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comparison test-data/input/example_02/farmer-pl.txt @ 0:50112d3941d8 draft

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"planemo upload for repository https://forgemia.inra.fr/insilicow/insilicow-tool commit a01dd8fc54d5015e703722d7acb8db4b54b4a468"
author siwaa
date Mon, 07 Apr 2025 15:18:25 +0000
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1 #################################################################################################################
2 # #
3 # InSiliCow: Farm Management #
4 # #
5 #################################################################################################################
6
7 #################################################################################################################
8 #====== Preprocessor: specification of included files #
9 #################################################################################################################
10
11 @include farmer-log.txt
12 # provides the action log_olivier
13 # call the action log_olivier every hour
14
15 #################################################################################################################
16 #====== Initialization of simulation #
17 #################################################################################################################
18
19 #______ Simulation time range
20
21 init{
22 begin_date = 1970-01-01 00:00:00 # 1970-01-01 00:00:00
23 end_date = $end_year$-12-31 23:59:59 # 1975-02-20 23:59:59
24 output_db = events.sqlite
25 name = $sim_id$
26 }
27
28 #______ Models
29
30 param_general{
31 garuns_type = garuns_olivier
32 rpm_type = rpm_lite
33 abortion_type = abortion_olivier
34 }
35
36
37 #______ Stoechio
38 stoechio{
39
40 }
41
42 #################################################################################################################
43 #====== Genetic Scaling Parameters (GSP): defines individual cow performance #
44 # #
45 #======> in GARUNS model #
46 #GSP (unit) : Name Default | Proxy for #
47 #WM (Kg) : Mature non labile body mass 450 ± 25 | Format #
48 #khi_M (%) : Target labile:non-labile mass ratio 0.33 ± 0.03 | Body fatness #
49 #b0 (1/d) : Reserves storage rate 1.6 ± 0.16 | Reserve lability #
50 #nu_X (-) : Labile body mass mobilization index 1.0 ± 0.1 | Maternal investment #
51 #nu_Y (-) : Milk yield index 1.0 ± 0.1 | Milk potential #
52 #nu_F (-) : Milk fat secretion index 1.00 ± 0.02 | Milk fat content #
53 #nu_P (-) : Milk protein secretion index 1.00 ± 0.02 | Milk protein content #
54 #eD_star (MJ ME/Kg DM) : Optimal diet energy content 12.3 ± 0.5 | Energy intake capacity #
55 #NDF_star (Kg NDF/Kg DM): Optimal fiber energy content 0.5 ± 0.02 | Fiber intake capacity #
56 # #
57 #======> in RPM model #
58 #nu_I (-) : Conception probability threshold 0.026 ± 0.007 | Fertility #
59 #nu_B (-) : Puberty index 1.70 ± 0.07 | Age at 1st ovulation #
60 #nu_Z (-) : Follicular dynamics rate 1.00 ± 0.02 | Estrous duration #
61 #################################################################################################################
62
63 #################################################################################################################
64 #====== Transmission of Genetic Scaling Parameters (GSP) #
65 # > genetic_sd defines the Mendelian sampling standard deviation for the calculation of the GSP of #
66 # a newborn calf : GSP_newborn ~ Normal [ (GSP_mother + GSP_father)/2 , GSP_sd ] #
67 #################################################################################################################
68
69 genetic_sd{
70
71 garuns_olivier.WM{
72 sd = 50
73 min = 200
74 max = 800
75 }
76
77 garuns_olivier.khi_M {
78 sd = 0.06
79 min = 0.1
80 max = 0.6
81 }
82
83 garuns_olivier.b0{
84 sd = 0
85 min = 0.80
86 max = 2.40
87 }
88
89 garuns_olivier.nu_X{
90 sd = 0
91 min = 0.2
92 max = 1.8
93 }
94
95 garuns_olivier.nu_Y{
96 sd = 0.1
97 min = 0.2
98 max = 1.8
99 }
100
101 garuns_olivier.nu_F{
102 sd = 0
103 min = 0.50
104 max = 1.50
105 }
106
107 garuns_olivier.nu_P{
108 sd = 0
109 min = 0.50
110 max = 1.50
111 }
112
113 garuns_olivier.eD_star{
114 sd = 0
115 min = 9.0
116 max = 15.0
117 }
118
119 garuns_olivier.NDF_star{
120 sd = 0
121 min = 0.10
122 max = 0.90
123 }
124
125 rpm_lite.nu_I{
126 sd = 0.007
127 min = 0.00
128 max = 0.20
129 }
130
131 rpm_lite.nu_B{
132 sd = 0.07
133 min = 1.20
134 max = 2.20
135 }
136
137 rpm_lite.nu_Z{
138 sd = 0.02
139 min = 0.90
140 max = 1.10
141 }
142 }
143
144 #################################################################################################################
145 #====== Initialization of cows #
146 #################################################################################################################
147
148 ####### DEFAULT COW #############################################################################################
149 init_cow{
150 name=cow_default
151
152 ### ABORTION rules acording to days in pregnancy (dip)
153 abortion_olivier.delta = constant 3.0 # days (compute every delta)
154 abortion_olivier.enabled = sometime
155 # never : no abortion,
156 # always : always abort,
157 # sometime : abort according to abortion_olivier.abo
158 # and abortion_olivier.dip
159
160 ### Days in pregnancy (dip) cutoffs (to cut gestation in early embryo, late embryo and fetal stages)
161 # Default intervals: Early embryo [0;17] Late embryo [17;64] Fetal [64;+inf]
162 abortion_olivier.dip = vector constant 17 ; constant 64
163
164 ### Daily probability of abortion for each intervals
165 # Default probabiliies : E: 0.0230 L: 0.0096 F: 0.0004
166 abortion_olivier.abo = vector constant 0.02 ; constant 0.005 ; constant 0.0004
167
168 ### GARUNS & RPM_lite Genetic Scaling Parameters
169 # Default constant values
170 garuns_olivier.WM = constant 450 #450
171 garuns_olivier.khi_M = constant 0.30 # 0.33
172 garuns_olivier.b0 = constant 1.6 # 1.6
173 garuns_olivier.nu_X = constant 1 # 1.0
174 garuns_olivier.nu_Y = constant 1.1 # 1.0
175 garuns_olivier.nu_F = constant 1 # 1.0
176 garuns_olivier.nu_P = constant 1 # 1.0
177 garuns_olivier.eD_star = constant 10.7 # 10.7
178 garuns_olivier.NDF_star = constant 0.5 # 0.5
179 rpm_lite.nu_B = constant 1.7 # 1.7
180 rpm_lite.nu_Z = constant 1 # 1.0
181 rpm_lite.nu_I = constant 0.025 # 0.026
182 }
183
184 ####### RANDOM COW ##############################################################################################
185 init_cow{
186 name=cow_random
187
188 ### ABORTION rules acording to days in pregnancy (dip)
189 abortion_olivier.delta = constant 3.0 # days (compute every delta)
190 abortion_olivier.enabled = sometime
191 # never : no abortion,
192 # always : always abort,
193 # sometime : abort according to abortion_olivier.abo
194 # and abortion_olivier.dip
195
196 ### Days in pregnancy (dip) cutoffs (to cut gestation in early embryo, late embryo and fetal stages)
197 # Default intervals: Early embryo [0;17] Late embryo [17;64] Fetal [64;+inf]
198 abortion_olivier.dip = vector constant 17 ; constant 64
199
200 ### Daily probability of abortion for each intervals
201 # Default probabiliies : E: 0.0230 L: 0.0096 F: 0.0004
202 abortion_olivier.abo = vector constant 0.02 ; constant 0.005 ; constant 0.0004
203
204 ### GARUNS & RPM_lite Genetic Scaling Parameters
205 # Random values
206 garuns_olivier.WM = norm99 450 50 #450 ± 25
207 garuns_olivier.khi_M = norm99 0.30 0.06 # 0.33 ± 0.03
208 garuns_olivier.b0 = norm99 1.6 0 # 1.6 ± 0.16
209 garuns_olivier.nu_X = norm99 1 0 # 1.0 ± 0.10
210 garuns_olivier.nu_Y = norm99 1.1 0.1 # 1.0 ± 0.10
211 garuns_olivier.nu_F = norm99 1 0 # 1.0 ± 0.02
212 garuns_olivier.nu_P = norm99 1 0 # 1.0 ± 0.02
213 garuns_olivier.eD_star = norm99 10.7 0 # 10.7 ± 0.5
214 garuns_olivier.NDF_star = norm99 0.5 0 # 0.5 ± 0.02
215 rpm_lite.nu_B = norm99 1.7 0.07 # 1.7 ± 0.07
216 rpm_lite.nu_Z = norm99 1 0.02 # 1.0 ± 0.02
217 rpm_lite.nu_I = norm99 0.025 0.007 # 0.026 ± 0.007
218 }
219
220 #################################################################################################################
221 #====== Breeding #
