 1/[Ax + B], y = x/[A + Bx], y = A ln(x) + B, y = A*exp(Bx), y = A*x^B, y = [Ax + B]^(-2)

This control is similar to the wordart control in MS Word. It allows outline, solid fill, gradient fill, pattern fill, as well as stretching the text in several different ways. Uses the GetGlyphOutline API, bezier curves, least squares and polynomial curve fitting, etc.

This class sends text, files, control codes directly to the printer spooler bypassing the print driver. This lets you send print files to the printer or control the printer by sending the appropriate control codes. The name of the print job can also be set. Works with any windows printer, not just LPT1: printers. See comments in the class for usage.

This is an optimized version of the common Base 64 encode/decode. It eliminates the repeditive calls to chr$() and asc(), as well as the linear searches I've seen in some routines. It also avoid shifting each byte encoded using multiplication and division. This method does use a bit more memory in permanent lookup tables than most do. However, this eliminates the need for using vb's rather slow method of bit shifting (multiplication and division). A method I've not seen elsewhere. It doesn't make much difference in the IDE, but does make a huge difference in the exe. On my machine it's as fast as commercial packages such as Eudora on encoding if not faster.

This class impelements several different types of curve fitting. Polynomial curve fitting to any degree within the memory and speed limitations of your computer, and Least Squares curve fits to several different forms: y = Ax + B, y = A/x + B, y = A/[x + B], y = 1/[Ax + B], y = x/[A + Bx], y = A ln(x) + B, y = A*exp(Bx), y = A*x^B, y = [Ax + B]^(-2)

This control is similar to the wordart control in MS Word. It allows outline, solid fill, gradient fill, pattern fill, as well as stretching the text in several different ways. Uses the GetGlyphOutline API, bezier curves, least squares and polynomial curve fitting, etc.