1 ;DANEMARK / DENMARK
2 ;==================
3 {FILELEVEL=1?
4 $INCLUDE SINGLE.TTT
5 }
6 $REQUIRE MLG_DEF.TTT
7
8 %ADDPOOL(POOL_DK,DK_ENV)
9 {E4?
10 ;===============================================
11 ;========= Ep. IVa =============================
12 ;===============================================
13 %ADDPOOL(POOL_DK,DK_ENV)
14 ;TEE Merkur
15 TX=DSB MY + TEE Merkur; \
16 C=DSB_MY_BX(|L),DB_APMZ121_SDT(|L),DB_AVMZ111T(|L); \
17 V=13; \
18 F=DP4;
19 TX=DSB MX + TEE Merkur; \
20 C=DSB_MX_BX(|L),DSB_MY_BX(|L),DB_AVMZ111T(|L),DB_APMZ121T(|L); \
21 V=13; \
22 F=DP4;
23 TX=DSB MZ + TEE Merkur; \
24 C=DSB_MZ_C3(|L),2*DB_AVMZ111T(|L); \
25 V=13; \
26 F=DP4;
27 TX=DSB Lyntog MS; \
28 C=XDSB_MS; \
29 V=12; \
30 F=DP4;
31 TX=DSB Lyntog MA; \
32 C=<(DSB_LYNTOG_ABR_R1_L,DSB_LYNTOG_AB_R1_R)|(DSB_LYNTOG_AB_R1_L,DSB_LYNTOG_ABR_R1_R); \
33 V=14; \
34 F=DPU4;
35 TX=DSB Lyntog MA; \
36 C=<(DSB_LYNTOG_ABR_R1_L|DSB_LYNTOG_AB_R1_R|DSB_LYNTOG_AB_R1_L|DSB_LYNTOG_ABR_R1_R); \
37 V=14; \
38 F=DPU4;
39
40 TX=DSB MX; \
41 C=DSB_MX_BX(|L),DSB_AFH0(|L),4*DSB_BG0(|L); \
42 V=12; \
43 F=DP4;
44 TX=DSB MX; \
45 C=DSB_MX_BX(|L),DSB_ABH0(|L),DSB_BN0(|L),DSB_BN1(|L),2*OHJ_BL(1|2),DSB_BGH0(|L); \
46 V=12; W=X; \
47 FG=TRBED57:..,-6,0-5;
48 TX=DSB MX; \
49 C=DSB_MX_BX(|L),DSB_UIC_B0(|L),DSB_ABH0(|L),DSB_BGH0(|L); \
50 V=12; \
51 F=DP4;
52 TX=DSB MY; \
53 C=DSB_MY_BX(|L),DSB_BDG0(|L),DSB_BG0(|L); \
54 V=12; \
55 F=DP4;
56 TX=DSB MY; \
57 C=DSB_MY_BX(|L),DSB_ABH0(|L),DSB_BG0(|L),DSB_BDG0(|L),DSB_AH0(|L),2*DSB_UIC_B0(|L); \
58 V=12; \
59 F=DP4;
60 TX=DSB MZ; \
61 C=DSB_MZ_BX2(|L),DSB_BGH0(|L),DSB_ABG0(|L); \
62 V=12; \
63 F=DP4;
64 TX=DSB MZ; \
65 C=DSB_MZ_BX2(|L),DSB_UIC_BD0(|L),DSB_UIC_A0(|L),DSB_UIC_B0(|L),DSB_UICX_B1(|L),DSB_BG1(|L), \
66 DSB_ABH0(|L); \
67 V=12; \
68 F=DPU4;
69
70 ;===============================================
71 ;========= EP. IVB =============================
72 ;===============================================
73
74 ;TEE Merkur
75 TX=DSB MX+ TEE Merkur; \
76 C=DSB_MX1(|L),DB_AVMZ111_SDT(|L),DB_APMZ121T(|L); \
77 V=14; \
78 F=DP4;
79 ;"NEPTUN" KOPENHAGEN - BERLIN
80 TX=DSB MY + "Neptun" Kopenhagen - Berlin; \
81 C=DSB_MY1(|L),6*DSB_BN1(|L),DR_HS_BM(|L),DR_HS_ABM(|L); \
82 V=12; \
83 F=DP4;
84
85 TX=DSB Lyntog MA; \
86 C=<(DSB_LYNTOG_ABR_R2_L,DSB_LYNTOG_AB_R2_R)|(DSB_LYNTOG_AB_R2_L,DSB_LYNTOG_ABR_R2_R); \
87 V=14; \
88 F=DPU4;
89 TX=DSB Lyntog MA; \
90 C=<(DSB_LYNTOG_ABR_R2_L|DSB_LYNTOG_AB_R2_R|DSB_LYNTOG_AB_R2_L|DSB_LYNTOG_ABR_R2_R); \
91 V=14; \
92 F=DPU4;
93 TX=DSB Lyntog MA; \
94 C=<2:(DSB_LYNTOG_ABR_G_L,DSB_LYNTOG_AB_G_R)|2:(DSB_LYNTOG_AB_G_L,DSB_LYNTOG_ABR_G_R)| \
95 1:DSB_LYNTOG_AB_G_R|1:DSB_LYNTOG_AB_G_L|1:DSB_LYNTOG_ABR_G_R|1:DSB_LYNTOG_ABR_G_L; \
96 V=14; \
97 F=DPU4;
98 TX=DSB MX; \
99 C=DSB_MX1(|L),($DIR(DSB_BDG1L,DSB_BDG1),DSB_ABG1(|L),DSB_BG1(|L))|DSB_ABG1(|L); \
100 V=11; \
101 F=DP4;
102 TX=DSB MX; \
103 C=DSB_MX1(|L),DSB_BV1(|L),DSB_UICX_BD1(|L); \
104 V=12; \
105 F=DP4;
106 TX=DSB MX; \
107 C=DSB_MX1(|L),DSB_UICX_BD1(|L),2*DSB_UICX_B1(|L),DSB_UICX_AB1(|L); \
108 V=12; \
109 F=DP4;
110 TX=DSB MY; \
111 C=DSB_MY_BX(|L),DSB_ABG1(|L),DSB_BG1(|L),DSB_BGH0(|L),DSB_DH10(|L); \
