BOSS 7.1.3
BESIII Offline Software System
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EvtDToKKpipi0.hh
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1#ifndef EVTDTOKKPIPI0_HH
2#define EVTDTOKKPIPI0_HH
3
4#include "EvtGenBase/EvtDecayProb.hh"
5#include "TSpline.h"
6#include "TComplex.h"
7class EvtParticle;
8
9class EvtDToKKpipi0:public EvtDecayProb {
10
11 public:
12
13 EvtDToKKpipi0() {}
14 virtual ~EvtDToKKpipi0();
15
16 void getName(std::string& name);
17 EvtDecayBase* clone();
18
19 void init();
20 void initProbMax();
21 void decay(EvtParticle *p);
22
23 private:
24 double calPDF(double P1[], double P2[], double P3[], double P4[],double & Result);
25 double Spin_factor(double P1[], double P2[], double P3[], double P4[], Int_t Ang, double mass1, double mass2, double rRes, double rD, Int_t mode);
26
27 void Com_Divide(double a1[2], double a2[2], double res[2]);
28 double CalRho4pi(double s);
29 TComplex ResonanceSkm(double m2);
30 TComplex propogator(double mass, double width, double sx) const;
31 double wid(double mass, double sa, double sb, double sc, double r, Int_t l) const;
32 double h(double m, double q) const;
33 double dh(double mass, double q0) const;
34 double f(double mass, double sx, double q0, double q) const;
35 double d(double mass, double q0) const;
36 TComplex Flatte_rhoab(double sa, double sb, double sc) const;
37 double rhoab_L(double sa, double sb, double sc, Int_t L) const;
38 TComplex propagatorRBW(double mass, double width, double sa, double sb, double sc, double r, Int_t l, Int_t isvaried)const;
39 TComplex propagatorGS(double mass, double width, double sa, double sb, double sc, double r, Int_t l)const;
40 void propagatorFlatte(double mass, double width, double sa, double sb, double sc, int r, double prop[2]);
41 TComplex propagatorK1270(double mass, double sx, double *sb, double *sc, double *g)const;
42 TComplex propagator980(double mass, double sx, double *sb, double *sc, double *g)const;
43 TComplex propagatorf600(double mass, double width, double sx)const;
44 TComplex propagatorsigma500(double mass, double width, double sx, double *g)const;
45 double dot(double *a1, double *a2)const;
46 double Qabcs(double sa, double sb, double sc)const;
47 // double barrier(double l, double sa, double sb, double sc, double r)const;
48 double barrier(double l, double sa, double sb, double sc, double r, double mass)const;
49
50 void calt1(double daug1[], double daug2[], double t1[]) const;
51 void calt2(double daug1[], double daug2[], double t2[][4]) const;
52 const double sck = 0.493677*0.493677;
53 const double scpi = 0.13957*0.13957;
54 const double snpi = 0.1349768*0.1349768;
55 const double seta = 0.547862*0.547862;
56
57 double G[4][4],E[4][4][4][4];
58 double rho[24];
59 double phi[24];
60 double mD;
61 double mDs;
62 double rRes;
63 double rD;
64 double metap;
65 double mkstr;
66 double mk0;
67 double mass_Kaon;
