source: PlatformSupport/Deprecated/pcores/user_io_board_controller_plbw_v1_01_a/netlist/adder_subtracter_virtex2p_7_0_cf28bbebd75d9ce3.edn

Last change on this file was 1051, checked in by murphpo, 16 years ago

Updated LCD controller with line/character offsets

File size: 18.1 KB
Line 
1(edif test (edifVersion 2 0 0) (edifLevel 0) (keywordMap (keywordLevel 0))
2(status (written (timeStamp 2008 8 2 22 16 42)
3   (author "Xilinx, Inc.")
4   (program "Xilinx CORE Generator" (version "Xilinx CORE Generator 10.1.02; Cores Update # 2"))))
5   (comment "                                                                               
6      This file is owned and controlled by Xilinx and must be used             
7      solely for design, simulation, implementation and creation of             
8      design files limited to Xilinx devices or technologies. Use               
9      with non-Xilinx devices or technologies is expressly prohibited           
10      and immediately terminates your license.                                 
11                                                                               
12      XILINX IS PROVIDING THIS DESIGN, CODE, OR INFORMATION 'AS IS'             
13      SOLELY FOR USE IN DEVELOPING PROGRAMS AND SOLUTIONS FOR                   
14      XILINX DEVICES.  BY PROVIDING THIS DESIGN, CODE, OR INFORMATION           
15      AS ONE POSSIBLE IMPLEMENTATION OF THIS FEATURE, APPLICATION               
16      OR STANDARD, XILINX IS MAKING NO REPRESENTATION THAT THIS                 
17      IMPLEMENTATION IS FREE FROM ANY CLAIMS OF INFRINGEMENT,                   
18      AND YOU ARE RESPONSIBLE FOR OBTAINING ANY RIGHTS YOU MAY REQUIRE         
19      FOR YOUR IMPLEMENTATION.  XILINX EXPRESSLY DISCLAIMS ANY                 
20      WARRANTY WHATSOEVER WITH RESPECT TO THE ADEQUACY OF THE                   
21      IMPLEMENTATION, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OR           
22      REPRESENTATIONS THAT THIS IMPLEMENTATION IS FREE FROM CLAIMS OF           
23      INFRINGEMENT, IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS           
24      FOR A PARTICULAR PURPOSE.                                                 
25                                                                               
26      Xilinx products are not intended for use in life support                 
27      appliances, devices, or systems. Use in such applications are             
28      expressly prohibited.                                                     
29                                                                               
30      (c) Copyright 1995-2007 Xilinx, Inc.                                     
31      All rights reserved.                                                     
32                                                                               
33   ")
34   (comment "Core parameters: ")
35       (comment "c_has_bypass_with_cin = false ")
36       (comment "c_a_type = 0 ")
37       (comment "c_has_sclr = false ")
38       (comment "c_sync_priority = 1 ")
39       (comment "c_has_aset = false ")
40       (comment "c_has_b_out = false ")
41       (comment "c_has_s = true ")
42       (comment "c_has_q = false ")
43       (comment "InstanceName = adder_subtracter_virtex2p_7_0_cf28bbebd75d9ce3 ")
44       (comment "c_family = virtex2p ")
45       (comment "c_bypass_enable = false ")
46       (comment "c_b_constant = false ")
47       (comment "c_has_ovfl = false ")
48       (comment "c_high_bit = 8 ")
49       (comment "c_latency = 0 ")
50       (comment "c_sinit_val = 0 ")
51       (comment "c_has_bypass = false ")
52       (comment "c_pipe_stages = 1 ")
53       (comment "c_has_sset = false ")
54       (comment "c_has_ainit = false ")
55       (comment "c_has_a_signed = false ")
56       (comment "c_has_q_c_out = false ")
57       (comment "c_b_type = 0 ")
58       (comment "c_has_add = false ")
59       (comment "c_has_sinit = false ")