112 V=12; \
113 F=DP4;
114 TX=DSB MY; \
115 C=2*DSB_MY_BX(|L),2*DSB_BV1(|L),DSB_UICX_BD1(|L),DSB_UICX_B1(|L),DSB_UICX_AB1(|L), \
116 2*DSB_BFG1(|L); \
117 V=11; \
118 F=DP4;
119 TX=DSB MY; \
120 C=DSB_MY_BX(|L),DSB_UICX_A1(|L),3*DSB_UICX_B1(|L); \
121 V=13; \
122 F=DP4;
123 TX=DSB MY; \
124 C=DSB_MY1(|L),DSB_UICX_A1(|L),5*DSB_UICX_B1(|L); \
125 V=13; \
126 F=DP4;
127 TX=DSB MZ; \
128 C=DSB_MZ_BX1(|L),4*DSB_UICX_B1(|L),DSB_UICX_A1(|L); \
129 V=14; \
130 F=DPU4;
131 TX=DSB MZ; \
132 C=DSB_MZ_BX2(|L),DSB_UICX_B1(|L),DSB_UICX_AB1(|L),2*DSB_UICX_B1(|L),DSB_UICX_AB1(|L), \
133 3*DSB_UICX_B1(|L),DSB_DM1(|L); \
134 V=14; \
135 F=DPU4;
136 TX=DSB MZ; \
137 C=DSB_MZ_D1(|L),DSB_UICX_A1(|L),6*DSB_UICX_B1(|L); \
138 V=14; \
139 F=DPU4;
140 TX=DSB MX; \
141 C=(<DSB_MX1(|L),1-3*DSB_BN1(|L),DSB_BNS1A|DSB_BNS2A)| \
142 (>DSB_MX1(|L),1-3*DSB_BN1(|L),DSB_BNS1AL|DSB_BNS2AL); \
143 V=12; \
144 F=DPU4;
145 TX=DSB MY; \
146 C=DSB_MY1(|L),DSB_BG1(|L),DSB_BGH0(|L),DSB_DH21(|L); \
147 V=12; \
148 F=DPU4;
149 TX=DSB MY; \
150 C=(<DSB_MY_BX(|L),2*DSB_BN1(|L),DSB_AN1(|L),2*DSB_BN1(|L),DSB_BNS1A)| \
151 (>DSB_MY_BX(|L),2*DSB_BN1(|L),DSB_AN1(|L),2*DSB_BN1(|L),DSB_BNS1AL); \
152 V=12; \
153 F=DP4;
154 TX=DSB MY; \
155 C=(<DSB_MY_BX(|L),DSB_AN1(|L),5*DSB_BN1(|L),DSB_BNS1A)| \
156 (>DSB_MY_BX(|L),DSB_AN1(|L),5*DSB_BN1(|L),DSB_BNS1AL); \
157 V=12; \
158 F=DPU4;
159 TX=DSB MY; \
160 C=(<DSB_MY1(|L),3*DSB_BN1(|L),DSB_BNS1A)|(>DSB_MY1(|L),3*DSB_BN1(|L),DSB_BNS1AL); \
161 V=12; \
162 F=DPU4;
163 TX=DSB MZ; \
164 C=DSB_MZ_BX2(|L),DSB_BG0(|L),DSB_ABG0(|L); \
165 V=12; \
166 F=DPU4;
167 TX=DSB MZ; \
168 C=DSB_MZ_B3(|L),2*DSB_BFH1(|L),DSB_BV1(|L),2*DSB_UICX_B1(|L),DSB_UICX_A1(|L); \
169 V=12; \
170 F=DPU4;
171 TX=DSB MZ; \
172 C=(<DSB_MZ_BX2(|L),6*DSB_BN1(|L),DSB_BNS1A)|(>DSB_MZ_BX2(|L),6*DSB_BN1(|L),DSB_BNS1AL); \
173 V=12; \
174 F=DPU4;
175 TX=DSB MZ; \
176 C=(<DSB_MZ_B3(|L),4*DSB_BN1(|L),DSB_BNS1A)|(>DSB_MZ_B3(|L),4*DSB_BN1(|L),DSB_BNS1AL); \
177 V=12; \
178 F=DPU4;
179 TX=DSB MZ; \
180 C=DSB_MZ_C3(|L),DSB_AG3(|L),4*DSB_UICX_B1(|L); \
181 V=12; \
182 F=DPU4;
183 TX=DSB MZ; \
184 C=DSB_MZ_D1(|L),(<DB_ABM224BB2,DB_ABM224BB2L),2*DB_BM234BB2(|L),2*DSB_BG1(|L),DSB_AG1(|L); \
185 V=12; \
186 F=DPU4;
187 TX=DSB MZ; \
188 C=(<DSB_MZ_D1(|L),3-5*DSB_BN1(|L),DSB_BNS1A)|(>DSB_MZ_D1(|L),3-5*DSB_BN1(|L),DSB_BNS1AL); \
189 V=12; \
190 F=DPU4;
191 TX=DSB MZ; \
192 C=(<DSB_MZ_D1(|L),DSB_BN1(|L),DSB_AN1(|L),DSB_BN1(|L),DSB_BNS1A)| \
193 (>DSB_MZ_D1(|L),DSB_BN1(|L),DSB_AN1(|L),DSB_BN1(|L),DSB_BNS1AL); \
194 V=12; \
195 F=DPU4;
196 TX=DSB ME; \
197 C=DSB_ME_L1(|L),4*DSB_UICX_B1(|L), \
198 (DSB_UICX_A1(|L),DSB_UICX_B1(|L))|(2*DSB_UICX_B1(|L),DSB_UICX_A1(|L)); \
199 V=16; \
200 F=DPU4;
201 TX=DSB ME; \
202 C=(<DSB_ME_L1(|L),4*DSB_BN1(|L),DSB_BNS1A)|(>DSB_ME_L1(|L),4*DSB_BN1(|L),DSB_BNS1AL); \
203 V=14; \
204 F=DPU4;
205
206 TX=DSB MR; \
207 C=DSB_MRMR_L1; \
208 V=12; \
209 F=DP4;
210 TX=DSB MR; \
211 C=1-2@DSB_MRMRD_L1; \
212 V=12; \
213 F=DP4;
214
215 TX=DSB MR; \
216 C=DSB_MX1(|L),DSB_DM1(|L),DSB_BN1(|L),2*DSB_HBIS,SNCF_G_UIC_BOIS_RW; \
217 V=12; \
218 F=DP4;
219 {E5?