68 double mass_Pion;
69 double mass_Eta;
70 double mass_Etap;
71 double mass_Pi0;
72 double math_pi;
73 double mrho;
74 double Grho;
75 double mrho1450;
76 double Grho1450;
77 double ma0;
78 double Ga0;
79 double ma01450;
80 double Ga01450;
81 double meta;
82 double ma2;
83 double ma20;
84 double Ga2;
85 double Ga20;
86 double mf980;
87 double Gf980;
88 double mphi;
89 double Gphi;
90 double mK1270;
91 double mK1400;
92 double mf1285;
93 double Gf1285;
94 double mf1420;
95 double Gf1420;
96 double mnKstr;
97 double mcKstr;
98 double GnKstr;
99 double GcKstr;
100 double meta1405;
101 double Geta1405;
102 int mother_c;
103
104 double s[1206]={
105 0.601,
106 0.603,
107 0.605,
108 0.607,
109 0.609,
110 0.611,
111 0.613,
112 0.615,
113 0.617,
114 0.619,
115 0.621,
116 0.623,
117 0.625,
118 0.627,
119 0.629,
120 0.631,
121 0.633,
122 0.635,
123 0.637,
124 0.639,
125 0.641,
126 0.643,
127 0.645,
128 0.647,
129 0.649,
130 0.651,
131 0.653,
132 0.655,
133 0.657,
134 0.659,
135 0.661,
136 0.663,
137 0.665,
138 0.667,
139 0.669,
140 0.671,
141 0.673,
142 0.675,
143 0.677,
144 0.679,
145 0.681,
146 0.683,
147 0.685,
148 0.687,
149 0.689,
150 0.691,
151 0.693,
152 0.695,
153 0.697,
154 0.699,
155 0.701,
156 0.703,
157 0.705,
158 0.707,
159 0.709,
160 0.711,
161 0.713,
162 0.715,
163 0.717,
164 0.719,
165 0.721,
166 0.723,
167 0.725,
168 0.727,
169 0.729,
170 0.731,
171 0.733,
172 0.735,
173 0.737,
174 0.739,
175 0.741,
176 0.743,
177 0.745,
178 0.747,
179 0.749,
180 0.751,
181 0.753,
182 0.755,
183 0.757,
184 0.759,
185 0.761,
186 0.763,
187 0.765,
188 0.767,
189 0.769,
190 0.771,
191 0.773,
192 0.775,
193 0.777,
194 0.779,
195 0.781,
196 0.783,
197 0.785,
198 0.787,
199 0.789,
200 0.791,
201 0.793,
202 0.795,
203 0.797,
204 0.799,
205 0.801,
206 0.803,
207 0.805,
208 0.807,
209 0.809,
210 0.811,
211 0.813,
212 0.815,
213 0.817,
214 0.819,
215 0.821,
216 0.823,
217 0.825,
218 0.827,
219 0.829,
220 0.831,
221 0.833,
222 0.835,
223 0.837,
224 0.839,
225 0.841,
226 0.843,
227 0.845,
228 0.847,
229 0.849,
230 0.851,
231 0.853,
232 0.855,
233 0.857,
234 0.859,
235 0.861,
236 0.863,
237 0.865,
238 0.867,
239 0.869,
240 0.871,
241 0.873,
242 0.875,
243 0.877,
244 0.879,
245 0.881,
246 0.883,
247 0.885,
248 0.887,
249 0.889,
250 0.891,
251 0.893,
252 0.895,
253 0.897,
254 0.899,
255 0.901,
256 0.903,
257 0.905,
258 0.907,
259 0.909,
260 0.911,
261 0.913,
262 0.915,
263 0.917,
264 0.919,
265 0.921,
266 0.923,
267 0.925,
268 0.927,
269 0.929,
270 0.931,
271 0.933,
272 0.935,
273 0.937,
274 0.939,
275 0.941,
276 0.943,
277 0.945,
278 0.947,
279 0.949,
280 0.951,
281 0.953,
282 0.955,
283 0.957,
284 0.959,
285 0.961,
286 0.963,
287 0.965,
288 0.967,
289 0.969,
290 0.971,
291 0.973,
292 0.975,
293 0.977,
294 0.979,
295 0.981,
296 0.983,
297 0.985,
298 0.987,
299 0.989,
300 0.991,
301 0.993,
302 0.995,
303 0.997,
304 0.999,
305 1.001,
306 1.003,
307 1.005,
308 1.007,
309 1.009,
310 1.011,