60       (comment "c_has_b_in = false ")
61       (comment "c_has_b_signed = false ")
62       (comment "c_bypass_low = false ")
63       (comment "c_enable_rlocs = true ")
64       (comment "c_b_value = 0 ")
65       (comment "c_add_mode = 1 ")
66       (comment "c_has_aclr = false ")
67       (comment "c_out_width = 9 ")
68       (comment "c_ainit_val = 0000 ")
69       (comment "c_low_bit = 0 ")
70       (comment "c_has_q_ovfl = false ")
71       (comment "c_has_q_b_out = false ")
72       (comment "c_has_c_out = false ")
73       (comment "c_b_width = 9 ")
74       (comment "c_a_width = 9 ")
75       (comment "c_sync_enable = 0 ")
76       (comment "c_has_ce = true ")
77       (comment "c_has_c_in = false ")
78   (external xilinxun (edifLevel 0)
79      (technology (numberDefinition))
80       (cell VCC (cellType GENERIC)
81           (view view_1 (viewType NETLIST)
82               (interface
83                   (port P (direction OUTPUT))
84               )
85           )
86       )
87       (cell GND (cellType GENERIC)
88           (view view_1 (viewType NETLIST)
89               (interface
90                   (port G (direction OUTPUT))
91               )
92           )
93       )
94       (cell LUT4 (cellType GENERIC)
95           (view view_1 (viewType NETLIST)
96               (interface
97                   (port I0 (direction INPUT))
98                   (port I1 (direction INPUT))
99                   (port I2 (direction INPUT))
100                   (port I3 (direction INPUT))
101                   (port O (direction OUTPUT))
102               )
103           )
104       )
105       (cell MUXCY (cellType GENERIC)
106           (view view_1 (viewType NETLIST)
107               (interface
108                   (port DI (direction INPUT))
109                   (port CI (direction INPUT))
110                   (port S (direction INPUT))
111                   (port O (direction OUTPUT))
112               )
113           )
114       )
115       (cell XORCY (cellType GENERIC)
116           (view view_1 (viewType NETLIST)
117               (interface
118                   (port LI (direction INPUT))
119                   (port CI (direction INPUT))
120                   (port O (direction OUTPUT))
121               )
122           )
123       )
124   )
125(library test_lib (edifLevel 0) (technology (numberDefinition (scale 1 (E 1 -12) (unit Time))))
126(cell adder_subtracter_virtex2p_7_0_cf28bbebd75d9ce3
127 (cellType GENERIC) (view view_1 (viewType NETLIST)
128  (interface
129   (port ( array ( rename A "A(8:0)") 9 ) (direction INPUT))
130   (port ( array ( rename B "B(8:0)") 9 ) (direction INPUT))
131   (port ( array ( rename S "S(8:0)") 9 ) (direction OUTPUT))
132   )
133  (contents
134   (instance VCC (viewRef view_1 (cellRef VCC  (libraryRef xilinxun))))
135   (instance GND (viewRef view_1 (cellRef GND  (libraryRef xilinxun))))
136   (instance BU3
137      (viewRef view_1 (cellRef LUT4 (libraryRef xilinxun)))
138      (property RLOC (string "x3y4"))
139      (property RPM_GRID (string "GRID"))
140      (property INIT (string "9999"))
141   )
142   (instance BU4
143      (viewRef view_1 (cellRef MUXCY (libraryRef xilinxun)))
144      (property RLOC (string "x3y4"))
145      (property RPM_GRID (string "GRID"))
146   )
147   (instance BU5
148      (viewRef view_1 (cellRef XORCY (libraryRef xilinxun)))
149      (property RLOC (string "x3y4"))
150      (property RPM_GRID (string "GRID"))
151   )
152   (instance BU7
153      (viewRef view_1 (cellRef LUT4 (libraryRef xilinxun)))
154      (property RLOC (string "x3y4"))
155      (property RPM_GRID (string "GRID"))
156      (property INIT (string "9999"))
157   )
158   (instance BU8
159      (viewRef view_1 (cellRef MUXCY (libraryRef xilinxun)))
160      (property RLOC (string "x3y4"))
161      (property RPM_GRID (string "GRID"))
162   )
163   (instance BU9
164      (viewRef view_1 (cellRef XORCY (libraryRef xilinxun)))
165      (property RLOC (string "x3y4"))