220 ;===============================================
221 ;========= Ep. Va ==============================
222 ;===============================================
223
224 ;EC MERKUR
225 TX=DSB ME + EC Merkur; \
226 C=DSB_ME_L1(|L),DB_AVMZ111_SDT2(|L),2*DB_BM234BB2(|L),2*DB_BPMZ291BB(|L); \
227 V=16; \
228 F=DP5;
229
230 ;IC
231 TX=DSB MZ + IC; \
232 C=DSB_MZ_A3(|L),DB_DMS905BB2(|L),DB_ABM225BB2(|L),DB_BM234BB2(|L),DSB_UICX_BD1(|L); \
233 V=14; \
234 F=DP5;
235 TX=DSB MZ + IC; \
236 C=DSB_MZ_B2(|L),DB_BM234BB2(|L),DB_DMS905BB2(|L),DB_ABM225BB2(|L),DB_BM234BB2(|L), \
237 DSB_UICX_BD1(|L),DSB_UICX_B1(|L); \
238 V=14; \
239 F=DP5;
240 TX=DSB MZ + IC; \
241 C=DSB_MZ_C3(|L),DB_BM234BB2(|L),DB_ABM225BB2(|L),DB_DMS902NBG(|L),2*DSB_UICX_B1(|L); \
242 V=14; \
243 F=DP5;
244
245 TX=DSB MX + D; \
246 C=DSB_MX1(|L), \
247 (DSB_UICX_A1(|L),DSB_UICX_B1(|L),$DIR(DSB_UICX_BD1,DSB_UICX_BD1L))| \
248 ($DIR(DSB_UICX_BD1L,DSB_UICX_BD1),DSB_UICX_B1(|L),DSB_UICX_A1(|L)); \
249 V=13; \
250 F=DP5;
251 TX=DSB MY + D; \
252 C=2*DSB_MY_BX(|L),4*DSB_UICX_B1(|L); \
253 V=13; \
254 F=DP5;
255 TX=DSB MY + D; \
256 C=2*DSB_MY_BX(|L),DSB_UICX_B1(|L),DSB_UICX_A1(|L),4*DSB_UICX_B1(|L); \
257 V=13; \
258 F=DP5;
259 TX=DSB MZ + D; \
260 C=DSB_MZ_B2(|L),4*DSB_UICX_B1(|L),DSB_UICX_A1(|L); \
261 V=14; \
262 F=DP5;
263 TX=DSB MZ + D; \
264 C=DSB_MZ_B2(|L),2*DSB_UIC_BAB1(|L),DSB_UICX_BD1(|L),DSB_UICX_A1(|L),3*DSB_UICX_B1(|L); \
265 V=14; \
266 F=DP5;
267 TX=DSB MZ + D; \
268 C=DSB_MZ_B2(|L),DSB_BDAN1(|L),DSB_UIC_BA1(|L); \
269 V=12; \
270 F=DP5;
271 TX=DSB ME + D; \
272 C=DSB_ME_L1(|L),DSB_UICX_B1(|L),DB_AVMZ111R(|L),2*DB_BPMZ291BB(|L),DB_BPMZ291IC(|L); \
273 V=16; \
274 F=DP5;
275 TX=DSB ME + D; \
276 C=DSB_ME_L1(|L),DSB_UIC_BA1(|L),DSB_UICX_B1(|L),DB_ABM225BB2(|L),3*DB_BM234BB2(|L); \
277 V=16; \
278 F=DP5;
279 TX=DSB ME + D; \
280 C=DSB_ME_L1(|L),DR_HS_ABM200(|L),DR_HS_BM200(|L),5*DSB_BN1B(|L), \
281 $DIR(DSB_ADNS1AB,DSB_ADNS1ABL); \
282 V=16; \
283 F=DP5;
284
285 ;NIGHT TRAINS
286 TX=DSB MY + Night train; \
287 C=DSB_MY_BX(|L),3*DSB_BCM3(|L); \
288 V=13; \
289 F=DP5;
290 TX=DSB MZ + Night train; \
291 C=DSB_MZ_A3(|L),3*DSB_BCM3(|L),DSB_BAN1(|L),DSB_BCM3(|L),DSB_AF1(|L); \
292 V=12; \
293 F=DP5;
294 TX=DSB MZ + Night train; \
295 C=DSB_MZ_B2(|L),4*DSB_BCM3(|L); \
296 V=12; \
297 F=DP5;
298 ;VIKING PARIS NORD - KOBENHAVN
299 TX=DSB MZ + Night train Viking Paris Nord - Kobenhavn; \
300 C=DSB_MZ_C3(|L),DSB_UICX_BD1(|L),2*SNCF_5UIC_B10C(|L),SNCF_MU_J_TEN(|L),SNCF_5UIC_B10CH(|L); \
301 V=13; \
302 F=DP5;
303
304 TX=DSB MX; \
305 C=(<DSB_MX1(|L),2-3*DSB_BN1(|L),DSB_BNS2RA)|(>DSB_MX1(|L),2-3*DSB_BN1(|L),DSB_BNS2RAL); \
306 V=12; \
307 F=DP55;
308 TX=DSB MY; \
309 C=DSB_MY_BX(|L),$DIR(DSB_UICX_BD1L,DSB_UICX_BD1),4*DSB_BN1(|L); \
310 V=12; \
311 F=DRP5;