222 #################################################################################################################
223
224 #______ Bull semen: quality = 0.95 ± 0.05 ; sexratio = 0 % female
225
226 breed{
227 breed = bull_default
228 }
229
230 init_bull{
231 name=semen_default
232 bull.breed_name = bull_default
233 bull.semens_quality = norm99 0.95 0.05 # a number between 0.0 (=never works) and 1.0 (=perfect)
234 bull.female_ratio = constant 0 # offspring sex ratio. 1.0 = 100%female, 0.0=0%female
235 }
236
237 #_______Breeding season: every year from *-03-21 00:00:00 to *-06-21 23:59:59
238
239 condition{
240 type = chron_range
241 name = breeding_season
242 from = *-03-21 00:00:00 #*-03-21 00:00:00
243 to = *-06-21 23:59:59 #*-06-21 23:59:59
244 }
245
246 trigger{
247 type = chron
248 name = breeding_start
249 scheme = *-03-21 00:00:00
250 }
251
252 # link{
253 # trigger = breeding_start
254 # action = log_db Start_breeding_season
255 #}
256
257 trigger{
258 type = chron
259 name = breeding_end
260 scheme = *-06-21 23:59:59
261 }
262
263 #link{
264 # trigger = breeding_end
265 # action = log_db Stop_breeding_season
266 #}
267
268 #______ Estrous detection method ________________________________________________________________________________
269
270 estrous_detection_method{
271 name=estrous_detection_default
272
273 #When do we observe oestruses
274 time_slice = 06:00:00 18:00:00 #00:00:01 23:59:59
275
276 #estrogene is transformed to an expression using a Hill function
277 expression_threshold=0.75 #default 0.75
278 expression_stiffness=7 #default 7
279
280
281 #the oestrus worth an insemination if the memory function is above this threshold
282 #THIS threshold is scaled for an observation all the day long
283 #if you observe half a day multiply this threshold by 0.5
284 #1.0 is a reasonable base value for all day observations
285 detection_threshold=0.05 # 0.1
286
287 #then, the oestrus is truely detected with a chance of
288 sensitivity = 0.75 #0.7
289
290 #then an average of wrong_oestrus_per_day are generated
291 wrong_oestrus_per_day = 0 #0.00
292 }
293
294
295 #______ Insemination _________________________________________________________________________________
296
297 # Insemination is performed once a day when estrous is detected
298
299 state{
300 state = ALREADY_INSEMINATED
301 }
302
303 trigger{
304 type=custom
305 name=tr_delete_ALREADY_INSEMINATED
306 }
307
308 link{
309 trigger = tr_delete_ALREADY_INSEMINATED
310 action = state_delete ALREADY_INSEMINATED
311 }
312
313 link{
314 trigger = estrous
315 condition = is_in BREEDING
316 condition = not is_pregnant
317 condition = not is_in ALREADY_INSEMINATED
318 action = state_add ALREADY_INSEMINATED
319 action = trigger_later tr_delete_ALREADY_INSEMINATED 1
320 action = log_db 01_INSEMINATION
321 action = inseminate semen_default
322 }
323
324 #################################################################################################################
325 #====== Initialization of herd #
326 #################################################################################################################
327
328 trigger{
329 type = custom
330 name = init_day_01
331 }
332 trigger{
333 type = custom
334 name = init_day_02
335 }
336 trigger{
337 type = custom
338 name = init_day_03
339 }
340 trigger{
341 type = custom
342 name = init_day_04
343 }
344 trigger{
345 type = custom
346 name = init_day_05
347 }
348 trigger{
349 type = custom
350 name = init_day_06
351 }
352 trigger{
353 type = custom
354 name = init_day_07
355 }
356 trigger{
357 type = custom
358 name = init_day_08
359 }
360 trigger{
361 type = custom
362 name = init_day_09
363 }
364 trigger{
365 type = custom
366 name = init_day_10
367 }
368 trigger{
369 type = custom
370 name = init_day_11
371 }
372 trigger{
373 type = custom
374 name = init_day_12
375 }
376 trigger{
377 type = custom
378 name = init_day_13
379 }
380 trigger{
381 type = custom
382 name = init_day_14
383 }
384 trigger{
385 type = custom
386 name = init_day_15
387 }
388 trigger{
389 type = custom
390 name = init_day_16
391 }
392 trigger{
393 type = custom
394 name = init_day_17
395 }
396 trigger{
397 type = custom
398 name = init_day_18
399 }
400 trigger{
401 type = custom
402 name = init_day_19
403 }
404 trigger{
405 type = custom
406 name = init_day_20
407 }
408 trigger{
409 type = custom
410 name = init_day_21
411 }
412 trigger{
413 type = custom
414 name = init_day_22
415 }
416 trigger{
417 type = custom
418 name = init_day_23
419 }
420 trigger{
421 type = custom
422 name = init_day_24
423 }
424 trigger{
425 type = custom
426 name = init_day_25
427 }
428 trigger{
429 type = custom
430 name = init_day_26
431 }
432 trigger{
433 type = custom
434 name = init_day_27
435 }
436 trigger{
437 type = custom
438 name = init_day_28
439 }
440 trigger{
441 type = custom
442 name = init_day_29
443 }
444 trigger{
445 type = custom
446 name = init_day_30
447 }
448 trigger{
449 type = custom
450 name = init_day_31
451 }
452 trigger{
453 type = custom
454 name = init_day_32
455 }
456 trigger{
457 type = custom
458 name = init_day_33
459 }
460 trigger{
461 type = custom
462 name = init_day_34
463 }
464 trigger{
465 type = custom
466 name = init_day_35
467 }
468 trigger{
469 type = custom
470 name = init_day_36
471 }
472 trigger{
473 type = custom
474 name = init_day_37
475 }
476 trigger{
477 type = custom
478 name = init_day_38
479 }
480 trigger{
481 type = custom
482 name = init_day_39
483 }
484 trigger{
485 type = custom
486 name = init_day_40
487 }
488 trigger{
489 type = custom
490 name = init_day_41
491 }
492 trigger{
493 type = custom
494 name = init_day_42
495 }
496 trigger{
497 type = custom
498 name = init_day_43
499 }
500 trigger{
501 type = custom
502 name = init_day_44
503 }
504 trigger{
505 type = custom
506 name = init_day_45
507 }
508 trigger{
509 type = custom
510 name = init_day_46
511 }
512 trigger{
513 type = custom
514 name = init_day_47
515 }
516 trigger{
517 type = custom
518 name = init_day_48
519 }
520 trigger{
521 type = custom
522 name = init_day_49
523 }
524 trigger{
525 type = custom
526 name = init_day_50
527 }
528 trigger{
529 type = custom
530 name = init_day_51
531 }
532 trigger{
533 type = custom
534 name = init_day_52
535 }
536 trigger{
537 type = custom
538 name = init_day_53
539 }
540 trigger{
541 type = custom
542 name = init_day_54
543 }
544 trigger{
545 type = custom
546 name = init_day_55
547 }
548 trigger{
549 type = custom
550 name = init_day_56
551 }
552 trigger{
553 type = custom
554 name = init_day_57
555 }
556 trigger{
557 type = custom
558 name = init_day_58
559 }
560 trigger{
561 type = custom
562 name = init_day_59
563 }
564
565 link{
566 trigger = init
567 action = buy_calf cow_random 1
568 action = log_db BUY_CALF_N=1
569 action = trigger_later init_day_01 1
570 }
571 link{
572 trigger = init_day_01
573 action = buy_calf cow_random 0
574 action = log_db BUY_CALF_N=0
575 action = trigger_later init_day_02 1
576 }
577 link{
578 trigger = init_day_02
579 action = buy_calf cow_random 0
580 action = log_db BUY_CALF_N=0
581 action = trigger_later init_day_03 1
582 }
583 link{
584 trigger = init_day_03
585 action = buy_calf cow_random 8
586 action = log_db BUY_CALF_N=8
587 action = trigger_later init_day_04 1
588 }
589 link{
590 trigger = init_day_04
591 action = buy_calf cow_random 8
592 action = log_db BUY_CALF_N=8
593 action = trigger_later init_day_05 1
594 }
595 link{
596 trigger = init_day_05
597 action = buy_calf cow_random 4
598 action = log_db BUY_CALF_N=4
599 action = trigger_later init_day_06 1
600 }
601 link{
602 trigger = init_day_06
603 action = buy_calf cow_random 0
604 action = log_db BUY_CALF_N=0
605 action = trigger_later init_day_07 1
606 }
607 link{
608 trigger = init_day_07
609 action = buy_calf cow_random 0
610 action = log_db BUY_CALF_N=0
611 action = trigger_later init_day_08 1
612 }
613 link{
614 trigger = init_day_08
615 action = buy_calf cow_random 0
616 action = log_db BUY_CALF_N=0
617 action = trigger_later init_day_09 1
618 }
619 link{
620 trigger = init_day_09
621 action = buy_calf cow_random 4
622 action = log_db BUY_CALF_N=4
623 action = trigger_later init_day_10 1
624 }
625 link{
626 trigger = init_day_10
