SERINADE 4

APPENDICES

Appendix A. Printer Denition Table
PRINTER ID 39 PRINTER TYPE AEG Olympia 24 Pin Models (B/W) AEG Olympia 8 Pin Models (B/W) AEG Olympia Laserstar 6 ATT 495 Laser Printer Acer LP-76 Acer IIIG Grayscale Alps 24 Pin Models (B/W) Alps 24 Pin Models (Color) Alps 8 Pin Models (B/W) Alps 8 Pin Models (Color) Apple LaserWriter Series Bezier BP404 Brother HL Series Brother M-1000/1100 Series Brother M-1909 (B/W) Brother M-1909 (Color) Brother M-1924L Bull Compuprint Series (24 Pin) Bull Compuprint Series (8 Pin) C-Tech C-600 Series C-Tech ProWriter Series C. Itoh C-310 EP/CX C. Itoh C-715F (24 Pin) C. Itoh C715F (8 Pin) C. Itoh Jet-Setter II C. Itoh ProWriter CI-4 Canon BJ-10e Canon BJ-300/330 Canon BJC 800/820 (B/W) Canon BJC 800/820 (Color) Canon BJC 600 (Color) Canon LBP-8 Series X24E Centronics PagePrinter 8 Citizen 120D/180D Citizen MSP Series Citizen Tribute 124/224 DEClaser Series DataProducts LZR Series Destiny LaserAct PRINTER ID 78 Diconix Color 4 EGA Display Epson EPL Series Epson EX Series (B/W) Epson EX Series (Color) Epson FX Series Epson JX Series (B/W) Epson JX Series (Color) Epson LQ Series (24 Pin, B/W) Epson LQ Series (24 Pin, Color) Epson LQ Series (8 Pin, B/W) Epson LQ Series (8 Pin, Color) Epson MX Series Epson RX Series Fortis DP-600S Fortis/Dynax DM Series Fujitsu DL2000 Series (B/W) Fujitsu DL2000 Series (Color) Fujitsu DX2000 Series (B/W) Fujitsu DX2000 Series (Color) Fujitsu RX7100 FutureLogic PMC-5000A HP DeskJet Series (B/W) HP DeskJet 500c (Color) HP DeskJet 550c (Color) HP DeskJet 1200c (Color) HP LaserJet Series I HP LaserJet Series II HP LaserJet Series III HP LaserJet Series IV HP Laser IV 600 dpi HP PaintJet Series (B/W) HP PaintJet Series (Color) HP PaintJet XL300(8.5in X 11in.) HP PaintJet XL300 (11in. X 17in.) Howtek Pixelmaster IBM 3852-2 Jetprinter (B/W) IBM 3852-2 Jetprinter (Color) PRINTER TYPE Diconix 150 Series

SERINADE

PRINTER ID 129 PRINTER TYPE IBM Compact Printer IBM LaserPrinter Series IBM PC Color Printer (B/W) IBM PC Color Printer (Color) IBM PC Graphics Printer IBM Proprinter Series IBM Proprinter X24 Series IBM QuietWriter Series Juki 5510 Kodak Ektaplus 7008 Kyocera F-1010/2010/3010 LaserImage 1000 LaserMaster TrueTech Series Mannesmann Tally MT911PS Mannesmann Tally 130/24 Series Mannesmann Tally MT910 MannesmannTally 130/9 Series MicroTek TrueLaser NEC Colormate PS NEC LC-890 L NEC Pinwriter P2/P3 NEC Pinwriter Series (24 Pin, B/W) NEC Pinwriter Series (24 Pin, Color) NEC SilentWriteNEC SilentWriter LC-860+ Okidata LaserLine6 Okidata ML Series (Color) Okidata ML Series (IBM, B/W) Okidata ML Series Okidata OL830 Okidata OkiLaser Series Panasonic KX-P1000/24 Series Panasonic KX-P1000/8 Series Panasonic KX-P14450 Series PostScript Printer (B/W) PostScript Printer (Color) QMS PS Series Qume LaserTen Plus Roland RP-1100 Series Roland Raven LP-1100 SGA Display Seikosha SK-3000 Series (B/W) Seikosha SK-3000 Series (Color) Sharp JX-9500 Series SpectriStar 400 Series Star LaserPrinter Series Star Micronix NX Series Star Micronix NX-2400 Series TI OmniLaser 2115 Tandy DMP 2130 Tandy DMP 240 Signal S.FRQ PRINTER ID Tandy LP-1000 Tandy LP-950 Tektronix 4696 Tektronix Colorquick Tektronix Phaser Series Toshiba 1350 Series Toshiba P320 Series Toshiba P350 Series Toshiba PageLaser Series VGA Display Xerox 2700 Xerox 4045 PRINTER TYPE

Appendix B. References

[1] Oppenheim, Alan V. and Schafer, Ronald W., Digital Signal Processing, Prentice Hall, 1975. [2] Crochiere, Ronald E. and Rabiner, Lawrence R. Multirate Digital Signal Processing, Prentice Hall, 1983.