312 TX=DSB MY; \
313 C=(<DSB_MY_BX(|L),3*DSB_BN1(|L),DSB_ABNS1AB)|(>DSB_MY_BX(|L),3*DSB_BN1(|L),DSB_ABNS1ABL); \
314 V=12; \
315 F=DRP5;
316 TX=DSB MZ; \
317 C=DSB_MZ_B2(|L)|DSB_UICX_B1(|L),7*DSB_BN1B(|L),DSB_UICX_B1(|L); \
318 V=12; \
319 F=DRP5;
320 TX=DSB MZ; \
321 C=(<DSB_MZ_C2(|L),DSB_BN1(|L),DSB_ABNS1AB)|(>DSB_MZ_C2(|L),DSB_BN1(|L),DSB_ABNS1ABL); \
322 V=12; \
323 F=DRP5;
324 TX=DSB MZ; \
325 C=(<DSB_MZ_C3(|L),2*DSB_UICX_B1(|L),2*DSB_BN1(|L),DSB_ADNS2AB)| \
326 (>DSB_MZ_C3(|L),2*DSB_UICX_B1(|L),2*DSB_BN1(|L),DSB_ADNS2ABL); \
327 V=12; \
328 F=DRP5;
329 TX=DSB MZ; \
330 C=DSB_MZ_B2(|L)|DSB_MZ_C2(|L),DSB_UICX_BD1(|L),4*DSB_BN1(|L); \
331 V=12; \
332 F=DRP5;
333 TX=DSB MZ; \
334 C=(<DSB_ME_L1(|L),3*DSB_UICX_B1(|L),DSB_BN1(|L),DSB_ABNS1AB)| \
335 (>DSB_ME_L1(|L),3*DSB_UICX_B1(|L),DSB_BN1(|L),DSB_ABNS1ABL); \
336 V=14; \
337 F=DRPUE5;
338 TX=DSB MZ; \
339 C=(<DSB_ME_L1(|L),7*DSB_BN1B(|L),DSB_ADNS1AB)|(>DSB_ME_L1(|L),7*DSB_BN1B(|L),DSB_ADNS1ABL); \
340 V=14; \
341 F=DRPUE5;
342 TX=DSB EA; \
343 C=(<DSB_EA1,4-5*DSB_BN1(|L),DSB_BNS2RA)|(>DSB_EA1,4-5*DSB_BN1(|L),DSB_BNS2RAL); \
344 V=12; \
345 F=EP5;
346
347 TX=DSB Lyntog MA; \
348 C=<2:(DSB_LYNTOG_ABR_G_L,DSB_LYNTOG_AB_G_R)|2:(DSB_LYNTOG_AB_G_L,DSB_LYNTOG_ABR_G_R)| \
349 1:DSB_LYNTOG_AB_G_R|1:DSB_LYNTOG_AB_G_L|1:DSB_LYNTOG_ABR_G_R|1:DSB_LYNTOG_ABR_G_L; \
350 V=14; \
351 F=DPU5;
352 TX=DSB IC 3; \
353 C=1-2@DSB_IC3_L2; \
354 V=16; \
355 F=DPU5;
356 TX=DSB MR; \
357 C=1-2@DSB_MRMRD_L1; \
358 V=12; \
359 F=DP5;
360 TX=DSB MR; \
361 C=DSB_MRMRD_L1,DSB_BCMO3(|L); \
362 V=12; \
363 F=DP5;
364
365 TX=DSB MX; \
366 C=DSB_MX1(|L)|DSB_MY_BX(|L),2*DSB_DM1(|L); \
367 V=12; \
368 F=DP5;
369
370 ;========= Ep. Vb / VI =========================
371 ;===============================================
372
373 ;EC 184 HAMBURG - KOPENHAGEN
374 TX=DSB MY + EC 184 Hamburg - Kopenhagen; \
375 C=DSB_MY1(|L),DSB_UICX_B1(|L),(DB_AVMZ111SDRK|DB_AVMZ111SDRKL),DB_BVMZ185ICK(|L), \
376 DB_BM234BBK1(|L),DB_BPMZ291BBK(|L); \
377 V=13; \
378 F=DP6;
379 TX=DSB MY + EC 184 Hamburg - Kopenhagen; \
380 C=DSB_MZ_C2(|L),DB_BPMZ291BBK(|L),2*DB_BPMZ291ICK(|L),DB_BM234BBK1(|L),DB_AVMZ111SDR(|L), \
381 DSB_UICX_B1(|L); \
382 V=14; \
383 F=DP6;
384 ;HAMBURG - KOPENHAGEN
385 TX=DSB 605 +ICE Hamburg - Kopenhagen; \
386 C=3:(1-2@DSB_605_ICE)|1:(DSB_605_DSB,0-1*DSB_605_ICE); \
387 V=16;
388 ;EC 370/1
389 TX=DSB ME + EC 370/1; \
390 C=DSB_ME_L2(|L),6*CD_BMZ21910_EC(|L),CD_WRMZEC(|L),CD_AMPZ10910_EC(|L); \
391 V=16; \
392 F=DP6;
393 TX=DSB EA + EC 370/1; \
394 C=DSB_EA1,6*CD_BMZ21910_EC(|L),CD_WRMZEC(|L),CD_AMPZ10910_EC(|L); \
395 V=16; \
396 F=EP6;
397
398 ;ÃRESUNDSTOG
399 TX=DSB Ãresundstog; \
400 C=2@DSB_ORESUNDTOG_L1; \
401 V=14; \
402 F=EP6;
403 TX=DSB Ãresundstog; \
404 C=2@DSB_ORESUNDTOG_L1O; \