166      (property RPM_GRID (string "GRID"))
167   )
168   (instance BU11
169      (viewRef view_1 (cellRef LUT4 (libraryRef xilinxun)))
170      (property RLOC (string "x3y5"))
171      (property RPM_GRID (string "GRID"))
172      (property INIT (string "9999"))
173   )
174   (instance BU12
175      (viewRef view_1 (cellRef MUXCY (libraryRef xilinxun)))
176      (property RLOC (string "x3y5"))
177      (property RPM_GRID (string "GRID"))
178   )
179   (instance BU13
180      (viewRef view_1 (cellRef XORCY (libraryRef xilinxun)))
181      (property RLOC (string "x3y5"))
182      (property RPM_GRID (string "GRID"))
183   )
184   (instance BU15
185      (viewRef view_1 (cellRef LUT4 (libraryRef xilinxun)))
186      (property RLOC (string "x3y5"))
187      (property RPM_GRID (string "GRID"))
188      (property INIT (string "9999"))
189   )
190   (instance BU16
191      (viewRef view_1 (cellRef MUXCY (libraryRef xilinxun)))
192      (property RLOC (string "x3y5"))
193      (property RPM_GRID (string "GRID"))
194   )
195   (instance BU17
196      (viewRef view_1 (cellRef XORCY (libraryRef xilinxun)))
197      (property RLOC (string "x3y5"))
198      (property RPM_GRID (string "GRID"))
199   )
200   (instance BU19
201      (viewRef view_1 (cellRef LUT4 (libraryRef xilinxun)))
202      (property RLOC (string "x3y8"))
203      (property RPM_GRID (string "GRID"))
204      (property INIT (string "9999"))
205   )
206   (instance BU20
207      (viewRef view_1 (cellRef MUXCY (libraryRef xilinxun)))
208      (property RLOC (string "x3y8"))
209      (property RPM_GRID (string "GRID"))
210   )
211   (instance BU21
212      (viewRef view_1 (cellRef XORCY (libraryRef xilinxun)))
213      (property RLOC (string "x3y8"))
214      (property RPM_GRID (string "GRID"))
215   )
216   (instance BU23
217      (viewRef view_1 (cellRef LUT4 (libraryRef xilinxun)))
218      (property RLOC (string "x3y8"))
219      (property RPM_GRID (string "GRID"))
220      (property INIT (string "9999"))
221   )
222   (instance BU24
223      (viewRef view_1 (cellRef MUXCY (libraryRef xilinxun)))
224      (property RLOC (string "x3y8"))
225      (property RPM_GRID (string "GRID"))
226   )
227   (instance BU25
228      (viewRef view_1 (cellRef XORCY (libraryRef xilinxun)))
229      (property RLOC (string "x3y8"))
230      (property RPM_GRID (string "GRID"))
231   )
232   (instance BU27
233      (viewRef view_1 (cellRef LUT4 (libraryRef xilinxun)))
234      (property RLOC (string "x3y9"))
235      (property RPM_GRID (string "GRID"))
236      (property INIT (string "9999"))
237   )
238   (instance BU28
239      (viewRef view_1 (cellRef MUXCY (libraryRef xilinxun)))
240      (property RLOC (string "x3y9"))
241      (property RPM_GRID (string "GRID"))
242   )
243   (instance BU29
244      (viewRef view_1 (cellRef XORCY (libraryRef xilinxun)))
245      (property RLOC (string "x3y9"))
246      (property RPM_GRID (string "GRID"))
247   )
248   (instance BU31
249      (viewRef view_1 (cellRef LUT4 (libraryRef xilinxun)))
250      (property RLOC (string "x3y9"))
251      (property RPM_GRID (string "GRID"))
252      (property INIT (string "9999"))
253   )
254   (instance BU32
255      (viewRef view_1 (cellRef MUXCY (libraryRef xilinxun)))
256      (property RLOC (string "x3y9"))
257      (property RPM_GRID (string "GRID"))
258   )
259   (instance BU33
260      (viewRef view_1 (cellRef XORCY (libraryRef xilinxun)))
261      (property RLOC (string "x3y9"))
262      (property RPM_GRID (string "GRID"))
263   )
264   (instance BU35
265      (viewRef view_1 (cellRef LUT4 (libraryRef xilinxun)))
266      (property RLOC (string "x3y12"))
267      (property RPM_GRID (string "GRID"))
268      (property INIT (string "9999"))
269   )
270   (instance BU36
271      (viewRef view_1 (cellRef XORCY (libraryRef xilinxun)))
272      (property RLOC (string "x3y12"))
273      (property RPM_GRID (string "GRID"))
274   )
275   (net N0
276    (joined
277      (portRef G (instanceRef GND))
278      (portRef I2 (instanceRef BU3))
