1
subroutine uttbxx(wt1,wt2,gt,tmass,twidth,wt)
2
c-------------------CP3 2009.10-----------------
4
c This subroutine computes an off-shell tensor current from
5
c the coupling of two non-propagating tensor bosons.
8
c complex wt1(18) : input non-propagating tensor t
9
c complex wt2(18) : input non-propagating tensor T
10
c complex gt : coupling constant gt=-1/Lambda
12
c complex wt(18) : tensor
15
double complex wt(18), wt1(18), gt, wt2(18)
16
double precision pT(4),pT2,tmass,twidth
17
double complex T(6,4),T1(6,4),T2(6,4),d
18
double precision MT(4,4)
21
double precision rZero, rTwo
22
parameter( rZero = 0.0d0, rTwo = 2.0d0 )
23
parameter( cZero = ( 0.0d0, 0.0d0 ) )
64
T(5,1) = T2(5,1)+T1(5,1)
65
T(6,1) = T2(6,1)+T1(6,1)
83
T(m,n)= -((2*MT(1,m)*MT(1,n)
84
- - (2*MT(m,n))/3.)*T1(1,2)*T2(1,2)) +
85
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(1,2) -
86
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(1,2) -
87
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(1,2) +
88
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(1,3)*T2(1,2) +
89
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(1,4)*T2(1,2) +
90
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,1)*T2(1,2) -
91
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(1,2) +
92
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(1,2) +
93
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(1,2) -
94
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(2,3)*T2(1,2) -
95
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(2,4)*T2(1,2) -
96
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(3,1)*T2(1,2) +
97
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(3,2)*T2(1,2) -
98
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(4,1)*T2(1,2) +
99
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(4,2)*T2(1,2) +
100
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(1,2)*T2(1,3) -
101
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(1,3)*T2(1,3) -
102
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(1,3) +
103
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(1,3) -
104
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(1,3) +
105
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(1,4)*T2(1,3) -
106
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(2,1)*T2(1,3) +
107
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(2,3)*T2(1,3) +
108
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,1)*T2(1,3) +
109
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(1,3) -
110
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(1,3) +
111
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(1,3) -
112
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(3,2)*T2(1,3) -
113
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(3,4)*T2(1,3) -
114
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(4,1)*T2(1,3) +
115
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(4,3)*T2(1,3) +
116
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(1,2)*T2(1,4) +
117
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(1,3)*T2(1,4) -
118
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(1,4)*T2(1,4) -
119
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(1,4) -
120
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(1,4) +
121
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(1,4) -
122
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(2,1)*T2(1,4) +
123
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(2,4)*T2(1,4) -
124
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(3,1)*T2(1,4) +
125
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(3,4)*T2(1,4) +
126
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,1)*T2(1,4) +
127
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(1,4) +
128
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(1,4) -
129
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(1,4) -
130
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(4,2)*T2(1,4) -
131
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(4,3)*T2(1,4) +
132
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(1,2)*T2(2,1) -
133
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(2,1) +
134
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(2,1) +
135
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(2,1) -
136
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(1,3)*T2(2,1) -
137
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(1,4)*T2(2,1) -
138
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,1)*T2(2,1) +
139
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(2,1) -
140
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(2,1) -
141
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(2,1) +
142
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(2,3)*T2(2,1) +
143
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(2,4)*T2(2,1) +
144
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(3,1)*T2(2,1) -
145
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(3,2)*T2(2,1) +
146
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(4,1)*T2(2,1) -
147
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(4,2)*T2(2,1) -
148
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(1,2)*T2(2,3) +
149
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(1,3)*T2(2,3) +
150
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(2,1)*T2(2,3) -
151
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,3)*T2(2,3) -
152
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(2,3) -
153
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(2,3) +
154
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(2,3) -
155
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(2,4)*T2(2,3) -
156
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(3,1)*T2(2,3) +
157
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,2)*T2(2,3) +
158
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(2,3) +
159
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(2,3) -
160
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(2,3) +
161
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(3,4)*T2(2,3) +
162
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(4,2)*T2(2,3) -
163
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(4,3)*T2(2,3) -
164
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(1,2)*T2(2,4) +
165
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(1,4)*T2(2,4) +
166
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(2,1)*T2(2,4) -
167
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(2,3)*T2(2,4) -
168
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,4)*T2(2,4) -
169
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(2,4) +
170
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(2,4) -
171
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(2,4) +
172
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(3,2)*T2(2,4) -
173
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(3,4)*T2(2,4) -
174
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(4,1)*T2(2,4) +
175
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,2)*T2(2,4) +
176
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(2,4) -
177
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(2,4) +
178
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(2,4) +
179
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(4,3)*T2(2,4) -
180
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(1,2)*T2(3,1) +
181
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(1,3)*T2(3,1) +
182
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(3,1) -
183
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(3,1) +
184
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(3,1) -
185
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(1,4)*T2(3,1) +
186
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(2,1)*T2(3,1) -
187
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(2,3)*T2(3,1) -
188
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,1)*T2(3,1) -
189
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(3,1) +
190
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(3,1) -
191
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(3,1) +
192
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(3,2)*T2(3,1) +
193
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(3,4)*T2(3,1) +
194
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(4,1)*T2(3,1) -
195
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(4,3)*T2(3,1) +
196
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(1,2)*T2(3,2) -
197
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(1,3)*T2(3,2) -
198
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(2,1)*T2(3,2) +
199
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,3)*T2(3,2) +
200
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(3,2) +
201
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(3,2) -
202
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(3,2) +
203
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(2,4)*T2(3,2) +
204