Appendix C. File Formats

File Structure File Formats Used by SERINADE
FORMAT Control Control RPT Signal Signal Signal Signal EXT *.SER *.CFG *.RPT *.xxx *.IMP F.FRQ H.FRQ DESCRIPTION Filter definition System Configuration file Report file Imported FIR file Impulse response to designed FIR Frequency response of FIR stage Frequency response of Halfband stage Frequency response of entire system
NOTE: For Extensions, x' is any Character.
Control Files The *.SER Control files are utilized to store information for use by SERINADE. These files do not require editing by the user. The SER.CFG Control file is also utilized by SERINADE to store information concerning system configuration. This control file is an ASCII file containing configuration variables used by SERINADE. These variables are initialized at install time (see section 1.1) but may be altered by the user if necessary. The file takes on the following format: FilterFile filename.SER PrinterId 113 PrinterPort LPT1 XScale 0 YScale 0 Landscape 0 IoMode 1 PalletteInv 0
The user may use any text editor to modify these SERINADE variables but must adhere to the format shown above. The variables are described below: FilterFile: The SERINADE lter specication le which may also be modied from within the SERINADE design screen. PrinterId: The printer ID number corresponding to the congured printer (see Appendix A for the Printer Denition Table). In the example above, the printer ID of 113 corresponds to a Postscript printer. PrinterPort: The printer port address or DOS le name to which the graphics print will be directed. Valid entries for this eld are LPTn, COMn or a DOS le name. If a DOS le name is entered, the graphics screen is written to a binary le which may be printed via the DOS COPY /B le name LPT1: command. XScale: The horizontal scaling factor which defaults to a value of zero. When zero is selected, auto-scaling is performed by SERINADE for both the horizontal and vertical factors. Auto-scaling attempts to provide scale factors such that the apparent image as seen on the display monitor is reproduced by the printer. If the auto-scaled image is not acceptable for your printer, this value may be adjusted. Scales are specied as a percentage, with 100 being a scale of 1:1, 200 being 2:1, and so on. YScale: The vertical scaling factor which defaults to a value of zero. When zero is selected, auto-scaling is performed by SERINADE for both the horizontal and vertical factors. If the auto-scaled image is not acceptable for your printer, this value may be adjusted. Scales are specied as a percentage, with 100 being a scale of 1:1, 200 being 2:1, and so on. Landscape: Print the frequency response in portrait (0) or landscape (1); the default is zero. Note: auto-scaling does not work properly when landscape mode is selected; the user must specify the XScale and YScale factors. IoMode: The printer I/O mode. The following values are valid: 1. Printer output via direct port hardware (default). 2. Printer output via BIOS (not recommended). 3. Printer output via stream (use this mode for networked printers or if output is directed to a file). PalletteInv: Invert the color palette; On most printers, 0 = print black lines on a white background, 1 = white lines on a back background. The default is zero. The sense of this bit may be reversed on some printers. Set to 1 to invert the palette prior to printing. Does not affect screen display. Report File The *.RPT le generates a report of the lter design specications for documenting the design. The rst three lines are header information containing design dates and software information. The next seven lines dene the lter requirements. The next three values dene the minimum clocking requirements for the HSP43124. These are followed by the value of each of the control register in hexadecimal and each control word sub-eld broken out in decimal representation. The hexadecimal values of the lter coefcients are also listed. Signal Files Signal les are used to store real or complex data for interchange between SERINADE and other signal analysis software. These data les conform to the le format used by MONARCH Digital Signal Processing Software, consisting of a seven line header followed by the data itself. The header section must follow this format: Line 1: through 4 Comments Line 5: X-Axis Label Line 6: Y-Axis Label Line 7: t c r Where t = the letter r for real data or c for complex data, c = number of columns, and r = number of rows. Following the header section, the data is arranged according to the specied number of row and columns. Note: the real and imaginary parts of a complex number are listed as one row, with the real part rst. The frequency les H.FRQ, F.FRQ and S.FRQ are two dimensional les (t = c). Column 1 is the frequency and column 2 is the magnitude of the response for each respective stage. The impulse response *.IMP is a one dimensional le (t = r). Column 1 is the FIR impulse response in oating point representation created by SERINADE. The Imported FIR le *.xxx is created by the user using any lter design software, or may be a lter which was previously designed with SERINADE. This le format must be a onedimensional (t = r, c = 1, r = #taps) SERINADE signal le. The FIR coefcients should be in oating point format; the sum of the coefcients must be <= 1.0. The number of coefcients must be from 4 to 256.