311 1.013,
312 1.015,
313 1.017,
314 1.019,
315 1.021,
316 1.023,
317 1.025,
318 1.027,
319 1.029,
320 1.031,
321 1.033,
322 1.035,
323 1.037,
324 1.039,
325 1.041,
326 1.043,
327 1.045,
328 1.047,
329 1.049,
330 1.051,
331 1.053,
332 1.055,
333 1.057,
334 1.059,
335 1.061,
336 1.063,
337 1.065,
338 1.067,
339 1.069,
340 1.071,
341 1.073,
342 1.075,
343 1.077,
344 1.079,
345 1.081,
346 1.083,
347 1.085,
348 1.087,
349 1.089,
350 1.091,
351 1.093,
352 1.095,
353 1.097,
354 1.099,
355 1.101,
356 1.103,
357 1.105,
358 1.107,
359 1.109,
360 1.111,
361 1.113,
362 1.115,
363 1.117,
364 1.119,
365 1.121,
366 1.123,
367 1.125,
368 1.127,
369 1.129,
370 1.131,
371 1.133,
372 1.135,
373 1.137,
374 1.139,
375 1.141,
376 1.143,
377 1.145,
378 1.147,
379 1.149,
380 1.151,
381 1.153,
382 1.155,
383 1.157,
384 1.159,
385 1.161,
386 1.163,
387 1.165,
388 1.167,
389 1.169,
390 1.171,
391 1.173,
392 1.175,
393 1.177,
394 1.179,
395 1.181,
396 1.183,
397 1.185,
398 1.187,
399 1.189,
400 1.191,
401 1.193,
402 1.195,
403 1.197,
404 1.199,
405 1.201,
406 1.203,
407 1.205,
408 1.207,
409 1.209,
410 1.211,
411 1.213,
412 1.215,
413 1.217,
414 1.219,
415 1.221,
416 1.223,
417 1.225,
418 1.227,
419 1.229,
420 1.231,
421 1.233,
422 1.235,
423 1.237,
424 1.239,
425 1.241,
426 1.243,
427 1.245,
428 1.247,
429 1.249,
430 1.251,
431 1.253,
432 1.255,
433 1.257,
434 1.259,
435 1.261,
436 1.263,
437 1.265,
438 1.267,
439 1.269,
440 1.271,
441 1.273,
442 1.275,
443 1.277,
444 1.279,
445 1.281,
446 1.283,
447 1.285,
448 1.287,
449 1.289,
450 1.291,
451 1.293,
452 1.295,
453 1.297,
454 1.299,
455 1.301,
456 1.303,
457 1.305,
458 1.307,
459 1.309,
460 1.311,
461 1.313,
462 1.315,
463 1.317,
464 1.319,
465 1.321,
466 1.323,
467 1.325,
468 1.327,
469 1.329,
470 1.331,
471 1.333,
472 1.335,
473 1.337,
474 1.339,
475 1.341,
476 1.343,
477 1.345,
478 1.347,
479 1.349,
480 1.351,
481 1.353,
482 1.355,
483 1.357,
484 1.359,
485 1.361,
486 1.363,
487 1.365,
488 1.367,
489 1.369,
490 1.371,
491 1.373,
492 1.375,
493 1.377,
494 1.379,
495 1.381,
496 1.383,
497 1.385,
498 1.387,
499 1.389,
500 1.391,
501 1.393,
502 1.395,
503 1.397,
504 1.399,
505 1.401,
506 1.403,
507 1.405,
508 1.407,
509 1.409,
510 1.411,
511 1.413,
512 1.415,
513 1.417,
514 1.419,
515 1.421,
516 1.423,
517 1.425,
518 1.427,
519 1.429,
520 1.431,
521 1.433,
522 1.435,
523 1.437,
524 1.439,
525 1.441,
526 1.443,
527 1.445,
528 1.447,
529 1.449,
530 1.451,
531 1.453,
532 1.455,
533 1.457,
534 1.459,
535 1.461,
536 1.463,
537 1.465,
538 1.467,
539 1.469,
540 1.471,
541 1.473,
542 1.475,
543 1.477,
544 1.479,
545 1.481,
546 1.483,
547 1.485,
548 1.487,
549 1.489,
550 1.491,
551 1.493,
552 1.495,
553 1.497,
554 1.499,
555 1.501,
556 1.503,
557 1.505,
558 1.507,
559 1.509,
560 1.511,
561 1.513,
562 1.515,
563 1.517,
564 1.519,
565 1.521,
566 1.523,
567 1.525,
568 1.527,
569 1.529,
570 1.531,
571 1.533,
572 1.535,
573 1.537,
574 1.539,