279      (portRef I3 (instanceRef BU3))
280      (portRef I2 (instanceRef BU7))
281      (portRef I3 (instanceRef BU7))
282      (portRef I2 (instanceRef BU11))
283      (portRef I3 (instanceRef BU11))
284      (portRef I2 (instanceRef BU15))
285      (portRef I3 (instanceRef BU15))
286      (portRef I2 (instanceRef BU19))
287      (portRef I3 (instanceRef BU19))
288      (portRef I2 (instanceRef BU23))
289      (portRef I3 (instanceRef BU23))
290      (portRef I2 (instanceRef BU27))
291      (portRef I3 (instanceRef BU27))
292      (portRef I2 (instanceRef BU31))
293      (portRef I3 (instanceRef BU31))
294      (portRef I2 (instanceRef BU35))
295      (portRef I3 (instanceRef BU35))
296    )
297   )
298   (net N1
299    (joined
300      (portRef P (instanceRef VCC))
301      (portRef CI (instanceRef BU4))
302      (portRef CI (instanceRef BU5))
303    )
304   )
305   (net N2
306    (joined
307      (portRef S (instanceRef BU4))
308      (portRef LI (instanceRef BU5))
309      (portRef O (instanceRef BU3))
310    )
311   )
312   (net N5
313    (joined
314      (portRef O (instanceRef BU4))
315      (portRef CI (instanceRef BU8))
316      (portRef CI (instanceRef BU9))
317    )
318   )
319   (net N7
320    (joined
321      (portRef S (instanceRef BU8))
322      (portRef LI (instanceRef BU9))
323      (portRef O (instanceRef BU7))
324    )
325   )
326   (net N10
327    (joined
328      (portRef O (instanceRef BU8))
329      (portRef CI (instanceRef BU12))
330      (portRef CI (instanceRef BU13))
331    )
332   )
333   (net N12
334    (joined
335      (portRef S (instanceRef BU12))
336      (portRef LI (instanceRef BU13))
337      (portRef O (instanceRef BU11))
338    )
339   )
340   (net N15
341    (joined
342      (portRef O (instanceRef BU12))
343      (portRef CI (instanceRef BU16))
344      (portRef CI (instanceRef BU17))
345    )
346   )
347   (net N17
348    (joined
349      (portRef S (instanceRef BU16))
350      (portRef LI (instanceRef BU17))
351      (portRef O (instanceRef BU15))
352    )
353   )
354   (net N20
355    (joined
356      (portRef O (instanceRef BU16))
357      (portRef CI (instanceRef BU20))
358      (portRef CI (instanceRef BU21))
359    )
360   )
361   (net N22
362    (joined
363      (portRef S (instanceRef BU20))
364      (portRef LI (instanceRef BU21))
365      (portRef O (instanceRef BU19))
366    )
367   )
368   (net N25
369    (joined
370      (portRef O (instanceRef BU20))
371      (portRef CI (instanceRef BU24))
372      (portRef CI (instanceRef BU25))
373    )
374   )
375   (net N27
376    (joined
377      (portRef S (instanceRef BU24))
378      (portRef LI (instanceRef BU25))
379      (portRef O (instanceRef BU23))
380    )
381   )
382   (net N30
383    (joined
384      (portRef O (instanceRef BU24))
385      (portRef CI (instanceRef BU28))
386      (portRef CI (instanceRef BU29))
387    )
388   )
389   (net N32
390    (joined
391      (portRef S (instanceRef BU28))
392      (portRef LI (instanceRef BU29))
393      (portRef O (instanceRef BU27))
394    )
395   )
396   (net N35
397    (joined
398      (portRef O (instanceRef BU28))
399      (portRef CI (instanceRef BU32))
400      (portRef CI (instanceRef BU33))
401    )
402   )
403   (net N37
404    (joined
405      (portRef S (instanceRef BU32))
406      (portRef LI (instanceRef BU33))
407      (portRef O (instanceRef BU31))
408    )
409   )
410   (net N40
411    (joined
412      (portRef O (instanceRef BU32))
413      (portRef CI (instanceRef BU36))
414    )
415   )
416   (net N42
417    (joined
418      (portRef LI (instanceRef BU36))
419      (portRef O (instanceRef BU35))
420    )
421   )
422   (net (rename N46 "A(0)")
423    (joined
424      (portRef (member A 8))
425      (portRef DI (instanceRef BU4))
426      (portRef I0 (instanceRef BU3))
427    )
428   )
429   (net (rename N47 "A(1)")
430    (joined
431      (portRef (member A 7))
432      (portRef DI (instanceRef BU8))
433      (portRef I0 (instanceRef BU7))
434    )