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(3,1)*T2(3,2) -
205
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,2)*T2(3,2) -
206
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(3,2) -
207
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(3,2) +
208
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(3,2) -
209
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(3,4)*T2(3,2) -
210
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(4,2)*T2(3,2) +
211
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(4,3)*T2(3,2) -
212
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(1,3)*T2(3,4) +
213
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(1,4)*T2(3,4) +
214
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(2,3)*T2(3,4) -
215
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(2,4)*T2(3,4) +
216
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(3,1)*T2(3,4) -
217
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(3,2)*T2(3,4) -
218
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,4)*T2(3,4) +
219
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(3,4) -
220
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(3,4) -
221
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(3,4) -
222
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(4,1)*T2(3,4) +
223
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(4,2)*T2(3,4) +
224
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,3)*T2(3,4) -
225
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(3,4) +
226
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(3,4) +
227
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(3,4) -
228
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(1,2)*T2(4,1) -
229
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(1,3)*T2(4,1) +
230
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(1,4)*T2(4,1) +
231
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(4,1) +
232
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(4,1) -
233
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(4,1) +
234
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(2,1)*T2(4,1) -
235
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(2,4)*T2(4,1) +
236
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(3,1)*T2(4,1) -
237
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(3,4)*T2(4,1) -
238
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,1)*T2(4,1) -
239
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(4,1) -
240
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(4,1) +
241
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(4,1) +
242
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(4,2)*T2(4,1) +
243
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(4,3)*T2(4,1) +
244
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(1,2)*T2(4,2) -
245
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(1,4)*T2(4,2) -
246
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(2,1)*T2(4,2) +
247
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(2,3)*T2(4,2) +
248
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,4)*T2(4,2) +
249
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(4,2) -
250
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(4,2) +
251
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(4,2) -
252
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(3,2)*T2(4,2) +
253
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(3,4)*T2(4,2) +
254
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(4,1)*T2(4,2) -
255
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,2)*T2(4,2) -
256
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(4,2) +
257
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(4,2) -
258
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(4,2) -
259
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(4,3)*T2(4,2) +
260
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(1,3)*T2(4,3) -
261
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(1,4)*T2(4,3) -
262
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(2,3)*T2(4,3) +
263
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(2,4)*T2(4,3) -
264
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(3,1)*T2(4,3) +
265
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(3,2)*T2(4,3) +
266
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,4)*T2(4,3) -
267
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(4,3) +
268
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(4,3) +
269
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(4,3) +
270
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(4,1)*T2(4,3) -
271
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(4,2)*T2(4,3) -
272
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,3)*T2(4,3) +
273
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(4,3) -
274
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(4,3) -
275
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(4,3)
279
pT(1) = dreal(T(5,1))
280
pT(2) = dreal(T(6,1))
281
pT(3) = dimag(T(6,1))
282
pT(4) = dimag(T(5,1))
283
pT2 = pT(1)**2-pT(2)**2-pT(3)**2-pT(4)**2
289
- +((-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
290
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,2)*
291
- T2(1,2) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
292
- pT(2)*pT(m)*MT(2,n)) -
293
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,2)*T2(1,2)
294
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
295
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,2)*T2(1,2)
296
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
297
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,2)*T2(1,2)
298
- + 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
299
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
300
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(1,3)*T2(1,2) +
301
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
302
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
303
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(1,4)*T2(1,2) +
304
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
305
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,1)*
306
- T2(1,2) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
307
- pT(2)*pT(m)*MT(2,n)) +
308
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,1)*T2(1,2)
309
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
310
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,1)*T2(1,2)
311
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
312
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,1)*T2(1,2)
313
- - 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
314
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
315
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(2,3)*T2(1,2) -
316
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
317
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
318
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(2,4)*T2(1,2) -
319
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
320
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
321
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(3,1)*T2(1,2) +
322
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
323
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
324
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(3,2)*T2(1,2) -
325
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
326
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
327
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(4,1)*T2(1,2) +
328
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
329
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
330
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(4,2)*T2(1,2) +
331
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
332
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
333
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(1,2)*T2(1,3) +
334
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
335
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,3)*
336
- T2(1,3) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
337
- pT(2)*pT(m)*MT(2,n)) +
338
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,3)*T2(1,3)
339
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
340
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,3)*T2(1,3)
341
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
342
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,3)*T2(1,3)
343
- + 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
344
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
345
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(1,4)*T2(1,3) -
346
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
347
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
348
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(2,1)*T2(1,3) +
349
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
350
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
351
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(2,3)*T2(1,3) +
352
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
353
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,1)*