575 1.541,
576 1.543,
577 1.545,
578 1.547,
579 1.549,
580 1.551,
581 1.553,
582 1.555,
583 1.557,
584 1.559,
585 1.561,
586 1.563,
587 1.565,
588 1.567,
589 1.569,
590 1.571,
591 1.573,
592 1.575,
593 1.577,
594 1.579,
595 1.581,
596 1.583,
597 1.585,
598 1.587,
599 1.589,
600 1.591,
601 1.593,
602 1.595,
603 1.597,
604 1.599,
605 1.601,
606 1.603,
607 1.605,
608 1.607,
609 1.609,
610 1.611,
611 1.613,
612 1.615,
613 1.617,
614 1.619,
615 1.621,
616 1.623,
617 1.625,
618 1.627,
619 1.629,
620 1.631,
621 1.633,
622 1.635,
623 1.637,
624 1.639,
625 1.641,
626 1.643,
627 1.645,
628 1.647,
629 1.649,
630 1.651,
631 1.653,
632 1.655,
633 1.657,
634 1.659,
635 1.661,
636 1.663,
637 1.665,
638 1.667,
639 1.669,
640 1.671,
641 1.673,
642 1.675,
643 1.677,
644 1.679,
645 1.681,
646 1.683,
647 1.685,
648 1.687,
649 1.689,
650 1.691,
651 1.693,
652 1.695,
653 1.697,
654 1.699,
655 1.701,
656 1.703,
657 1.705,
658 1.707,
659 1.709,
660 1.711,
661 1.713,
662 1.715,
663 1.717,
664 1.719,
665 1.721,
666 1.723,
667 1.725,
668 1.727,
669 1.729,
670 1.731,
671 1.733,
672 1.735,
673 1.737,
674 1.739,
675 1.741,
676 1.743,
677 1.745,
678 1.747,
679 1.749,
680 1.751,
681 1.753,
682 1.755,
683 1.757,
684 1.759,
685 1.761,
686 1.763,
687 1.765,
688 1.767,
689 1.769,
690 1.771,
691 1.773,
692 1.775,
693 1.777,
694 1.779,
695 1.781,
696 1.783,
697 1.785,
698 1.787,
699 1.789,
700 1.791,
701 1.793,
702 1.795,
703 1.797,
704 1.799,
705 1.801,
706 1.803,
707 1.805,
708 1.807,
709 1.809,
710 1.811,
711 1.813,
712 1.815,
713 1.817,
714 1.819,
715 1.821,
716 1.823,
717 1.825,
718 1.827,
719 1.829,
720 1.831,
721 1.833,
722 1.835,
723 1.837,
724 1.839,
725 1.841,
726 1.843,
727 1.845,
728 1.847,
729 1.849,
730 1.851,
731 1.853,
732 1.855,
733 1.857,
734 1.859,
735 1.861,
736 1.863,
737 1.865,
738 1.867,
739 1.869,
740 1.871,
741 1.873,
742 1.875,
743 1.877,
744 1.879,
745 1.881,
746 1.883,
747 1.885,
748 1.887,
749 1.889,
750 1.891,
751 1.893,
752 1.895,
753 1.897,
754 1.899,
755 1.901,
756 1.903,
757 1.905,
758 1.907,
759 1.909,
760 1.911,
761 1.913,
762 1.915,
763 1.917,
764 1.919,
765 1.921,
766 1.923,
767 1.925,
768 1.927,
769 1.929,
770 1.931,
771 1.933,
772 1.935,
773 1.937,
774 1.939,
775 1.941,
776 1.943,
777 1.945,
778 1.947,
779 1.949,
780 1.951,
781 1.953,
782 1.955,
783 1.957,
784 1.959,
785 1.961,
786 1.963,
787 1.965,
788 1.967,
789 1.969,
790 1.971,
791 1.973,
792 1.975,
793 1.977,
794 1.979,
795 1.981,
796 1.983,
797 1.985,
798 1.987,
799 1.989,
800 1.991,
801 1.993,
802 1.995,
803 1.997,
804 1.999,
805 2.001,
806 2.003,
807 2.005,
808 2.007,
809 2.009,
810 2.011,
811 2.013,
812 2.015,
813 2.017,
814 2.019,
815 2.021,
816 2.023,
817 2.025,
818 2.027,
819 2.029,
820 2.031,
821 2.033,
822 2.035,
823 2.037,
824 2.039,
825 2.041,
826 2.043,
827 2.045,
828 2.047,
829 2.049,
830 2.051,
831 2.053,
832 2.055,
833 2.057,
834 2.059,
835 2.061,
836 2.063,
837 2.065,
838 2.067,