627 action = buy_calf cow_random 4
628 action = log_db BUY_CALF_N=4
629 action = trigger_later init_day_11 1
630 }
631 link{
632 trigger = init_day_11
633 action = buy_calf cow_random 0
634 action = log_db BUY_CALF_N=0
635 action = trigger_later init_day_12 1
636 }
637 link{
638 trigger = init_day_12
639 action = buy_calf cow_random 0
640 action = log_db BUY_CALF_N=0
641 action = trigger_later init_day_13 1
642 }
643 link{
644 trigger = init_day_13
645 action = buy_calf cow_random 4
646 action = log_db BUY_CALF_N=4
647 action = trigger_later init_day_14 1
648 }
649 link{
650 trigger = init_day_14
651 action = buy_calf cow_random 0
652 action = log_db BUY_CALF_N=0
653 action = trigger_later init_day_15 1
654 }
655 link{
656 trigger = init_day_15
657 action = buy_calf cow_random 0
658 action = log_db BUY_CALF_N=0
659 action = trigger_later init_day_16 1
660 }
661 link{
662 trigger = init_day_16
663 action = buy_calf cow_random 4
664 action = log_db BUY_CALF_N=4
665 action = trigger_later init_day_17 1
666 }
667 link{
668 trigger = init_day_17
669 action = buy_calf cow_random 0
670 action = log_db BUY_CALF_N=0
671 action = trigger_later init_day_18 1
672 }
673 link{
674 trigger = init_day_18
675 action = buy_calf cow_random 0
676 action = log_db BUY_CALF_N=0
677 action = trigger_later init_day_19 1
678 }
679 link{
680 trigger = init_day_19
681 action = buy_calf cow_random 0
682 action = log_db BUY_CALF_N=0
683 action = trigger_later init_day_20 1
684 }
685 link{
686 trigger = init_day_20
687 action = buy_calf cow_random 0
688 action = log_db BUY_CALF_N=0
689 action = trigger_later init_day_21 1
690 }
691 link{
692 trigger = init_day_21
693 action = buy_calf cow_random 0
694 action = log_db BUY_CALF_N=0
695 action = trigger_later init_day_22 1
696 }
697 link{
698 trigger = init_day_22
699 action = buy_calf cow_random 0
700 action = log_db BUY_CALF_N=0
701 action = trigger_later init_day_23 1
702 }
703 link{
704 trigger = init_day_23
705 action = buy_calf cow_random 0
706 action = log_db BUY_CALF_N=0
707 action = trigger_later init_day_24 1
708 }
709 link{
710 trigger = init_day_24
711 action = buy_calf cow_random 0
712 action = log_db BUY_CALF_N=0
713 action = trigger_later init_day_25 1
714 }
715 link{
716 trigger = init_day_25
717 action = buy_calf cow_random 4
718 action = log_db BUY_CALF_N=4
719 action = trigger_later init_day_26 1
720 }
721 link{
722 trigger = init_day_26
723 action = buy_calf cow_random 0
724 action = log_db BUY_CALF_N=0
725 action = trigger_later init_day_27 1
726 }
727 link{
728 trigger = init_day_27
729 action = buy_calf cow_random 12
730 action = log_db BUY_CALF_N=12
731 action = trigger_later init_day_28 1
732 }
733 link{
734 trigger = init_day_28
735 action = buy_calf cow_random 0
736 action = log_db BUY_CALF_N=0
737 action = trigger_later init_day_29 1
738 }
739 link{
740 trigger = init_day_29
741 action = buy_calf cow_random 0
742 action = log_db BUY_CALF_N=0
743 action = trigger_later init_day_30 1
744 }
745 link{
746 trigger = init_day_30
747 action = buy_calf cow_random 0
748 action = log_db BUY_CALF_N=0
749 action = trigger_later init_day_31 1
750 }
751 link{
752 trigger = init_day_31
753 action = buy_calf cow_random 0
754 action = log_db BUY_CALF_N=0
755 action = trigger_later init_day_32 1
756 }
757 link{
758 trigger = init_day_32
759 action = buy_calf cow_random 0
760 action = log_db BUY_CALF_N=0
761 action = trigger_later init_day_33 1
762 }
763 link{
764 trigger = init_day_33
765 action = buy_calf cow_random 0
766 action = log_db BUY_CALF_N=0
767 action = trigger_later init_day_34 1
768 }
769 link{
770 trigger = init_day_34
771 action = buy_calf cow_random 4
772 action = log_db BUY_CALF_N=4
773 action = trigger_later init_day_35 1
774 }
775 link{
776 trigger = init_day_35
777 action = buy_calf cow_random 4
778 action = log_db BUY_CALF_N=4
779 action = trigger_later init_day_36 1
780 }
781 link{
782 trigger = init_day_36
783 action = buy_calf cow_random 0
784 action = log_db BUY_CALF_N=0
785 action = trigger_later init_day_37 1
786 }
787 link{
788 trigger = init_day_37
789 action = buy_calf cow_random 0
790 action = log_db BUY_CALF_N=0
791 action = trigger_later init_day_38 1
792 }
793 link{
794 trigger = init_day_38
795 action = buy_calf cow_random 0
796 action = log_db BUY_CALF_N=0
797 action = trigger_later init_day_39 1
798 }
799 link{
800 trigger = init_day_39
801 action = buy_calf cow_random 4
802 action = log_db BUY_CALF_N=4
803 action = trigger_later init_day_40 1
804 }
805 link{
806 trigger = init_day_40
807 action = buy_calf cow_random 0
808 action = log_db BUY_CALF_N=0
809 action = trigger_later init_day_41 1
810 }
811 link{
812 trigger = init_day_41
813 action = buy_calf cow_random 0
814 action = log_db BUY_CALF_N=0
815 action = trigger_later init_day_42 1
816 }
817 link{
818 trigger = init_day_42
819 action = buy_calf cow_random 0
820 action = log_db BUY_CALF_N=0
821 action = trigger_later init_day_43 1
822 }
823 link{
824 trigger = init_day_43
825 action = buy_calf cow_random 4
826 action = log_db BUY_CALF_N=4
827 action = trigger_later init_day_44 1
828 }
829 link{
830 trigger = init_day_44
831 action = buy_calf cow_random 4
832 action = log_db BUY_CALF_N=4
833 action = trigger_later init_day_45 1
834 }
835 link{
836 trigger = init_day_45
837 action = buy_calf cow_random 4
838 action = log_db BUY_CALF_N=4
839 action = trigger_later init_day_46 1
840 }
841 link{
842 trigger = init_day_46
843 action = buy_calf cow_random 0
844 action = log_db BUY_CALF_N=0
845 action = trigger_later init_day_47 1
846 }
847 link{
848 trigger = init_day_47
849 action = buy_calf cow_random 0
850 action = log_db BUY_CALF_N=0
851 action = trigger_later init_day_48 1
852 }
853 link{
854 trigger = init_day_48
855 action = buy_calf cow_random 4
856 action = log_db BUY_CALF_N=4
857 action = trigger_later init_day_49 1
858 }
859 link{
860 trigger = init_day_49
861 action = buy_calf cow_random 4
862 action = log_db BUY_CALF_N=4
863 action = trigger_later init_day_50 1
864 }
865 link{
866 trigger = init_day_50
867 action = buy_calf cow_random 4
868 action = log_db BUY_CALF_N=4
869 action = trigger_later init_day_51 1
870 }
871 link{
872 trigger = init_day_51
873 action = buy_calf cow_random 8
874 action = log_db BUY_CALF_N=8
875 action = trigger_later init_day_52 1
876 }
877 link{
878 trigger = init_day_52
879 action = buy_calf cow_random 4
880 action = log_db BUY_CALF_N=4
881 action = trigger_later init_day_53 1
882 }
883 link{
884 trigger = init_day_53
885 action = buy_calf cow_random 0
886 action = log_db BUY_CALF_N=0
887 action = trigger_later init_day_54 1
888 }
889 link{
890 trigger = init_day_54
891 action = buy_calf cow_random 0
892 action = log_db BUY_CALF_N=0
893 action = trigger_later init_day_55 1
894 }
895 link{
896 trigger = init_day_55
897 action = buy_calf cow_random 0
898 action = log_db BUY_CALF_N=0
899 action = trigger_later init_day_56 1
900 }
901 link{
902 trigger = init_day_56
903 action = buy_calf cow_random 0
904 action = log_db BUY_CALF_N=0
905 action = trigger_later init_day_57 1
906 }
907 link{
908 trigger = init_day_57
909 action = buy_calf cow_random 0
910 action = log_db BUY_CALF_N=0
911 action = trigger_later init_day_58 1
912 }
913 link{
914 trigger = init_day_58
915 action = buy_calf cow_random 0
916 action = log_db BUY_CALF_N=0
917 action = trigger_later init_day_59 1
918 }
919 link{
920 trigger = init_day_59
921 action = buy_calf cow_random 25
922 action = log_db BUY_CALF_N=25
923 }
924
925 #################################################################################################################
926 #====== Management of herd #
927 #################################################################################################################
928
929 #_______Predefined states : herd, heifers & mature ______________________________________________________________
930 #
931 # herd : Every animal that enters the herd is added to this state. Male calves are never added.
932 # heifers : Newborn female calves enter the herd as heifers, and are moved to not_heifers at 1st calving.
933 # mature : Cows enter mature state when non-labile body mass W > 0.5 WM (GSP for mature format).