354
- T2(1,3) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
355
- pT(2)*pT(m)*MT(2,n)) -
356
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,1)*T2(1,3)
357
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
358
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,1)*T2(1,3)
359
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
360
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,1)*T2(1,3)
361
- - 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
362
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
363
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(3,2)*T2(1,3) -
364
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
365
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
366
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(3,4)*T2(1,3) -
367
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
368
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
369
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(4,1)*T2(1,3) +
370
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
371
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
372
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(4,3)*T2(1,3) +
373
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
374
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
375
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(1,2)*T2(1,4) +
376
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
377
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
378
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(1,3)*T2(1,4) +
379
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
380
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,4)*
381
- T2(1,4) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
382
- pT(2)*pT(m)*MT(2,n)) +
383
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,4)*T2(1,4)
384
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
385
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,4)*T2(1,4)
386
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
387
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,4)*T2(1,4)
388
- - 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
389
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
390
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(2,1)*T2(1,4) +
391
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
392
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
393
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(2,4)*T2(1,4) -
394
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
395
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
396
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(3,1)*T2(1,4) +
397
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
398
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
399
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(3,4)*T2(1,4) +
400
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
401
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,1)*
402
- T2(1,4) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
403
- pT(2)*pT(m)*MT(2,n)) -
404
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,1)*T2(1,4)
405
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
406
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,1)*T2(1,4)
407
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
408
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(4,1)*T2(1,4)
409
- - 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
410
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
411
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(4,2)*T2(1,4) -
412
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
413
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
414
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(4,3)*T2(1,4) +
415
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
416
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,2)*
417
- T2(2,1) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
418
- pT(2)*pT(m)*MT(2,n)) +
419
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,2)*T2(2,1)
420
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
421
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,2)*T2(2,1)
422
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
423
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,2)*T2(2,1)
424
- - 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
425
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
426
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(1,3)*T2(2,1) -
427
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
428
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
429
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(1,4)*T2(2,1) +
430
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
431
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,1)*
432
- T2(2,1) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
433
- pT(2)*pT(m)*MT(2,n)) -
434
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,1)*T2(2,1)
435
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
436
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,1)*T2(2,1)
437
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
438
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,1)*T2(2,1)
439
- + 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
440
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
441
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(2,3)*T2(2,1) +
442
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
443
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
444
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(2,4)*T2(2,1) +
445
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
446
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
447
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(3,1)*T2(2,1) -
448
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
449
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
450
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(3,2)*T2(2,1) +
451
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
452
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
453
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(4,1)*T2(2,1) -
454
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
455
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
456
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(4,2)*T2(2,1) -
457
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
458
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
459
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(1,2)*T2(2,3) +
460
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
461
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
462
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(1,3)*T2(2,3) +
463
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
464
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
465
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(2,1)*T2(2,3) +
466
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
467
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,3)*
468
- T2(2,3) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
469
- pT(2)*pT(m)*MT(2,n)) +
470
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,3)*T2(2,3)
471
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
472
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,3)*T2(2,3)
473
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
474
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,3)*T2(2,3)
475
- - 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
476
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
477
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(2,4)*T2(2,3) -
478
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
479
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
480
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(3,1)*T2(2,3) +
481
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
482
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,2)*
483
- T2(2,3) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
484
- pT(2)*pT(m)*MT(2,n)) -
485
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,2)*T2(2,3)
486
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
487
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,2)*T2(2,3)
488
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
489
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,2)*T2(2,3)
490
- + 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
491
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
492
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(3,4)*T2(2,3) +
493
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
494
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
495
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(4,2)*T2(2,3) -
496
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
497
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
498
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(4,3)*T2(2,3) -
499
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
500
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
501