839 2.069,
840 2.071,
841 2.073,
842 2.075,
843 2.077,
844 2.079,
845 2.081,
846 2.083,
847 2.085,
848 2.087,
849 2.089,
850 2.091,
851 2.093,
852 2.095,
853 2.097,
854 2.099,
855 2.101,
856 2.103,
857 2.105,
858 2.107,
859 2.109,
860 2.111,
861 2.113,
862 2.115,
863 2.117,
864 2.119,
865 2.121,
866 2.123,
867 2.125,
868 2.127,
869 2.129,
870 2.131,
871 2.133,
872 2.135,
873 2.137,
874 2.139,
875 2.141,
876 2.143,
877 2.145,
878 2.147,
879 2.149,
880 2.151,
881 2.153,
882 2.155,
883 2.157,
884 2.159,
885 2.161,
886 2.163,
887 2.165,
888 2.167,
889 2.169,
890 2.171,
891 2.173,
892 2.175,
893 2.177,
894 2.179,
895 2.181,
896 2.183,
897 2.185,
898 2.187,
899 2.189,
900 2.191,
901 2.193,
902 2.195,
903 2.197,
904 2.199,
905 2.201,
906 2.203,
907 2.205,
908 2.207,
909 2.209,
910 2.211,
911 2.213,
912 2.215,
913 2.217,
914 2.219,
915 2.221,
916 2.223,
917 2.225,
918 2.227,
919 2.229,
920 2.231,
921 2.233,
922 2.235,
923 2.237,
924 2.239,
925 2.241,
926 2.243,
927 2.245,
928 2.247,
929 2.249,
930 2.251,
931 2.253,
932 2.255,
933 2.257,
934 2.259,
935 2.261,
936 2.263,
937 2.265,
938 2.267,
939 2.269,
940 2.271,
941 2.273,
942 2.275,
943 2.277,
944 2.279,
945 2.281,
946 2.283,
947 2.285,
948 2.287,
949 2.289,
950 2.291,
951 2.293,
952 2.295,
953 2.297,
954 2.299,
955 2.301,
956 2.303,
957 2.305,
958 2.307,
959 2.309,
960 2.311,
961 2.313,
962 2.315,
963 2.317,
964 2.319,
965 2.321,
966 2.323,
967 2.325,
968 2.327,
969 2.329,
970 2.331,
971 2.333,
972 2.335,
973 2.337,
974 2.339,
975 2.341,
976 2.343,
977 2.345,
978 2.347,
979 2.349,
980 2.351,
981 2.353,
982 2.355,
983 2.357,
984 2.359,
985 2.361,
986 2.363,
987 2.365,
988 2.367,
989 2.369,
990 2.371,
991 2.373,
992 2.375,
993 2.377,
994 2.379,
995 2.381,
996 2.383,
997 2.385,
998 2.387,
999 2.389,
1000 2.391,
1001 2.393,
1002 2.395,
1003 2.397,
1004 2.399,
1005 2.401,
1006 2.403,
1007 2.405,
1008 2.407,
1009 2.409,
1010 2.411,
1011 2.413,
1012 2.415,
1013 2.417,
1014 2.419,
1015 2.421,
1016 2.423,
1017 2.425,
1018 2.427,
1019 2.429,
1020 2.431,
1021 2.433,
1022 2.435,
1023 2.437,
1024 2.439,
1025 2.441,
1026 2.443,
1027 2.445,
1028 2.447,
1029 2.449,
1030 2.451,
1031 2.453,
1032 2.455,
1033 2.457,
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3582 0.226605,
3583 0.226715,
3584 0.226825,
3585 0.226935,
3586 0.227045,
3587 0.227154,
3588 0.227264,
3589 0.227373,
3590 0.227483,
3591 0.227592,
3592 0.227701,
3593 0.22781,
3594 0.227919,
3595 0.228028,
3596 0.228136,
3597 0.228245,
3598 0.228354,
3599 0.228462,
3600 0.228571,
3601 0.228679,
3602 0.228787,
3603 0.228895,
3604 0.229003,
3605 0.229111,
3606 0.229219,
3607 0.229327,
3608 0.229435,
3609 0.229542,
3610 0.22965,
3611 0.229757,
3612 0.229865,
3613 0.229972,
3614 0.230079,
3615 0.230186,
3616 0.230293,
3617 0.2304,
3618 0.230507,
3619 0.230614,
3620 0.23072,
3621 0.230827,
3622 0.230933,
3623 0.23104,
3624 0.231146,
3625 0.231252,
3626 0.231358,