934
935
936 #################################################################################################################
937 #====== Remove cows @ end of simulation #
938 #################################################################################################################
939
940 trigger{
941 type = chron
942 name = tr_end_simu
943 scheme = 1985-12-31 23:59:58
944 }
945
946 link{
947 trigger = tr_end_simu
948 action = log_db action_remove_herd
949 action = remove_herd
950 }
951
952 action{
953 type = broadcast_now
954 name = remove_herd
955 trigger = tr_remove_herd
956 }
957
958 trigger{
959 type = custom
960 name = tr_remove_herd
961 }
962
963 link{
964 trigger = tr_remove_herd
965 action = log_db delete_cow
966 action = delete_cow
967 }
968
969 #################################################################################################################
970 #====== Rearing #
971 #################################################################################################################
972
973 #_______CALF: heifers of age < 100 days
974
975 state{
976 state = CALF
977 }
978
979 link{
980 trigger = enter heifers
981 condition = age < 100
982 # action = log_db heifers_to_CALF
983 action = state_move heifers CALF
984 }
985
986 link{
987 trigger = calving
988 condition = state_size CALF > 333
989 action = log_db REMOVE_CALF_to_limit_size
990 action = delete_calf
991 }
992
993 #_______HEIFER: heifers of age >= 100 days
994
995 state{
996 state = HEIFER
997 }
998
999 link{
1000 trigger = enter heifers
1001 condition = age >= 100
1002 # action = log_db heifers_to_HEIFER
1003 action = state_move heifers HEIFER
1004 }
1005
1006 link{
1007 trigger = every_day
1008 condition = age >= 100
1009 condition = is_in CALF
1010 # action = log_db CALF_to_HEIFER_@WEANING
1011 action = state_move CALF HEIFER
1012 }
1013
1014
1015 #################################################################################################################
1016 #====== Reproduction #
1017 #################################################################################################################
1018
1019 #_______CYCLING: non-pregnant heifers at 1st ovulation or postabortive/postpartum recycling cows _____________
1020
1021 state{
1022 state = CYCLING
1023 }
1024
1025 link{
1026 trigger = ovulation
1027 condition = is_in HEIFER
1028 # action = log_db HEIFER_to_CYCLING_@PUBERTY
1029 action = log_db 00_PUBERTY
1030 action = state_move HEIFER CYCLING
1031 }
1032
1033 link{
1034 trigger = ovulation
1035 action = log_db 00_OVULATION
1036 }
1037
1038 #_______BREEDING: cycling heifers and cows during breeding season ______________________________________________
1039
1040 state{
1041 state = BREEDING
1042 }
1043
1044 #During breeding season, not TO_CULL and CYCLING cows are moved to BREEDING
1045 link{
1046 trigger = every_day
1047 condition = breeding_season
1048 condition = not is_in TO_CULL
1049 condition = is_in CYCLING
1050 condition = is_in mature
1051 # action = log_db CYCLING_to_BREEDING
1052 action = state_move CYCLING BREEDING
1053 }
1054
1055 link{
1056 trigger = enter BREEDING
1057 # action = log_db Start_estrous_detection
1058 action = estrous_start estrous_detection_default
1059 }
1060
1061 link{
1062 trigger = every_day
1063 condition = not breeding_season
1064 condition = is_in BREEDING
1065 # action = log_db BREEDING_to_CYCLING
1066 action = state_move BREEDING CYCLING
1067 }
1068
1069 link{
1070 trigger = quit BREEDING
1071 # action = log_db Stop_estrous_detection
1072 action = estrous_stop
1073 }
1074
1075
1076 #_______PREGNANT: at conception _________________________________________________________________________________
1077
1078 state{
1079 state = PREGNANT
1080 }
1081
1082 link{
1083 trigger = conception
1084 action = log_db 02_CONCEPTION
1085 action = state_move BREEDING PREGNANT
1086 }
1087
1088 #_______POST-ABORTIVE: triggered at abortion ____________________________________________________________________
1089
1090 state{
1091 state = POST-ABORTIVE
1092 }
1093
1094 link{
1095 trigger = abortion
1096 condition = days_after_conception <= 17
1097 action = log_db 03_EARLY_EMBRYO_DEATH
1098 action = state_move PREGNANT CYCLING
1099 }
1100
1101 link{
1102 trigger = abortion
1103 condition = days_after_conception > 17
1104 condition = days_after_conception <= 64
1105 action = log_db 04_LATE_EMBRYO_DEATH
1106 action = state_move PREGNANT CYCLING
1107 }
1108
1109 trigger{
1110 type = custom
1111 name = post_abortive_recycling
1112 }
1113
1114 #Abortions after ] 64 - 210 days] days in pregnancy are managed with a voluntary period of 40 days
1115 link{
1116 trigger = abortion
1117 condition = days_after_conception > 64
1118 condition = days_after_conception <= 210
1119 action = log_db 05_FETAL_DEATH
1120 action = state_move PREGNANT POST-ABORTIVE
1121 action = trigger_later post_abortive_recycling 40
1122 }
1123
1124 link{
1125 trigger = post_abortive_recycling
1126 # action = log_db POST-ABORTIVE_to_CYCLING
1127 action = state_move POST-ABORTIVE CYCLING
1128 }
1129
1130 #Abortions after 210 days in pregnancy are managed by culling
1131 link{
1132 trigger = abortion
1133 condition = days_after_conception > 210
1134 action = log_db 05_FETAL_DEATH
1135 action = log_db TO_CULL_from_PREGNANT_after_late_fetal_death
1136 action = state_move PREGNANT TO_CULL
1137 }
1138
1139
1140 #_______POSTPARTAL: triggered at parturition ____________________________________________________________________
1141
1142 state{
1143 state = POSTPARTAL
1144 }
1145
1146 trigger{
1147 type = custom
1148 name = postpartal_recycling
1149 }
1150
1151 link{
1152 trigger = parturition
1153 action = log_db 06_PARTURITION
1154 # action = log_db PREGNANT_to_POSTPARTAL
1155 action = state_move PREGNANT POSTPARTAL
1156 action = trigger_later postpartal_recycling 40
1157 action = log_db start_milking
1158 action = start_milking
1159 }
1160
1161 link{
1162 trigger = postpartal_recycling
1163 # action = log_db POSTPARTAL_to_CYCLING
1164 action = state_move POSTPARTAL CYCLING
1165 }
1166
1167 #################################################################################################################
1168 #====== Drying-off #
1169 #################################################################################################################
1170
1171 #_______EXTENDED_LACTATION: CYCLING and is_milking after 305 days after calving
1172
1173 state{
1174 state = EXTENDED_LACTATION
1175 }
1176
1177 link{
1178 trigger = every_day
1179 condition = is_milking
1180 condition = not is_in PREGNANT
1181 condition = not is_in EXTENDED_LACTATION
1182 condition = days_after_calving >= 305
1183 # action = log_db Extended lactation
1184 action = state_add EXTENDED_LACTATION
1185 }
1186
1187 #stop 300 days_after_calving if milk_yield <= 5 kg/d and not in EXTENDED_LACTATION
1188 link{
1189 trigger = every_day
1190 condition = is_milking
1191 condition = not is_in EXTENDED_LACTATION
1192 condition = days_after_calving >= 300
1193 condition = milk_yield <= 5
1194 action = log_db stop_milking
1195 action = stop_milking
1196 }
1197
1198 #stop 300 days_after_calving if milk_yield <= 5 kg/d and in EXTENDED_LACTATION
1199 link{
1200 trigger = every_day
1201 condition = is_milking
1202 condition = is_in EXTENDED_LACTATION
1203 condition = days_after_calving >= 300
1204 condition = milk_yield <= 5
1205 action = log_db stop_milking_extended
1206 action = stop_milking
1207 }
1208
1209 #stop 300 days_after_calving and 219 days_in_pregnancy
1210 link{
1211 trigger = every_day
1212 condition = is_milking
1213 condition = is_pregnant