435   )
436   (net (rename N48 "A(2)")
437    (joined
438      (portRef (member A 6))
439      (portRef DI (instanceRef BU12))
440      (portRef I0 (instanceRef BU11))
441    )
442   )
443   (net (rename N49 "A(3)")
444    (joined
445      (portRef (member A 5))
446      (portRef DI (instanceRef BU16))
447      (portRef I0 (instanceRef BU15))
448    )
449   )
450   (net (rename N50 "A(4)")
451    (joined
452      (portRef (member A 4))
453      (portRef DI (instanceRef BU20))
454      (portRef I0 (instanceRef BU19))
455    )
456   )
457   (net (rename N51 "A(5)")
458    (joined
459      (portRef (member A 3))
460      (portRef DI (instanceRef BU24))
461      (portRef I0 (instanceRef BU23))
462    )
463   )
464   (net (rename N52 "A(6)")
465    (joined
466      (portRef (member A 2))
467      (portRef DI (instanceRef BU28))
468      (portRef I0 (instanceRef BU27))
469    )
470   )
471   (net (rename N53 "A(7)")
472    (joined
473      (portRef (member A 1))
474      (portRef DI (instanceRef BU32))
475      (portRef I0 (instanceRef BU31))
476    )
477   )
478   (net (rename N54 "A(8)")
479    (joined
480      (portRef (member A 0))
481      (portRef I0 (instanceRef BU35))
482    )
483   )
484   (net (rename N55 "B(0)")
485    (joined
486      (portRef (member B 8))
487      (portRef I1 (instanceRef BU3))
488    )
489   )
490   (net (rename N56 "B(1)")
491    (joined
492      (portRef (member B 7))
493      (portRef I1 (instanceRef BU7))
494    )
495   )
496   (net (rename N57 "B(2)")
497    (joined
498      (portRef (member B 6))
499      (portRef I1 (instanceRef BU11))
500    )
501   )
502   (net (rename N58 "B(3)")
503    (joined
504      (portRef (member B 5))
505      (portRef I1 (instanceRef BU15))
506    )
507   )
508   (net (rename N59 "B(4)")
509    (joined
510      (portRef (member B 4))
511      (portRef I1 (instanceRef BU19))
512    )
513   )
514   (net (rename N60 "B(5)")
515    (joined
516      (portRef (member B 3))
517      (portRef I1 (instanceRef BU23))
518    )
519   )
520   (net (rename N61 "B(6)")
521    (joined
522      (portRef (member B 2))
523      (portRef I1 (instanceRef BU27))
524    )
525   )
526   (net (rename N62 "B(7)")
527    (joined
528      (portRef (member B 1))
529      (portRef I1 (instanceRef BU31))
530    )
531   )
532   (net (rename N63 "B(8)")
533    (joined
534      (portRef (member B 0))
535      (portRef I1 (instanceRef BU35))
536    )
537   )
538   (net (rename N64 "S(0)")
539    (joined
540      (portRef (member S 8))
541      (portRef O (instanceRef BU5))
542    )
543   )
544   (net (rename N65 "S(1)")
545    (joined
546      (portRef (member S 7))
547      (portRef O (instanceRef BU9))
548    )
549   )
550   (net (rename N66 "S(2)")
551    (joined
552      (portRef (member S 6))
553      (portRef O (instanceRef BU13))
554    )
555   )
556   (net (rename N67 "S(3)")
557    (joined
558      (portRef (member S 5))
559      (portRef O (instanceRef BU17))
560    )
561   )
562   (net (rename N68 "S(4)")
563    (joined
564      (portRef (member S 4))
565      (portRef O (instanceRef BU21))
566    )
567   )
568   (net (rename N69 "S(5)")
569    (joined
570      (portRef (member S 3))
571      (portRef O (instanceRef BU25))
572    )
573   )
574   (net (rename N70 "S(6)")
575    (joined
576      (portRef (member S 2))
577      (portRef O (instanceRef BU29))
578    )
579   )
580   (net (rename N71 "S(7)")
581    (joined
582      (portRef (member S 1))
583      (portRef O (instanceRef BU33))
584    )
585   )
586   (net (rename N72 "S(8)")
587    (joined
588      (portRef (member S 0))
589      (portRef O (instanceRef BU36))
590    )
591   )
592))))
593(design adder_subtracter_virtex2p_7_0_cf28bbebd75d9ce3 (cellRef adder_subtracter_virtex2p_7_0_cf28bbebd75d9ce3 (libraryRef test_lib))
594  (property X_CORE_INFO (string "C_ADDSUB_V7_0, Xilinx CORE Generator 10.1.02_ip2"))
595  (property PART (string "xc2vp2-fg256-7") (owner "Xilinx"))
596))
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