405 V=14; \
406 F=EP6;
407
408 TX=DSB EA + Night train; \
409 C=DSB_EA1, \
410 (DSB_UICX_B1(|L),DSB_WLABMH_EXTEN(|L),2*DSB_UIC_BC2(|L),DSB_WLABMH_TEN(|L))| \
411 (DSB_WLABMH_EXTEN(|L),DSB_UIC_BC2(|L),DSB_UICX_BD1(|L),3*DSB_UIC_BC2(|L)); \
412 V=14; \
413 F=EP6;
414 TX=DSB EA + Night train; \
415 C=DSB_EA1,DB_BVCMZ248_5CNL(|L),DB_BVCMBZ249_1VRNZ(|L),DB_WRMBZ138_1VRNZ(|L), \
416 2*DB_BVCMZ248_5CNL(|L),DB_BVCMBZ249_1VRNZ(|L),2*DB_BVCMZ248VRNZ(|L), \
417 3*DB_BVCMZ248_5CNL(|L),DB_BVCMBZ249_1VRNZ(|L),DB_BVCMZ248VRNZ(|L); \
418 V=14; \
419 F=EP6;
420 ;KOBENHAVN - BLUDENZ
421 TX=DSB ME + Night train Kobenhavn - Bludenz; \
422 C=DSB_ME_L2(|L),DSB_DM005IC(|L),7*DSB_UIC_BC2(|L); \
423 V=14; \
424 F=DP6;
425 TX=DSB EA + Night train Kobenhavn - Bludenz; \
426 C=DSB_EA2,7*DSB_UIC_BC2(|L),DSB_DM005IC(|L); \
427 V=14; \
428 F=EP6;
429 TX=DSB ME + Night train Kobenhavn - Bludenz; \
430 C=DSB_ME_L2(|L),2*DB_BVCMZ248VRAZ(|L),DB_WRMH132VRF(|L),DB_BOCMKZ249VRF(|L), \
431 CNL_BVCMZ248_5(|L),2*DB_BVCMZ248VRAZ(|L); \
432 V=14; \
433 F=DP6;
434 ;NORD-EXPRESS
435 TX=DSB ME Nord-Express; \
436 C=DSB_ME_L1(|L),DSB_UIC_BA1(|L),DSB_UICX_B1(|L),DB_DMS90(2_1PNBG|5E)K(|L), \
437 DB_DMS90(2_1PBB|5_1P_BB)K(|L),SNCF_MU_F71_TENN(|L),SNCB_I5BC3(|L),3*SNCB_I6BO(|L); \
438 V=14; \
439 F=DP6;
440 ;CNL 472 Aurora
441 TX=DSB EA + CNL 472 Aurora; \
442 C=DSB_EA2,DB_BOMDZ236_9VRNZ(|L),DB_BVCMZ248_5CNLNZ(|L),DB_BVCMBZ249_1VRNZ(|L), \
443 DB_WLABMZ173VR(|L),DB_BVCMZ248_5B(|L),DB_BVCMZ248VRNZ(|L),CNL_BVCMBZ249_1(|L), \
444 DB_BOMDZ236_9VRNZ(|L),CNL_WLABM2NC(|L),(CNL_WLBM2NC|CNL_WLABM2NCL),DB_BVCMZ248_5CNL(|L), \
445 DB_BDCM874_1CNL(|L); \
446 V=14; \
447 F=EP6;
448 TX=DSB EA + CNL 472 Aurora; \
449 C=DSB_EA2,DB_WLABMZ173CNL(|L),DB_BVCMBZ249_1VRNZ(|L),2*DB_BVCMZ248_5CNL(|L), \
450 DB_BVCMBZ249_1VRNZ(|L),DB_BVCMZ248_5CNL(|L),DB_BOMDZ236_9VRNZ(|L),DB_WRMBZ138_1CNL(|L), \
451 2*DB_WLBM172CNL(|L),CD_WLABMZ826N(|L),DB_BVCMZ248VRNZ(|L); \
452 V=14; \
453 F=EP6;
454
455 ;IC
456 TX=DSB IC 3; \
457 C=1-2*(DSB_IC3_L2|DSB_IC3_L3); \
458 V=16; \
459 F=DPU6;
460 TX=DSB IC 3; \
461 C=1-2@DSB_IC3_L3; \
462 V=16; \
463 F=DPU6;
464 TX=DSB IC 3; \
465 C=1-3@DSB_IC3_L4; \
466 V=16; \
467 F=DPU6;
468 TX=DSB IC 3; \
469 C=DSB_IC3_L5; \
470 V=16; \
471 F=DPU6;
472
473 ;IR
474 TX=DSB IR4; \
475 C=1-2@DSB_IR4_L2; \
476 V=14; \
477 F=EPU6;
478 TX=DSB IR4; \
479 C=2*(DSB_IR4_L2|DSB_IR4_L3); \
480 V=14; \
481 F=EPU6;
482 TX=DSB IR4; \
483 C=1-2@DSB_IR4_L3; \
484 V=14; \
485 F=EPU6;
486 TX=DSB IR4 + IC3; \
487 C=DSB_IC3_L3,DSB_IR4_L3; \
488 V=14; \
489 F=EP6;
490
491 TX=DSB IR4; \
492 C=1-2@DSB_IR4_L4; \
493 V=14; \
494 F=EPU6;
495
496 TX=DSB IR4 + IC3; \
497 C=2*DSB_IC3_L4,DSB_IR4_L4; \
498 V=14; \
499 F=EPU6;
500
501 TX=DSB IR4 + IC3; \
502 C=DSB_IC3_L5,3*(DSB_IC3_L4|DSB_IC3_L4B),DSB_IR4_L4; \