1214 condition = days_after_calving >= 300
1215 condition = days_in_pregnancy >= 219
1216 action = log_db stop_milking_pregnant
1217 action = stop_milking
1218 }
1219
1220 link{
1221 trigger = stop_milking
1222 trigger = enter PREGNANT
1223 condition = is_in EXTENDED_LACTATION
1224 action = state_delete EXTENDED_LACTATION
1225 }
1226
1227 #################################################################################################################
1228 #====== Culling #
1229 #################################################################################################################
1230
1231 #_______TO_CULL: ____________________________________________________________________
1232
1233 state{
1234 state = TO_CULL
1235 }
1236
1237 #______culling not pregnant nulliparous at age > 800 days
1238 link{
1239 trigger = every_day
1240 condition = is_in CYCLING
1241 condition = not is_in PREGNANT
1242 condition = parity = 0
1243 condition = age > 800
1244 action = log_db TO_CULL_from_CYCLING_because_too_old_heifer
1245 action = state_move CYCLING TO_CULL
1246 }
1247
1248
1249 #______culling not pregnant 320 days_after_calving
1250 link{
1251 trigger = every_day
1252 condition = days_after_calving > 320
1253 condition = is_in CYCLING
1254 action = log_db TO_CULL_from_CYCLING_because_too_late_after_calving
1255 action = state_move CYCLING TO_CULL
1256 }
1257
1258 #______culling not pregnant after 7 insemination
1259 link{
1260 trigger = every_day
1261 condition = is_in BREEDING
1262 condition = not is_in ALREADY_INSEMINATED
1263 condition = parity > 0
1264 condition = num_insemination_lactation >= 7
1265 action = log_db TO_CULL_from_BREEDING_max_nb_ins
1266 action = state_move BREEDING TO_CULL
1267 }
1268
1269 link{
1270 trigger = enter PREGNANT
1271 condition = is_in TO_CULL
1272 action = state_move TO_CULL PREGNANT
1273 }
1274
1275
1276 #______culling oldest cow
1277
1278 link{
1279 trigger = culling_day
1280 condition = state_size TO_CULL = 999999
1281 condition = state_size PREGNANT > 666
1282 #individual conditions, like not is_milking cannot be mixed wirh herd level triggers
1283 action = log_db Seek_for_oldest_to_cull
1284 action = cull_oldest
1285 }
1286
1287 trigger{
1288 type = custom
1289 name = tr_cull_oldest
1290 }
1291
1292 action{
1293 type = broadcast_now
1294 name = cull_oldest
1295 condition = not is_pregnant
1296 condition = not is_milking
1297 condition = not is_in HEIFER
1298 condition = not is_in CALF
1299 sortby = age
1300 reverse = yes
1301 limit = 1
1302 trigger = tr_cull_oldest
1303 }
1304
1305 link{
1306 trigger = tr_cull_oldest
1307 action = log_db remove_oldest
1308 action = delete_cow
1309 }
1310
1311
1312 #______remove cows TO_CULL once a month on day 15th
1313
1314 trigger{
1315 type = custom
1316 name = tr_remove_cows_to_cull
1317 }
1318
1319 link{
1320 trigger = tr_remove_cows_to_cull
1321 condition = is_in TO_CULL
1322 condition = not is_milking
1323 condition = not is_pregnant
1324 action = log_db Remove
1325 action = delete_cow
1326 }
1327
1328 trigger{
1329 type = chron
1330 name = culling_day
1331 scheme = *-*-15 14:00:00
1332 }
1333
1334 action{
1335 type = broadcast_now
1336 name = broadcast_TO_CULL
1337 condition = is_in TO_CULL
1338 trigger = tr_remove_cows_to_cull
1339 }
1340
1341 link{
1342 trigger = culling_day
1343 action = broadcast_TO_CULL
1344 }
1345
1346
1347 #################################################################################################################
1348 #====== Feeding #
1349 #################################################################################################################
1350 #______optimal feeding for 999
1351
1352 state{
1353 state = CONTROL
1354 }
1355
1356 link{
1357 trigger = enter herd
1358 condition = state_size herd <= 999 #nb_control 0 - 999
1359 action = change_food optimal
1360 action = state_add CONTROL #Cows are fed on optimal diet as a control
1361 }
1362
1363 #______Default feeding rules
1364
1365 #################### > at birth: on calf diet
1366 link{
1367 trigger = enter CALF
1368 condition = not is_in CONTROL
1369 action = change_food calf_diet
1370 }
1371
1372 #################### > at weaning: on heifer diet
1373 link{
1374 trigger = enter HEIFER
1375 condition = not is_in CONTROL
1376 action = change_food heifer_diet
1377 }
1378
1379 #################### > at parturition: on lactation diet
1380 link{
1381 trigger = parturition
1382 condition = not is_in CONTROL
1383 action = change_food lactation_diet
1384 }
1385
1386
1387 #################### > at drying-off: on drycow_diet
1388 link{
1389 trigger = stop_milking
1390 condition = not is_in CONTROL
1391 action = change_food drycow_diet
1392 }
1393
1394 #################### > OUTDOOR: on pasture diet
1395 trigger{
1396 type = chron
1397 name = outdoor
1398 scheme = *-04-01 00:00:00
1399 }
1400
1401 link{
1402 trigger = outdoor
1403 action = broadcast_outdoor
1404 }
1405
1406 action{
1407 type = broadcast_now
1408 name = broadcast_outdoor
1409 trigger = outdoor_feeding
1410 }
1411
1412 trigger{
1413 type = custom
1414 name = outdoor_feeding
1415 }
1416
1417 link{
1418 trigger = outdoor_feeding
1419 condition = not is_in CALF
1420 condition = not is_in CONTROL
1421 action = change_food pasture_diet
1422 }
1423
1424
1425 #################### > INDOOR: back to diet according to state
1426 trigger{
1427 type = chron
1428 name = indoor
1429 scheme = *-10-01 00:00:00
1430 }
1431
1432 link{
1433 trigger = indoor
1434 action = broadcast_indoor
1435 }
1436
1437 action{
1438 type = broadcast_now
1439 name = broadcast_indoor
1440 trigger = indoor_feeding
1441 }
1442
1443 trigger{
1444 type = custom
1445 name = indoor_feeding
1446 }
1447
1448 link{
1449 trigger = indoor_feeding
1450 condition = is_in HEIFER
1451 condition = not is_in CONTROL
1452 action = change_food heifer_diet
1453 }
1454
1455 link{
1456 trigger = indoor_feeding
1457 condition = is_in CYCLING
1458 condition = not is_in CONTROL
1459 action = change_food heifer_diet
1460 }
1461
1462 link{
1463 trigger = indoor_feeding
1464 condition = is_in BREEDING
1465 condition = not is_milking
1466 condition = not is_in CONTROL
1467 action = change_food heifer_diet
1468 }
1469
1470 link{
1471 trigger = indoor_feeding
1472 condition = not is_in BREEDING
1473 condition = not is_milking
1474 condition = not is_in CONTROL
1475 action = change_food drycow_diet
1476 }
1477
1478 link{
1479 trigger = indoor_feeding
1480 condition = is_milking
1481 condition = not is_in CONTROL
1482 action = change_food lactation_diet
1483 }
1484
1485
1486
1487
1488 #################################################################################################################
1489 #====== Generic stuff #
1490 #################################################################################################################
1491
1492 trigger{
1493 type = chron
1494 name = every_day_herd
1495 scheme = *-*-* 12:00:00
1496 }
1497
1498 trigger{
1499 type = custom
1500 name = every_day
1501 }
1502
1503 link{
1504 trigger = every_day_herd
1505 action = broadcast_now every_day
1506 }
1507
1508 trigger{
1509 type = custom
1510 name = first_day_sub
1511 }
1512
1513 trigger{
1514 type = custom
1515 name = first_day
1516 }
1517
1518 link{
1519 trigger = init
1520 action = trigger_later first_day_sub 0.001
1521 }
1522 link{
1523 trigger = first_day_sub
1524 action = broadcast_now first_day
1525 }
1526
1527 #################################################################################################################
1528 #====== Log #
1529 #################################################################################################################