3627 0.231464,
3628 0.231571,
3629 0.231677,
3630 0.231782,
3631 0.231888,
3632 0.231994,
3633 0.232099,
3634 0.232205,
3635 0.23231,
3636 0.232416,
3637 0.232521,
3638 0.232626,
3639 0.232731,
3640 0.232837,
3641 0.232941,
3642 0.233046,
3643 0.233151,
3644 0.233256,
3645 0.233361,
3646 0.233465,
3647 0.23357,
3648 0.233674,
3649 0.233779,
3650 0.233883,
3651 0.233987,
3652 0.234092,
3653 0.234196,
3654 0.2343,
3655 0.234404,
3656 0.234508,
3657 0.234612,
3658 0.234715,
3659 0.234819,
3660 0.234923,
3661 0.235026,
3662 0.23513,
3663 0.235233,
3664 0.235337,
3665 0.23544,
3666 0.235543,
3667 0.235646,
3668 0.235749,
3669 0.235852,
3670 0.235956,
3671 0.236058,
3672 0.236161,
3673 0.236264,
3674 0.236367,
3675 0.236469,
3676 0.236572,
3677 0.236675,
3678 0.236777,
3679 0.236879,
3680 0.236982,
3681 0.237084,
3682 0.237186,
3683 0.237289,
3684 0.237391,
3685 0.237493,
3686 0.237595,
3687 0.237697,
3688 0.237799,
3689 0.2379,
3690 0.238002,
3691 0.238104,
3692 0.238206,
3693 0.238307,
3694 0.238409,
3695 0.23851,
3696 0.238612,
3697 0.238713,
3698 0.238815,
3699 0.238916,
3700 0.239017,
3701 0.239118,
3702 0.23922,
3703 0.239321,
3704 0.239422,
3705 0.239523,
3706 0.239624,
3707 0.239725,
3708 0.239825,
3709 0.239926,
3710 0.240027,
3711 0.240127,
3712 0.240228,
3713 0.240329,
3714 0.240429,
3715 0.24053,
3716 0.24063,
3717 0.240731,
3718 0.240831,
3719 0.240931,
3720 0.241032,
3721 0.241132,
3722 0.241232,
3723 0.241332,
3724 0.241432,
3725 0.241532,
3726 0.241632,
3727 0.241732,
3728 0.241832,
3729 };
3730
3731 double gpieta2, gKK2;
3732 TSpline3 *sp1270;
3733 TSpline3 *sp1400;
3734};
3735
3736#endif
mass
double mass
Definition CosmicGenerator.cxx:138
f
TFile f("ana_bhabha660a_dqa_mcPat_zy_old.root")
TComplex
complex< double > TComplex
Definition Dalitz.h:14
mass_Pion
const double mass_Pion
Definition EvtD0ToKSpipipi0.cc:1386
meta
double meta
Definition EvtPhokharaDef.hh:21
s
XmlRpcServer s
Definition HelloServer.cpp:11
q
****INTEGER imax DOUBLE PRECISION m_pi *DOUBLE PRECISION m_amfin DOUBLE PRECISION m_Chfin DOUBLE PRECISION m_Xenph DOUBLE PRECISION m_sinw2 DOUBLE PRECISION m_GFermi DOUBLE PRECISION m_MfinMin DOUBLE PRECISION m_ta2 INTEGER m_out INTEGER m_KeyFSR INTEGER m_KeyQCD *COMMON c_Semalib $ !copy of input $ !CMS energy $ !beam mass $ !final mass $ !beam charge $ !final charge $ !smallest final mass $ !Z mass $ !Z width $ !EW mixing angle $ !Gmu Fermi $ alphaQED at q
Definition KKsem.h:33
EvtDToKKpipi0::~EvtDToKKpipi0
virtual ~EvtDToKKpipi0()
Definition EvtDToKKpipi0.cc:36
EvtDToKKpipi0::clone
EvtDecayBase * clone()
Definition EvtDToKKpipi0.cc:42
EvtDToKKpipi0::getName
void getName(std::string &name)
Definition EvtDToKKpipi0.cc:38
EvtDToKKpipi0::decay
void decay(EvtParticle *p)
Definition EvtDToKKpipi0.cc:147
mk0
const double mk0
Definition inclks.cxx:46
mphi
const double mphi
Definition inclphi.cxx:44
m2
double double * m2
Definition qcdloop1.h:75