503 V=16; \
504 F=EPU6;
505
506 TX=DSB IR4 + IC3; \
507 C=DSB_IR4_L4B,DSB_IC3_L4B; \
508 V=14; \
509 F=EPU6;
510
511 TX=DSB IR4; \
512 C=DSB_IR4_L5,DSB_IR4_L4B; \
513 V=14; \
514 F=EPU6;
515
516 TX=DSB ME +IR; \
517 C=DSB_ME_L1(|L),DB_ARMZ217VRF(|L),DB_BIMZ264IRK(|L),DB_BIMDZ268IRK(|L); \
518 V=16; \
519 F=EP6;
520 TX=DSB EA + IR; \
521 C=DSB_EA1,DB_ARKIMBZ262IRK(|L),2*DB_BIMZ264IRK(|L); \
522 V=14; \
523 F=EP6;
524 TX=DSB EA + IR; \
525 C=DSB_EA1, \
526 (DB_WRMBZ138_1VRNZ(|L),2*DB_BIMZ264IRK(|L))| \
527 (DB_ARKIMBZ262W(|L),DB_BM235ICK(|L),DB_BM235W1(|L)); \
528 V=14; \
529 F=EP6;
530 TX=DSB EA + IR; \
531 C=(<DSB_EA2,6*DSB_UIC_BC2(|L),DSB_ADNS2B)|(>DSB_EA2,6*DSB_UIC_BC2(|L),DSB_ADNS2BL); \
532 V=16; \
533 F=EP6;
534 TX=DSB MZ + IR; \
535 C=DSB_MZ_B2(|L),|DB_BIMZ264IRK(|L),DB_ARKIMBZ262IRK(|L),2*DB_BIMZ264IRK(|L), \
536 DB_BIMDZ268IRK(|L); \
537 V=14; \
538 F=DP6;
539 TX=DSB MZ + IR; \
540 C=DSB_MZ_C2(|L),DB_BIMZ264IRK(|L),DB_ARKIMBZ262IRK(|L),3*DB_BIMZ264IRK(|L); \
541 V=14; \
542 F=DP6;
543 TX=DSB EA + IR; \
544 C=DSB_EA1,DB_ARKIMBZ262W(|L),DB_BM235ICK(|L),DB_BM235W1(|L); \
545 V=14; \
546 F=EP6;
547
548 TX=DSB MY + IR; \
549 C=DSB_MY_BX(|L),DSB_UICX_A1(|L),2*DSB_UICX_B1(|L); \
550 V=13; \
551 F=DP6;
552 TX=DSB MY + IR; \
553 C=DSB_MY1(|L),DSB_UICX_B1(|L),DSB_UICX_A1(|L),DSB_UICX_AB1(|L); \
554 V=13; \
555 F=DP6;
556 TX=DSB MY + IR; \
557 C=2*DSB_MY_BX(|L),DSB_UICX_A1(|L),2*DSB_UICX_B1(|L),DSB_UICX_BD1(|L),DSB_UICX_B1(|L); \
558 V=13; \
559 F=DP6;
560 TX=DSB MZ + IR; \
561 C=DSB_MZ_B2(|L),DSB_UICX_B1(|L), \
562 (2*DSB_UICX_AB1(|L),DSB_UICX_BD1(|L),DSB_UICX_A1(|L),3*DSB_UICX_B1(|L))| \
563 (DSB_UICX_B1(|L),DSB_UICX_AB1(|L),DSB_UICX_BD1(|L),DSB_UICX_AB1(|L)); \
564 V=14; \
565 F=DP6;
566 TX=DSB MZ + IR; \
567 C=DSB_MZ_A2(|L),DSB_UICX_B1(|L),DSB_BDN1(|L),2*DSB_UICX_B1(|L),DSB_BDAN1(|L); \
568 V=14; \
569 F=DP6;
570 TX=DSB MZ + IR; \
571 C=DSB_MZ_A2(|L),DSB_UICX_B1(|L),DSB_UIC_BAB1(|L),DSB_BDAN1(|L),3*DSB_UICX_B1(|L); \
572 V=13; \
573 F=DP6;
574 TX=DSB MZ + IR; \
575 C=2*DSB_MZ_A2(|L),DSB_UICX_B1(|L),DSB_BDAN1(|L),2*DSB_UICX_B1(|L); \
576 V=13; \
577 F=DP6;
578 TX=DSB MZ + IR; \
579 C=DSB_MZ_B2(|L),|(DSB_UIC_BA1(|L),6*DSB_UICX_B1(|L)),DSB_UIC_BA1(|L),3*DSB_UICX_B1(|L); \
580 V=14; \
581 F=DP6;
582 TX=DSB MZ + IR; \
583 C=DSB_MZ_B2(|L),2*DSB_UICX_B1(|L),DSB_BN1(|L),DSB_UICX_B1(|L); \
584 V=14; \
585 F=DP6;
586 TX=DSB MZ + IR; \
587 C=DSB_MZ_C2(|L),(2|5)*DSB_UICX_B1(|L),DSB_BDAN1(|L),2*DSB_UICX_B1(|L); \
588 V=14; \
589 F=DP6;
590 TX=DSB ME + IR; \
591 C=(<DSB_ME_L1(|L),DSB_BN2(|L),DSB_BN1(|L),2*DSB_BN2(|L),DSB_ADNS2B)| \
592 (>DSB_ME_L1(|L),DSB_BN2(|L),DSB_BN1(|L),2*DSB_BN2(|L),DSB_ADNS2BL); \
593 V=14; \
594 F=DPU6;
595 TX=DSB ME + IR; \
596 C=(<DSB_ME_L2(|L),4*DSB_BN2(|L),DSB_ADNS2B)|(>DSB_ME_L2(|L),4*DSB_BN2(|L),DSB_ADNS2BL); \