1530
1531 log{
1532
1533 #farmer level
1534 insemination = yes
1535 change_food = yes
1536
1537 #herd level
1538 conception = yes
1539 parturition = yes
1540 death = yes
1541 estrous_observed = yes
1542 estrous_missed = yes
1543 estrous_environment= yes
1544 insemination_result= yes
1545 mature = yes
1546 ovulation = yes
1547 new_cow = yes
1548 delete_cow = yes
1549 abortion = yes
1550
1551 #cow level
1552 animal_performance = no
1553 }
1554
1555 #################################################################################################################
1556 #====== Log states #
1557 #################################################################################################################
1558
1559 action{
1560 type = genericlog_herd
1561
1562 name = log_states
1563 log_type = file
1564 file_path = states.txt
1565 sep_col = \t
1566 file_line_flush=no
1567
1568 #sqlite_path = states.sqlite
1569 #sqlite_table = states
1570
1571
1572 #--- from cow and simulator ---
1573 column{
1574 value = time
1575 name = time
1576 sqlite_type = numeric
1577 }
1578
1579 column{
1580 value = state.CONTROL
1581 name = CONTROL
1582 sqlite_type = numeric
1583 }
1584
1585 column{
1586 value = state.CALF
1587 name = CALF
1588 sqlite_type = numeric
1589 }
1590
1591 column{
1592 value = state.HEIFER
1593 name = HEIFER
1594 sqlite_type = numeric
1595 }
1596
1597 column{
1598 value = state.CYCLING
1599 name = CYCLING
1600 sqlite_type = numeric
1601 }
1602
1603 column{
1604 value = state.BREEDING
1605 name = BREEDING
1606 sqlite_type = numeric
1607 }
1608
1609 column{
1610 value = state.PREGNANT
1611 name = PREGNANT
1612 sqlite_type = numeric
1613 }
1614
1615 column{
1616 value = state.POST-ABORTIVE
1617 name = POST-ABORTIVE
1618 sqlite_type = numeric
1619 }
1620
1621 column{
1622 value = state.POSTPARTAL
1623 name = POSTPARTAL
1624 sqlite_type = numeric
1625 }
1626
1627 column{
1628 value = state.EXTENDED_LACTATION
1629 name = EXTENDED_LACTATION
1630 sqlite_type = numeric
1631 }
1632
1633 column{
1634 value = state.TO_CULL
1635 name = TO_CULL
1636 sqlite_type = numeric
1637 }
1638
1639
1640 # column{
1641 # value = state.not.mature
1642 # name = not_mature
1643 # sqlite_type = numeric
1644 # }
1645
1646 }
1647
1648 link{
1649 trigger = every_day_herd
1650 action = log_states
1651 }
1652
1653
1654
1655 ###s######## Default diets
1656
1657 feed{
1658 name = calf_diet
1659 type = mix
1660
1661 feed = CPL.MLK
1662 proportion = 1.00
1663 }
1664
1665 feed{
1666 name = heifer_diet
1667 type = mix
1668
1669 feed = FO.STR
1670 proportion = 0.02
1671 feed = FO.HAP
1672 proportion = 0.60
1673 feed = FO.GSI
1674 proportion = 0.32
1675 feed = CO.CER
1676 proportion = 0.05
1677 feed = CPL.CMV
1678 proportion = 0.01
1679 }
1680
1681 feed{
1682 name = lactation_diet
1683 type = mix
1684
1685 feed = FO.STR
1686 proportion = 0.01
1687 feed = FO.HAP
1688 proportion = 0.03
1689 feed = FO.GSI
1690 proportion = 0.04
1691 feed = FO.CSI
1692 proportion = 0.70
1693 feed = CO.CER
1694 proportion = 0.05
1695 feed = CO.OSC
1696 proportion = 0.13
1697 feed = CO.ROO
1698 proportion = 0.03
1699 feed = CPL.CMV
1700 proportion = 0.01
1701 }
1702
1703 feed{
1704 name = drycow_diet
1705 type = mix
1706
1707 feed = FO.STR
1708 proportion = 0.02
1709 feed = FO.HAP
1710 proportion = 0.68
1711 feed = FO.CSI
1712 proportion = 0.08
1713 feed = CO.CER
1714 proportion = 0.05
1715 feed = CO.OSC
1716 proportion = 0.13
1717 feed = CO.ROO
1718 proportion = 0.03
1719 feed = CPL.CMV
1720 proportion = 0.01
1721 }
1722
1723 feed{
1724 name = pasture_diet
1725 type = mix
1726
1727 feed = FO.FGX
1728 proportion = 0.778
1729 feed = CO.CER
1730 proportion = 0.050
1731 feed = CO.OSC
1732 proportion = 0.130
1733 feed = CO.TUB
1734 proportion = 0.002
1735 feed = CO.ROO
1736 proportion = 0.030
1737 feed = CPL.CMV
1738 proportion = 0.010
1739 }
1740
1741
1742
1743
1744
1745 ########################################################
1746 # #
1747 #List of available feed (derived from INRA tables) #
1748 # #
1749 ########################################################
1750
1751 ########### FORAGES ####################################
1752 # FO.STR Straw
1753 # FO.STN Straw treated with ammonia
1754 # FO.MSH Maize stover & husks
1755 # FO.HAL Legume hay
1756 # FO.HAG Gramineae hay
1757 # FO.HAP Permanent grassland hay
1758 # FO.DHA Dehydrated alfalfa
1759 # FO.DHF Dehydrated forage
1760 # FO.FGC Fresh cereal grass
1761 # FO.FGO Fresh oleaginous grass
1762 # FO.FGG Fresh gramineae grass
1763 # FO.FGX Fresh mixed grass (meadow)
1764 # FO.FGL Fresh legume grass
1765 # FO.GSI50 Grass silage > 50% DM
1766 # FO.GSI Grass silage
1767 # FO.CSI Corn silage
1768 # FO.FPF Faba & pea forage
1769 # FO.VEG Vegetable fodder
1770
1771 ########### CONCENTRATES ###############################
1772 # CO.CER Cereal seed & by-products
1773 # CO.OSC5 Oilseed cake <5% oil
1774 # CO.OSC Oilseed cake
1775 # CO.TUB Starchy tubers
1776 # CO.ROO Vegetable roots
1777 # CO.FPB Faba & pea bean
1778 # CO.LUP Lupin
1779 # CO.SDO Oilseed
1780
1781 ########### COMPLEMENTS ################################
1782 # CPL.CMV Compl. Minerals & Vitamins
1783 # CPL.AMA Amino acids
1784 # CPL.URE Urea
1785 # CPL.MOL Molasses
1786 # CPL.PLP Beet pulp
1787 # CPL.MLK Milk
1788 # CPL.OIL Oil
1789
1790
1791 feed{ # Straw
1792 # Type of feed: FORAGE
1793 # Maximum incorporation in diet: 80 %FM
1794 # Representative INRA feed: FP0090 Oat straw
1795 name = FO.STR
1796 type = ingredient
1797 feed_eD = 5.9512 # MJ_ME/kg_DM
1798 feed_DMC = 0.8825 # kg_DM/kg_FM
1799 feed_OM = 0.9100 # kg/kg_DM
1800 feed_OMd = 0.4500 # %
1801 feed_CP = 0.0360 # kg/kg_DM
1802 feed_CPd = 0.0296 # %
1803 feed_NDF = 0.7910 # kg/kg_DM
1804 feed_ST = 0.0000 # kg/kg_DM
1805 feed_STd = 0.0000 # %
1806 feed_EE = 0.0150 # kg/kg_DM
1807 }
1808 feed{ # Straw treated with ammonia
1809 # Type of feed: FORAGE
1810 # Maximum incorporation in diet: 80 %FM
1811 # Representative INRA feed: FP0080 Barley straw, NH3-treated 5%DM
1812 name = FO.STN
1813 type = ingredient
1814 feed_eD = 7.6484 # MJ_ME/kg_DM
1815 feed_DMC = 0.8867 # kg_DM/kg_FM
1816 feed_OM = 0.8970 # kg/kg_DM
1817 feed_OMd = 0.5567 # %
1818 feed_CP = 0.1000 # kg/kg_DM
1819 feed_CPd = 0.3933 # %
1820 feed_NDF = 0.7603 # kg/kg_DM
1821 feed_ST = 0.0000 # kg/kg_DM
1822 feed_STd = 0.0000 # %
1823 feed_EE = 0.0150 # kg/kg_DM
1824 }
1825 feed{ # Maize stover & husks
1826 # Type of feed: FORAGE
1827 # Maximum incorporation in diet: 80 %FM
1828 # Representative INRA feed: FP0180 Maize stover, ensiled
1829 name = FO.MSH
1830 type = ingredient
1831 feed_eD = 8.5847 # MJ_ME/kg_DM
1832 feed_DMC = 0.5022 # kg_DM/kg_FM
1833 feed_OM = 0.9332 # kg/kg_DM
1834 feed_OMd = 0.6220 # %
1835 feed_CP = 0.0888 # kg/kg_DM
1836 feed_CPd = 0.3432 # %
1837 feed_NDF = 0.6580 # kg/kg_DM
1838 feed_ST = 0.0000 # kg/kg_DM
1839 feed_STd = 0.0000 # %
1840 feed_EE = 0.0150 # kg/kg_DM
1841 }
1842 feed{ # Legume hay
1843 # Type of feed: FORAGE
1844 # Maximum incorporation in diet: 100 %FM
1845 # Representative INRA feed: FF3370 Lucerne hay
1846 name = FO.HAL
1847 type = ingredient
1848 feed_eD = 8.4626 # MJ_ME/kg_DM
1849 feed_DMC = 0.8500 # kg_DM/kg_FM
1850 feed_OM = 0.8956 # kg/kg_DM
1851 feed_OMd = 0.5987 # %
1852 feed_CP = 0.1791 # kg/kg_DM
1853 feed_CPd = 0.6818 # %
1854 feed_NDF = 0.5326 # kg/kg_DM
1855 feed_ST = 0.0000 # kg/kg_DM
1856 feed_STd = 0.0000 # %
1857 feed_EE = 0.0259 # kg/kg_DM
1858 }
1859 feed{ # Gramineae hay
1860 # Type of feed: FORAGE
1861 # Maximum incorporation in diet: 100 %FM
1862 # Representative INRA feed: FF1190 Italian ryegrass hay
1863 name = FO.HAG
1864 type = ingredient
1865 feed_eD = 8.8553 # MJ_ME/kg_DM