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(1,2)*T2(2,4) +
502
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
503
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
504
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(1,4)*T2(2,4) +
505
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
506
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
507
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(2,1)*T2(2,4) -
508
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
509
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
510
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(2,3)*T2(2,4) +
511
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
512
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,4)*
513
- T2(2,4) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
514
- pT(2)*pT(m)*MT(2,n)) +
515
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,4)*T2(2,4)
516
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
517
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,4)*T2(2,4)
518
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
519
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,4)*T2(2,4)
520
- + 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
521
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
522
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(3,2)*T2(2,4) -
523
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
524
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
525
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(3,4)*T2(2,4) -
526
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
527
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
528
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(4,1)*T2(2,4) +
529
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
530
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,2)*
531
- T2(2,4) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
532
- pT(2)*pT(m)*MT(2,n)) -
533
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,2)*T2(2,4)
534
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
535
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,2)*T2(2,4)
536
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
537
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(4,2)*T2(2,4)
538
- + 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
539
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
540
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(4,3)*T2(2,4) -
541
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
542
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
543
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(1,2)*T2(3,1) +
544
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
545
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,3)*
546
- T2(3,1) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
547
- pT(2)*pT(m)*MT(2,n)) -
548
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,3)*T2(3,1)
549
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
550
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,3)*T2(3,1)
551
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
552
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,3)*T2(3,1)
553
- - 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
554
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
555
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(1,4)*T2(3,1) +
556
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
557
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
558
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(2,1)*T2(3,1) -
559
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
560
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
561
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(2,3)*T2(3,1) +
562
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
563
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,1)*
564
- T2(3,1) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
565
- pT(2)*pT(m)*MT(2,n)) +
566
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,1)*T2(3,1)
567
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
568
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,1)*T2(3,1)
569
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
570
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,1)*T2(3,1)
571
- + 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
572
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
573
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(3,2)*T2(3,1) +
574
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
575
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
576
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(3,4)*T2(3,1) +
577
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
578
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
579
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(4,1)*T2(3,1) -
580
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
581
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
582
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(4,3)*T2(3,1) +
583
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
584
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
585
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(1,2)*T2(3,2) -
586
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
587
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
588
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(1,3)*T2(3,2) -
589
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
590
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
591
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(2,1)*T2(3,2) +
592
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
593
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,3)*
594
- T2(3,2) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
595
- pT(2)*pT(m)*MT(2,n)) -
596
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,3)*T2(3,2)
597
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
598
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,3)*T2(3,2)
599
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
600
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,3)*T2(3,2)
601
- + 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
602
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
603
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(2,4)*T2(3,2) +
604
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
605
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
606
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(3,1)*T2(3,2) +
607
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
608
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,2)*
609
- T2(3,2) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
610
- pT(2)*pT(m)*MT(2,n)) +
611
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,2)*T2(3,2)
612
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
613
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,2)*T2(3,2)
614
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
615
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,2)*T2(3,2)
616
- - 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
617
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
618
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(3,4)*T2(3,2) -
619
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
620
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
621
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(4,2)*T2(3,2) +
622
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
623
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
624
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(4,3)*T2(3,2) -
625
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
626
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
627
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(1,3)*T2(3,4) +
628
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
629
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
630
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(1,4)*T2(3,4) +
631
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
632
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
633
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(2,3)*T2(3,4) -
634
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
635
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
636
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(2,4)*T2(3,4) +
637
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
638
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
639
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(3,1)*T2(3,4) -
640
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
641
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
642
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(3,2)*T2(3,4) +
643
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
644
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,4)*
645
- T2(3,4) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
646
- pT(2)*pT(m)*MT(2,n)) -
647
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,4)*T2(3,4)
648
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