597 V=14; \
598 F=DPU6;
599 TX=DSB ME + IR; \
600 C=(<DSB_ME_L2(|L),4-5*DSB_DOSTO_B3,DSB_DOSTO_ABS3)| \
601 (>DSB_ME_L2(|L),4-5*DSB_DOSTO_B3L,DSB_DOSTO_ABS3L); \
602 V=14; \
603 F=DPU6;
604 TX=DSB ME + IR; \
605 C=(<DSB_ME_L2(|L),3-4*DSB_DOSTO_B4,DSB_DOSTO_ABS4)| \
606 (>DSB_ME_L2(|L),3-4*DSB_DOSTO_B4L,DSB_DOSTO_ABS4L); \
607 V=14; \
608 F=DPU6;
609 TX=DSB ME + IR; \
610 C=(<DSB_ME_L3(|L),3*DSB_DOSTO_B4B,DSB_DOSTO_ABS4B)| \
611 (>DSB_ME_L3(|L),3*DSB_DOSTO_B4BL,DSB_DOSTO_ABS4BL); \
612 V=14; \
613 F=DPU6;
614
615 TX=DSB EA + IR; \
616 C=(<DSB_EA1,3*DSB_UIC_BA1(|L),DSB_ADNS2AB)|(>DSB_EA1,3*DSB_UIC_BA1(|L),DSB_ADNS2ABL); \
617 V=16; \
618 F=EP6;
619 TX=DSB EA + IR; \
620 C=(<DSB_EA1,4-5*DSB_BN1B(|L),DSB_ABNS1AB|DSB_ABNS2AB|DSB_ADNS2AB)| \
621 (>DSB_EA1,4-5*DSB_BN1B(|L),DSB_ABNS1ABL|DSB_ABNS2ABL|DSB_ADNS2ABL); \
622 V=12; \
623 F=EP6;
624 TX=DSB EA + IR; \
625 C=(<DSB_EA2,2-5*DSB_BN2L,DSB_ADNS2B)|(>DSB_EA2,2-5*DSB_BN2,DSB_ADNS2BL); \
626 V=12; \
627 F=EP6;
628 TX=DSB EA + IR; \
629 C=(<DSB_EA2,3*DSB_DOSTO_B4,DSB_DOSTO_ABS4)|(>DSB_EA2,3*DSB_DOSTO_B4L,DSB_DOSTO_ABS4L); \
630 V=14; \
631 F=EPU6;
632 TX=DSB EA + IR; \
633 C=(<DSB_EA3,3*DSB_DOSTO_B4,DSB_DOSTO_ABS4)|(>DSB_EA3,3*DSB_DOSTO_B4L,DSB_DOSTO_ABS4L); \
634 V=14; \
635 F=EPU6;
636
637 TX=DSB EB + IR; \
638 C=(<DSB_EB1(|L),3*DSB_DOSTO_B4,DSB_DOSTO_ABS4)|(>DSB_EB,3*DSB_DOSTO_B4L,DSB_DOSTO_ABS4L); \
639 V=14; \
640 F=EPU6;
641
642 TX=DSB MR; \
643 C=1-2*(DSB_MRMRD_L1|DSB_MRMRD_L2); \
644 V=12; \
645 F=DPR6;
646 TX=DSB MR; \
647 C=1-2@DSB_MRMRD_L2; \
648 V=12; \
649 F=DPR6;
650 TX=DSB MR; \
651 C=1-2*(DSB_MRMRD_L2|DSB_MRMRD_L3); \
652 V=12; \
653 F=DPR6;
654 TX=DSB MR; \
655 C=1-4@DSB_MRMRD_L3; \
656 V=12; \
657 F=DPR6;
658 TX=DSB MR; \
659 C=1-2@DSB_MRMRD_L4; \
660 V=12; \
661 F=DPR6;
662 TX=DSB Desiro; \
663 C=DSB_MQ_DB(|L); \
664 V=12; \
665 F=DPRU6;
666 TX=DSB Desiro; \
667 C=DSB_DESIRO3(|L); \
668 V=12; \
669 F=DPRU6;
670 TX=DSB Desiro; \
671 C=DSB_DESIRO3(|L); \
672 V=12; \
673 F=DPRU6;
674 TX=DSB Desiro; \
675 C=DSB_DESIRO4(|L); \
676 V=12; \
677 F=DPRU6;
678 TX=DSB Desiro; \
679 C=DSB_MQ_4B(|L); \
680 V=12; \
681 F=DPRU6;
682 TX=DSB Desiro; \
683 C=2*(DSB_DESIRO4(|L)|DSB_MQ_4B(|L)); \
684 V=12; \
685 F=DPRU6;
686
687 TX=DSB MY; \
688 C=DSB_MY1(|L),12-16*DSB_HBIS; \
689 V=10; \
690 F=DF6;
691 TX=DSB MY; \
692 C=DSB_MY1(|L),2*NSME_DSB_HBIKKS,DSB_HBIS; \
693 V=10; \
694 F=DF6;
695 TX=DSB MK; \
696 C=DSB_MK(|L)~MLG,DB_152[PD]; \
697 V=4; W=X; \
698 F=DF6;
699 TX=DSB MY; \
700 C=DSB_MY2(|L),2@DSB_IR4_L2[PD]; \
701 V=10; W=R; \
702 F=DPR6;
703 TX=DSB MK; \
704 C=DSB_MK(|L)~MLG,DB_WLABMZ173VR(|L),DB_BVCMBZ249_1CNL(|L),DB_BVCMZ248_5CNL(|L), \
705 DB_BOMDZ236_9CNL(|L),DB_BVCMBZ249_1VRNZ(|L),DB_BVCMZ248_5CNL(|L),DB_BOMDZ236_9CNL(|L), \