1866 feed_DMC = 0.8500 # kg_DM/kg_FM
1867 feed_OM = 0.9011 # kg/kg_DM
1868 feed_OMd = 0.6294 # %
1869 feed_CP = 0.1169 # kg/kg_DM
1870 feed_CPd = 0.5447 # %
1871 feed_NDF = 0.6421 # kg/kg_DM
1872 feed_ST = 0.0000 # kg/kg_DM
1873 feed_STd = 0.0000 # %
1874 feed_EE = 0.0300 # kg/kg_DM
1875 }
1876 feed{ # Permanent grassland hay
1877 # Type of feed: FORAGE
1878 # Maximum incorporation in diet: 100 %FM
1879 # Representative INRA feed: FF0750 Mountain permanent grassland hay
1880 name = FO.HAP
1881 type = ingredient
1882 feed_eD = 9.0294 # MJ_ME/kg_DM
1883 feed_DMC = 0.8500 # kg_DM/kg_FM
1884 feed_OM = 0.9133 # kg/kg_DM
1885 feed_OMd = 0.6196 # %
1886 feed_CP = 0.1270 # kg/kg_DM
1887 feed_CPd = 0.5679 # %
1888 feed_NDF = 0.6090 # kg/kg_DM
1889 feed_ST = 0.0000 # kg/kg_DM
1890 feed_STd = 0.0000 # %
1891 feed_EE = 0.0223 # kg/kg_DM
1892 }
1893 feed{ # Dehydrated alfalfa
1894 # Type of feed: FORAGE
1895 # Maximum incorporation in diet: 60 %FM
1896 # Representative INRA feed: CD0040 Dehydrated alfalfa
1897 name = FO.DHA
1898 type = ingredient
1899 feed_eD = 9.2187 # MJ_ME/kg_DM
1900 feed_DMC = 0.9070 # kg_DM/kg_FM
1901 feed_OM = 0.8752 # kg/kg_DM
1902 feed_OMd = 0.6317 # %
1903 feed_CP = 0.2002 # kg/kg_DM
1904 feed_CPd = 0.7017 # %
1905 feed_NDF = 0.4375 # kg/kg_DM
1906 feed_ST = 0.0297 # kg/kg_DM
1907 feed_STd = 0.8200 # %
1908 feed_EE = 0.0292 # kg/kg_DM
1909 }
1910 feed{ # Dehydrated forage
1911 # Type of feed: FORAGE
1912 # Maximum incorporation in diet: 60 %FM
1913 # Representative INRA feed: CD0120 Dehydrated Italian ryegrass
1914 name = FO.DHF
1915 type = ingredient
1916 feed_eD = 9.9954 # MJ_ME/kg_DM
1917 feed_DMC = 0.9080 # kg_DM/kg_FM
1918 feed_OM = 0.8898 # kg/kg_DM
1919 feed_OMd = 0.7010 # %
1920 feed_CP = 0.1436 # kg/kg_DM
1921 feed_CPd = 0.6182 # %
1922 feed_NDF = 0.5450 # kg/kg_DM
1923 feed_ST = 0.0024 # kg/kg_DM
1924 feed_STd = 0.1640 # %
1925 feed_EE = 0.0268 # kg/kg_DM
1926 }
1927 feed{ # Fresh cereal grass
1928 # Type of feed: FORAGE
1929 # Maximum incorporation in diet: 100 %FM
1930 # Representative INRA feed: FV2020 Fresh whole crop sorghum
1931 name = FO.FGC
1932 type = ingredient
1933 feed_eD = 9.4748 # MJ_ME/kg_DM
1934 feed_DMC = 0.2504 # kg_DM/kg_FM
1935 feed_OM = 0.9148 # kg/kg_DM
1936 feed_OMd = 0.6585 # %
1937 feed_CP = 0.1044 # kg/kg_DM
1938 feed_CPd = 0.6330 # %
1939 feed_NDF = 0.5710 # kg/kg_DM
1940 feed_ST = 0.0983 # kg/kg_DM
1941 feed_STd = 0.8652 # %
1942 feed_EE = 0.0304 # kg/kg_DM
1943 }
1944 feed{ # Fresh oleaginous grass
1945 # Type of feed: FORAGE
1946 # Maximum incorporation in diet: 100 %FM
1947 # Representative INRA feed: FV2830 Fresh silphium
1948 name = FO.FGO
1949 type = ingredient
1950 feed_eD = 9.8974 # MJ_ME/kg_DM
1951 feed_DMC = 0.1170 # kg_DM/kg_FM
1952 feed_OM = 0.8494 # kg/kg_DM
1953 feed_OMd = 0.7323 # %
1954 feed_CP = 0.1535 # kg/kg_DM
1955 feed_CPd = 0.7491 # %
1956 feed_NDF = 0.4212 # kg/kg_DM
1957 feed_ST = 0.0000 # kg/kg_DM
1958 feed_STd = 0.0000 # %
1959 feed_EE = 0.0248 # kg/kg_DM
1960 }
1961 feed{ # Fresh gramineae grass
1962 # Type of feed: FORAGE
1963 # Maximum incorporation in diet: 100 %FM
1964 # Representative INRA feed: FV0490 Fresh italian ryegrass
1965 name = FO.FGG
1966 type = ingredient
1967 feed_eD = 10.2129 # MJ_ME/kg_DM
1968 feed_DMC = 0.1885 # kg_DM/kg_FM
1969 feed_OM = 0.8893 # kg/kg_DM
1970 feed_OMd = 0.7150 # %
1971 feed_CP = 0.1452 # kg/kg_DM
1972 feed_CPd = 0.6756 # %
1973 feed_NDF = 0.5690 # kg/kg_DM
1974 feed_ST = 0.0000 # kg/kg_DM
1975 feed_STd = 0.0000 # %
1976 feed_EE = 0.0367 # kg/kg_DM
1977 }
1978 feed{ # Fresh mixed grass (meadow)
1979 # Type of feed: FORAGE
1980 # Maximum incorporation in diet: 100 %FM
1981 # Representative INRA feed: FV0120 Fresh lowland grassland
1982 name = FO.FGX
1983 type = ingredient
1984 feed_eD = 10.2424 # MJ_ME/kg_DM
1985 feed_DMC = 0.1946 # kg_DM/kg_FM
1986 feed_OM = 0.9057 # kg/kg_DM
1987 feed_OMd = 0.6896 # %
1988 feed_CP = 0.1444 # kg/kg_DM
1989 feed_CPd = 0.6595 # %
1990 feed_NDF = 0.5498 # kg/kg_DM
1991 feed_ST = 0.0000 # kg/kg_DM
1992 feed_STd = 0.0000 # %
1993 feed_EE = 0.0265 # kg/kg_DM
1994 }
1995 feed{ # Fresh legume grass
1996 # Type of feed: FORAGE
1997 # Maximum incorporation in diet: 100 %FM
1998 # Representative INRA feed: FV2370 Fresh red clover
1999 name = FO.FGL
2000 type = ingredient
2001 feed_eD = 10.3243 # MJ_ME/kg_DM
2002 feed_DMC = 0.1749 # kg_DM/kg_FM
2003 feed_OM = 0.8844 # kg/kg_DM
2004 feed_OMd = 0.7014 # %
2005 feed_CP = 0.2046 # kg/kg_DM
2006 feed_CPd = 0.7671 # %
2007 feed_NDF = 0.4603 # kg/kg_DM
2008 feed_ST = 0.0000 # kg/kg_DM
2009 feed_STd = 0.0000 # %
2010 feed_EE = 0.0287 # kg/kg_DM
2011 }
2012 feed{ # Grass silage > 50% DM
2013 # Type of feed: FORAGE
2014 # Maximum incorporation in diet: 100 %FM
2015 # Representative INRA feed: FE2790 Wilted perennial ryegrass silage
2016 name = FO.GSI50
2017 type = ingredient
2018 feed_eD = 9.3078 # MJ_ME/kg_DM
2019 feed_DMC = 0.5502 # kg_DM/kg_FM
2020 feed_OM = 0.9056 # kg/kg_DM
2021 feed_OMd = 0.6545 # %
2022 feed_CP = 0.1351 # kg/kg_DM
2023 feed_CPd = 0.6395 # %
2024 feed_NDF = 0.5744 # kg/kg_DM
2025 feed_ST = 0.0000 # kg/kg_DM
2026 feed_STd = 0.0000 # %
2027 feed_EE = 0.0337 # kg/kg_DM
2028 }
2029 feed{ # Grass silage
2030 # Type of feed: FORAGE
2031 # Maximum incorporation in diet: 100 %FM
2032 # Representative INRA feed: FE2220 Perennial ryegrass silage
2033 name = FO.GSI
2034 type = ingredient
2035 feed_eD = 10.3090 # MJ_ME/kg_DM
2036 feed_DMC = 0.2234 # kg_DM/kg_FM
2037 feed_OM = 0.8950 # kg/kg_DM
2038 feed_OMd = 0.6952 # %
2039 feed_CP = 0.1406 # kg/kg_DM
2040 feed_CPd = 0.6469 # %
2041 feed_NDF = 0.5425 # kg/kg_DM
2042 feed_ST = 0.0000 # kg/kg_DM
2043 feed_STd = 0.0000 # %
2044 feed_EE = 0.0374 # kg/kg_DM
2045 }
2046 feed{ # Corn silage
2047 # Type of feed: FORAGE
2048 # Maximum incorporation in diet: 100 %FM
2049 # Representative INRA feed: FE4710 Fine chop 30% DM corn silage
2050 name = FO.CSI
2051 type = ingredient
2052 feed_eD = 10.6995 # MJ_ME/kg_DM
2053 feed_DMC = 0.3109 # kg_DM/kg_FM
2054 feed_OM = 0.9484 # kg/kg_DM
2055 feed_OMd = 0.7061 # %
2056 feed_CP = 0.0848 # kg/kg_DM
2057 feed_CPd = 0.5300 # %
2058 feed_NDF = 0.4415 # kg/kg_DM
2059 feed_ST = 0.2754 # kg/kg_DM
2060 feed_STd = 0.7660 # %
2061 feed_EE = 0.0310 # kg/kg_DM
2062 }
2063 feed{ # Faba & pea forage
2064 # Type of feed: FORAGE
2065 # Maximum incorporation in diet: 100 %FM
2066 # Representative INRA feed: FV2700 Fresh faba bean forage
2067 name = FO.FPF
2068 type = ingredient
2069 feed_eD = 10.8203 # MJ_ME/kg_DM
2070 feed_DMC = 0.2546 # kg_DM/kg_FM
2071 feed_OM = 0.9115 # kg/kg_DM
2072 feed_OMd = 0.7188 # %
2073 feed_CP = 0.1578 # kg/kg_DM
2074 feed_CPd = 0.7156 # %
2075 feed_NDF = 0.4160 # kg/kg_DM
2076 feed_ST = 0.0913 # kg/kg_DM
2077 feed_STd = 0.7650 # %
2078 feed_EE = 0.0288 # kg/kg_DM
2079 }
2080 feed{ # Vegetable fodder
2081 # Type of feed: FORAGE
2082 # Maximum incorporation in diet: 100 %FM
2083 # Representative INRA feed: FV2840 Fresh kale
2084 name = FO.VEG
2085 type = ingredient
2086 feed_eD = 12.0901 # MJ_ME/kg_DM
2087 feed_DMC = 0.1348 # kg_DM/kg_FM
2088 feed_OM = 0.8674 # kg/kg_DM
2089 feed_OMd = 0.8260 # %
2090 feed_CP = 0.1684 # kg/kg_DM
2091 feed_CPd = 0.7794 # %
2092 feed_NDF = 0.3382 # kg/kg_DM
2093 feed_ST = 0.0000 # kg/kg_DM
2094 feed_STd = 0.0000 # %
2095 feed_EE = 0.0080 # kg/kg_DM
2096 }
2097 feed{ # Cereal seed & by-products
2098 # Type of feed: CONCENTRATE
2099 # Maximum incorporation in diet: 60 %FM
2100 # Representative INRA feed: CS0160 Wheat middlings, starch 30-40%
2101 name = CO.CER
2102 type = ingredient
2103 feed_eD = 12.3262 # MJ_ME/kg_DM
2104 feed_DMC = 0.8835 # kg_DM/kg_FM
2105 feed_OM = 0.9541 # kg/kg_DM