649
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,4)*T2(3,4)
650
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
651
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,4)*T2(3,4)
652
- - 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
653
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
654
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(4,1)*T2(3,4) +
655
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
656
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
657
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(4,2)*T2(3,4) +
658
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
659
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,3)*
660
- T2(3,4) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
661
- pT(2)*pT(m)*MT(2,n)) +
662
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,3)*T2(3,4)
663
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
664
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,3)*T2(3,4)
665
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
666
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(4,3)*T2(3,4)
667
- - 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
668
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
669
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(1,2)*T2(4,1) -
670
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
671
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
672
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(1,3)*T2(4,1) +
673
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
674
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,4)*
675
- T2(4,1) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
676
- pT(2)*pT(m)*MT(2,n)) -
677
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,4)*T2(4,1)
678
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
679
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,4)*T2(4,1)
680
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
681
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,4)*T2(4,1)
682
- + 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
683
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
684
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(2,1)*T2(4,1) -
685
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
686
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
687
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(2,4)*T2(4,1) +
688
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
689
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
690
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(3,1)*T2(4,1) -
691
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
692
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
693
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(3,4)*T2(4,1) +
694
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
695
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,1)*
696
- T2(4,1) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
697
- pT(2)*pT(m)*MT(2,n)) +
698
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,1)*T2(4,1)
699
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
700
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,1)*T2(4,1)
701
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
702
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(4,1)*T2(4,1)
703
- + 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
704
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
705
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(4,2)*T2(4,1) +
706
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
707
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
708
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(4,3)*T2(4,1) +
709
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
710
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
711
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(1,2)*T2(4,2) -
712
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
713
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
714
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(1,4)*T2(4,2) -
715
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
716
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
717
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(2,1)*T2(4,2) +
718
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
719
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
720
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(2,3)*T2(4,2) +
721
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
722
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,4)*
723
- T2(4,2) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
724
- pT(2)*pT(m)*MT(2,n)) -
725
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,4)*T2(4,2)
726
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
727
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,4)*T2(4,2)
728
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
729
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,4)*T2(4,2)
730
- - 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
731
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
732
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(3,2)*T2(4,2) +
733
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
734
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
735
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(3,4)*T2(4,2) +
736
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
737
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
738
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(4,1)*T2(4,2) +
739
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
740
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,2)*
741
- T2(4,2) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
742
- pT(2)*pT(m)*MT(2,n)) +
743
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,2)*T2(4,2)
744
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
745
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,2)*T2(4,2)
746
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
747
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(4,2)*T2(4,2)
748
- - 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
749
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
750
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(4,3)*T2(4,2) +
751
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
752
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
753
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(1,3)*T2(4,3) -
754
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
755
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
756
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(1,4)*T2(4,3) -
757
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
758
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
759
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(2,3)*T2(4,3) +
760
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
761
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
762
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(2,4)*T2(4,3) -
763
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
764
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
765
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(3,1)*T2(4,3) +
766
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
767
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
768
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(3,2)*T2(4,3) +
769
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
770
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,4)*
771
- T2(4,3) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
772
- pT(2)*pT(m)*MT(2,n)) +
773
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,4)*T2(4,3)
774
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
775
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,4)*T2(4,3)
776
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
777
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,4)*T2(4,3)
778
- + 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
779
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
780
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(4,1)*T2(4,3) -
781
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
782
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
783
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(4,2)*T2(4,3) +
784
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
785
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,3)*
786
- T2(4,3) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
787
- pT(2)*pT(m)*MT(2,n)) -
788
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,3)*T2(4,3)
789
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
790
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,3)*T2(4,3)
791
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
792
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)
793
- *T1(4,3)*T2(4,3))/tmass*2
800
if ( tmass.gt.rZero ) then
801
d = - 1.0d0/dcmplx( pT2-tmass**2, tmass*twidth )
803
d = - 1.0d0/dcmplx( pT2, rZero )
808
T(m,n)=T(m,n)*gt*d/2.0d0
811
c 2.0 factor from propagator convention