706 DB_WRMBZ138_1CNL(|L),DB_WLBM172CNL(|L),CD_WLABMZ826N(|L),DB_BVCMZ248_5CNL(|L),DSB_EA2[PD]; \
707 V=5; \
708 F=DP6;
709
710 ;ARRIVA
711 TX=Arriva MR; \
712 C=1-2@ARRIVA_MRMRD_L2; \
713 V=12; \
714 F=DPR6;
715 TX=Arriva MR; \
716 C=1-2*(ARRIVA_MRMRD_L2|ARRIVA_MRMRD_ARRIVA); \
717 V=12; \
718 F=DPR6;
719 TX=Arriva 1000; \
720 C=AR_1000(|L); \
721 V=12; \
722 F=DPR6;
723 TX=Arriva 1000; \
724 C=1-2*AR_1000(|L); \
725 V=12; \
726 F=DPR6;
727 TX=ARRIVA DESIRO; \
728 C=AR_DESIRO_EXDSB(|L); \
729 V=12; \
730 F=DPR6;
731
732 ;LOKALTOG
733 TX=Lokaltog LINT 41; \
734 C=LTOG_LINT41_LB(|L); \
735 V=11; \
736 F=DPR6;
737 TX=Lokaltog LINT 41; \
738 C=9:LTOG_LINT41_1S(|L)|2:LTOG_LINT41_EXLB(|L)|5:LTOG_LINT41_2S(|L); \
739 V=11; \
740 F=DPR6;
741
742 ;LOKALBANEN
743 TX=Lokalbanen RegioSprinter; \
744 C=LB_RS; \
745 V=10; \
746 F=DPR6;
747 TX=Lokalbanen 100 (LINT 27); \
748 C=LB_100(|L); \
749 V=12; \
750 F=DPR6;
751 ;GDS
752 TX=GDS MF 1000; \
753 C=GDS_MF1000_L1; \
754 V=11; \
755 F=DPR6;
756 ;LNJ TX=LNJ RegioSprinter;
757 C=LNJ_RS~MLG; \
758 V=10; \
759 F=DPR6;
760 ;RTOG
761 TX=RTOG MF 1000; \
762 C=RTOG_MF1000_L1|RTOG_MF1000_C_L1; \
763 V=11; \
764 F=DPR6;
765 TX=RTOG LINT 41; \
766 C=9:RTOG_LINT41A(|L)|1:RTOG_LINT41LB(|L)|1:RTOG_LINT41EXLB(|L)|5:RTOG_LINT41B(|L); \
767 V=11; \
768 F=DPR6;
769 ;LJ
770 TX=LJ MF 1000; \
771 C=LJ_MF1000_L1; \
772 V=11; \
773 F=DPR6;
774 ;OHJ
775 TX=OHJ MF 1000; \
776 C=OHJ_MF1000_L1; \
777 V=11; \
778 F=DPR6;
779 ;VL
780 TX=VL MF 1000; \
781 C=VL_MF1000_L1; \
782 V=11; \
783 F=DPR6;
784 TX=VL LINT 41; \
785 C=VLA_LINT41(|L); \
786 V=11; \
787 F=DPR6;
788
789 ;Railion Scandinavia / DB Schenker Denmark
790 TX=Railion Scandinavia / DB Cargo Denmark EG 3100; \
791 C=DB_EG3100D,2*DB_HBBILLS311,DB_HBILLNS302K,DB_HBBILLS311,DB_HBILLNS302K,2*TWAG_HR4, \
792 3*DB_SHIMMS708K(|L),RAI_SHIMMNS723; \
793 V=12; \
794 F=EF6;
795 TX=Railion Scandinavia / DB Cargo Denmark EG 3100; \
796 C=DB_EG3100GC,TWAG_HB15,TWAG_HB12,DB_RES687K,TWAG_HR4,DB_RILNS654B,DB_SHIMMNS720B,TWAG_HB15, \
797 TWAG_HR4,4*TWAG_HB15,DB_RILNS654B,4*CFLC_SHIMMNSS,6*TWAG_HB15; \
798 V=12; \
799 F=EF6;
800 TX=Railion Scandinavia / DB Schenker Denmark MK; \
801 C=DB_MK1(|L),2*SNCB_3614D5_VB,SNCF_RES90_6,2*SNCB_3614L1_VB,SNCF_REMMS10_2; \
802 V=6; \
803 F=DF6;
804 TX=DB Cargo Denmark MZ; \
805 C=DB_MZ_D1(|L), \
806 5*(3:DB_ROOS639|2:DB_ROOS639VR)[OB:WOOD(188|189|190),8,12][OB:WOOD(188|189|190),50,12] \
807 [OB:WOOD(188|189|190),92,12][OB:WOOD(6|7|8|9|10),134,12][OB:WOOD(6|7|8|9|10),160,12]; \
808 V=10; \
809 F=DF6;
810 TX=DB Cargo Denmark MZ; \
811 C=DB_MZ_D1(|L),5*DB_SHIMMNS718A; \
812 V=10; \
813 F=DF6;
814 TX=DB Cargo Denmark MZ; \
815 C=DB_MZ_DVR(|L),20*BLG_LAAERS700; \
816 V=10; \
817 F=DF6;
818
819 }
820 %ENDPOOL;