2106 feed_OMd = 0.7712 # %
2107 feed_CP = 0.1642 # kg/kg_DM
2108 feed_CPd = 0.6629 # %
2109 feed_NDF = 0.2909 # kg/kg_DM
2110 feed_ST = 0.4008 # kg/kg_DM
2111 feed_STd = 0.8041 # %
2112 feed_EE = 0.0584 # kg/kg_DM
2113 }
2114 feed{ # Oilseed cake <5% oil
2115 # Type of feed: CONCENTRATE
2116 # Maximum incorporation in diet: 60 %FM
2117 # Representative INRA feed: CX0050 Cottonseed meal, cr. fibre 15-20%
2118 name = CO.OSC5
2119 type = ingredient
2120 feed_eD = 12.0555 # MJ_ME/kg_DM
2121 feed_DMC = 0.8907 # kg_DM/kg_FM
2122 feed_OM = 0.9309 # kg/kg_DM
2123 feed_OMd = 0.7747 # %
2124 feed_CP = 0.4309 # kg/kg_DM
2125 feed_CPd = 0.7740 # %
2126 feed_NDF = 0.2931 # kg/kg_DM
2127 feed_ST = 0.0527 # kg/kg_DM
2128 feed_STd = 0.8200 # %
2129 feed_EE = 0.0236 # kg/kg_DM
2130 }
2131 feed{ # Oilseed cake
2132 # Type of feed: CONCENTRATE
2133 # Maximum incorporation in diet: 60 %FM
2134 # Representative INRA feed: CX0310 Sunflower meal, oil 5-20%
2135 name = CO.OSC
2136 type = ingredient
2137 feed_eD = 12.6524 # MJ_ME/kg_DM
2138 feed_DMC = 0.9207 # kg_DM/kg_FM
2139 feed_OM = 0.9368 # kg/kg_DM
2140 feed_OMd = 0.7350 # %
2141 feed_CP = 0.3499 # kg/kg_DM
2142 feed_CPd = 0.7570 # %
2143 feed_NDF = 0.3477 # kg/kg_DM
2144 feed_ST = 0.0444 # kg/kg_DM
2145 feed_STd = 0.8200 # %
2146 feed_EE = 0.1015 # kg/kg_DM
2147 }
2148 feed{ # Starchy tubers
2149 # Type of feed: CONCENTRATE
2150 # Maximum incorporation in diet: 60 %FM
2151 # Representative INRA feed: CP0030 Cassava
2152 name = CO.TUB
2153 type = ingredient
2154 feed_eD = 11.6622 # MJ_ME/kg_DM
2155 feed_DMC = 0.6480 # kg_DM/kg_FM
2156 feed_OM = 0.9510 # kg/kg_DM
2157 feed_OMd = 0.8367 # %
2158 feed_CP = 0.0750 # kg/kg_DM
2159 feed_CPd = 0.4888 # %
2160 feed_NDF = 0.1192 # kg/kg_DM
2161 feed_ST = 0.6447 # kg/kg_DM
2162 feed_STd = 0.7900 # %
2163 feed_EE = 0.0062 # kg/kg_DM
2164 }
2165 feed{ # Vegetable roots
2166 # Type of feed: CONCENTRATE
2167 # Maximum incorporation in diet: 60 %FM
2168 # Representative INRA feed: FR0040 Carrot
2169 name = CO.ROO
2170 type = ingredient
2171 feed_eD = 12.8261 # MJ_ME/kg_DM
2172 feed_DMC = 0.1568 # kg_DM/kg_FM
2173 feed_OM = 0.9311 # kg/kg_DM
2174 feed_OMd = 0.8900 # %
2175 feed_CP = 0.0896 # kg/kg_DM
2176 feed_CPd = 0.5710 # %
2177 feed_NDF = 0.1295 # kg/kg_DM
2178 feed_ST = 0.0050 # kg/kg_DM
2179 feed_STd = 0.2000 # %
2180 feed_EE = 0.0110 # kg/kg_DM
2181 }
2182 feed{ # Faba & pea bean
2183 # Type of feed: CONCENTRATE
2184 # Maximum incorporation in diet: 60 %FM
2185 # Representative INRA feed: CN0060 Faba bean seeds
2186 name = CO.FPB
2187 type = ingredient
2188 feed_eD = 13.6219 # MJ_ME/kg_DM
2189 feed_DMC = 0.8721 # kg_DM/kg_FM
2190 feed_OM = 0.9610 # kg/kg_DM
2191 feed_OMd = 0.9057 # %
2192 feed_CP = 0.2689 # kg/kg_DM
2193 feed_CPd = 0.7843 # %
2194 feed_NDF = 0.1550 # kg/kg_DM
2195 feed_ST = 0.4601 # kg/kg_DM
2196 feed_STd = 0.7586 # %
2197 feed_EE = 0.0146 # kg/kg_DM
2198 }
2199 feed{ # Lupin
2200 # Type of feed: CONCENTRATE
2201 # Maximum incorporation in diet: 60 %FM
2202 # Representative INRA feed: CN0130 White lupin seeds
2203 name = CO.LUP
2204 type = ingredient
2205 feed_eD = 15.2995 # MJ_ME/kg_DM
2206 feed_DMC = 0.8880 # kg_DM/kg_FM
2207 feed_OM = 0.9617 # kg/kg_DM
2208 feed_OMd = 0.8800 # %
2209 feed_CP = 0.3657 # kg/kg_DM
2210 feed_CPd = 0.8000 # %
2211 feed_NDF = 0.2257 # kg/kg_DM
2212 feed_ST = 0.0700 # kg/kg_DM
2213 feed_STd = 0.8200 # %
2214 feed_EE = 0.0850 # kg/kg_DM
2215 }
2216 feed{ # Oilseed
2217 # Type of feed: CONCENTRATE
2218 # Maximum incorporation in diet: 60 %FM
2219 # Representative INRA feed: CN0110 Linseeds
2220 name = CO.SDO
2221 type = ingredient
2222 feed_eD = 17.6063 # MJ_ME/kg_DM
2223 feed_DMC = 0.9143 # kg_DM/kg_FM
2224 feed_OM = 0.9539 # kg/kg_DM
2225 feed_OMd = 0.7650 # %
2226 feed_CP = 0.2647 # kg/kg_DM
2227 feed_CPd = 0.7380 # %
2228 feed_NDF = 0.2515 # kg/kg_DM
2229 feed_ST = 0.0461 # kg/kg_DM
2230 feed_STd = 0.8200 # %
2231 feed_EE = 0.3208 # kg/kg_DM
2232 }
2233 feed{ # Compl. Minerals & Vitamins
2234 # Type of feed: COMPLEMENT
2235 # Maximum incorporation in diet: 5 %FM
2236 # Representative INRA feed: MC0010 Crushed chalk
2237 name = CPL.CMV
2238 type = ingredient
2239 feed_eD = 0.0000 # MJ_ME/kg_DM
2240 feed_DMC = 0.9500 # kg_DM/kg_FM
2241 feed_OM = 0.0000 # kg/kg_DM
2242 feed_OMd = 0.0000 # %
2243 feed_CP = 0.0000 # kg/kg_DM
2244 feed_CPd = 0.0000 # %
2245 feed_NDF = 0.0000 # kg/kg_DM
2246 feed_ST = 0.0000 # kg/kg_DM
2247 feed_STd = 0.0000 # %
2248 feed_EE = 0.0000 # kg/kg_DM
2249 }
2250 feed{ # Amino acids
2251 # Type of feed: COMPLEMENT
2252 # Maximum incorporation in diet: 5 %FM
2253 # Representative INRA feed: CAA020 L-threonin
2254 name = CPL.AMA
2255 type = ingredient
2256 feed_eD = 0.0000 # MJ_ME/kg_DM
2257 feed_DMC = 1.0000 # kg_DM/kg_FM
2258 feed_OM = 0.9960 # kg/kg_DM
2259 feed_OMd = 1.0000 # %
2260 feed_CP = 0.7450 # kg/kg_DM
2261 feed_CPd = 1.0000 # %
2262 feed_NDF = 0.0000 # kg/kg_DM
2263 feed_ST = 0.0000 # kg/kg_DM
2264 feed_STd = 0.0000 # %
2265 feed_EE = 0.0000 # kg/kg_DM
2266 }
2267 feed{ # Urea
2268 # Type of feed: COMPLEMENT
2269 # Maximum incorporation in diet: 5 %FM
2270 # Representative INRA feed: CV0020 Urea
2271 name = CPL.URE
2272 type = ingredient
2273 feed_eD = 3.3890 # MJ_ME/kg_DM
2274 feed_DMC = 0.9940 # kg_DM/kg_FM
2275 feed_OM = 1.0000 # kg/kg_DM
2276 feed_OMd = 0.9900 # %
2277 feed_CP = 2.8700 # kg/kg_DM
2278 feed_CPd = 1.0000 # %
2279 feed_NDF = 0.0000 # kg/kg_DM
2280 feed_ST = 0.0000 # kg/kg_DM
2281 feed_STd = 0.0000 # %
2282 feed_EE = 0.0000 # kg/kg_DM
2283 }
2284 feed{ # Molasses
2285 # Type of feed: COMPLEMENT
2286 # Maximum incorporation in diet: 10 %FM
2287 # Representative INRA feed: CP0170 Beet molasses
2288 name = CPL.MOL
2289 type = ingredient
2290 feed_eD = 9.7906 # MJ_ME/kg_DM
2291 feed_DMC = 0.7390 # kg_DM/kg_FM
2292 feed_OM = 0.8660 # kg/kg_DM
2293 feed_OMd = 0.8250 # %
2294 feed_CP = 0.1000 # kg/kg_DM
2295 feed_CPd = 0.5800 # %
2296 feed_NDF = 0.0015 # kg/kg_DM
2297 feed_ST = 0.0000 # kg/kg_DM
2298 feed_STd = 0.0000 # %
2299 feed_EE = 0.0070 # kg/kg_DM
2300 }
2301 feed{ # Beet pulp
2302 # Type of feed: COMPLEMENT
2303 # Maximum incorporation in diet: 10 %FM
2304 # Representative INRA feed: CP0020 Pressed beet pulp
2305 name = CPL.PLP
2306 type = ingredient
2307 feed_eD = 11.5046 # MJ_ME/kg_DM
2308 feed_DMC = 0.4503 # kg_DM/kg_FM
2309 feed_OM = 0.9243 # kg/kg_DM
2310 feed_OMd = 0.8367 # %
2311 feed_CP = 0.0913 # kg/kg_DM
2312 feed_CPd = 0.6470 # %
2313 feed_NDF = 0.4827 # kg/kg_DM
2314 feed_ST = 0.0047 # kg/kg_DM
2315 feed_STd = 0.5467 # %
2316 feed_EE = 0.0097 # kg/kg_DM
2317 }
2318 feed{ # Milk
2319 # Type of feed: COMPLEMENT
2320 # Maximum incorporation in diet: 100 %FM
2321 # Representative INRA feed: CL0020 Whole milk powder
2322 name = CPL.MLK
2323 type = ingredient
2324 feed_eD = 18.8280 # MJ_ME/kg_DM
2325 feed_DMC = 0.9600 # kg_DM/kg_FM
2326 feed_OM = 0.9350 # kg/kg_DM
2327 feed_OMd = 0.9400 # %
2328 feed_CP = 0.2540 # kg/kg_DM
2329 feed_CPd = 0.7800 # %
2330 feed_NDF = 0.0000 # kg/kg_DM
2331 feed_ST = 0.0000 # kg/kg_DM
2332 feed_STd = 0.0000 # %
2333 feed_EE = 0.2510 # kg/kg_DM
2334 }
2335 feed{ # Oil
2336 # Type of feed: COMPLEMENT
2337 # Maximum incorporation in diet: 5 %FM
2338 # Representative INRA feed: CG0050 Soybean oil
2339 name = CPL.OIL
2340 type = ingredient
2341 feed_eD = 36.6937 # MJ_ME/kg_DM
2342 feed_DMC = 0.9980 # kg_DM/kg_FM
2343 feed_OM = 0.9995 # kg/kg_DM
2344 feed_OMd = 0.8900 # %
2345 feed_CP = 0.0000 # kg/kg_DM
2346 feed_CPd = 0.0000 # %
2347 feed_NDF = 0.0000 # kg/kg_DM
2348 feed_ST = 0.0000 # kg/kg_DM
2349 feed_STd = 0.0000 # %
2350 feed_EE = 0.9992 # kg/kg_DM
2351 }
2352
2353
2354