Dear,

For the geometry and forces below, how is it possible to have cantilever c more than it is possible to accommodate in the BP dimensions?

Saludos a todos, en México se ha modificado el análisis por sismo, me piden realizar la comprobación del cortante basal en cada dirección ortogonal, mínimo en 2 direcciones (X y Z), así como la verificación del estado límite de servicio para sismos frecuentes y colapso, del cortante basal no tengo problema porque me da los resultados en cada dirección, pero para el periodo solo me reporta 1, como puedo discretizar el periodo encada dirección?, gracias.

Aquí en el periodo de la estructura no se como indicar el periodo en cada dirección.

cortante basal sin ningún problema porque los discretiza.

he recurrido a esta "trampa" mandándole el mismo periodo a cada dirección, pero es obvio que si tengo muros piñón en un sentido y en el otro sentido vigas metálicas, el periodo debe ser diferente en cada dirección, el corresponsable en seguridad estructural cuenta con el RAM ELEMENTS y en ese si le da el periodo en las 3 direcciones, habrá manera de pedírselo al STAAD? gracias

I am getting the error message "Internal Error in AdvanceNodeList()" when entering the steel beam module. I was hoping you could help me resolve the issue? Thank you!

communities.bentley.com/.../RAM-MODEL.rss

hi 

just wondering how staad treats a load case with numerous loading item in comparison to 'repeat load' case. 

does it solve the both scenario in same manner?

if i include a support settlement load and normal gravity loads within a single load case then would these be solved as one or will the results of individual load items be superimposed. how would 'repeat load' specs will differ in this case.

many thanks

My Connection Client is trying to download and install this version. 1) Is it available?  2) If yes, I would like to see the Release Notes first and download it directly to our network storage instead of installing it directly.  3) If it not available, why does the "update" show up in the Connection Client?

Hello,

I was wondering if anybody had experience adding this .COM dll into a native x64 process. I am trying to transfer information from our RAM model to another software that is native to x64.  Since the RAM .dll is a .COM 32bit based .dll, I am receiving this error: 

Retrieving the COM class factory for component with CLSID {831DA20F-FE64-4A33-B24F-25CEE81939DC} failed due to the following error: 80040154 Class not registered (Exception from HRESULT: 0x80040154 (REGDB_E_CLASSNOTREG)).

My target platform is locked on x64 in order to run the app, so I can't use x86 platform.  It is not a standalone application so I cannot enable 32 bit interop. I did not have any success registering for COM interop either. I have googled around and figured I would ask if anybody else had a solution to this.

Thanks,

Norm

Can someone help me?

I have a guyed mast that I want to add a headframe to the top of so I created the UDP to add the headframe but when I try to rebuild the model I get the error message:

" Output structure data

unable to locate legs"

Below is part of my TD file referencing the UDP

$ Module A S502X-2..................60.45m
PANEL 11 HT 0.725 TW 0.750
BOLT LEG 0 BR 0 H 0
$FACE X LEG 21 BR1 22 H1 23
FACE @P4
PANEL 12 HT 0.725 TW 0.750
FACE X LEG 21 BR1 22 H1 23
PANEL 13 HT 0.725 TW 0.750
FACE X LEG 21 BR1 22 H1 23
PANEL 14 HT 0.725 TW 0.750
FACE X LEG 21 BR1 22 H1 23
PANEL 15 HT 0.725 TW 0.750
FACE X LEG 21 BR1 22 H1 23

we have faced an issue in staad foundation version 9.1.0.14 as the self weight check box is missing which was available earlier.

Refer to attached snapshots.

• Check box to add self weight is missing while it was available in previous versions.

• STAAD solver automatically add self-weight factor as below
• Consequently following warning encountered.
• Below snap shot from SFA help as reference for missing check box.

Kindly check & respond to this issue,

communities.bentley.com/.../1_5F00_25.0W_2D00_6-5-6-5-7C_2D00_5B_2D00_6.0H_2D00_10.0CR.std

There seems problem with AISC 360-16 Code.

When I perform the analysis, the analysis window stops and disappears after few seconds.

When I perform the analysis with AISC 360-10, It works but AISC 360-10 has some problem with deflection check when I use the Japanese section.

So I need to perform the analysis with AISC 360-16.

Please check the attached file.

Good Morning,

I am encountering the same problem as discussed many times, and i had done all things as adviced in the relevant posts earlier. But unable to rectify the issue. I am uploading the Staad File for review. This error occured just when start calculating Concrete and steeel TAKE-OFF.

Error-"Above line contains erroneous data".

********************END OF COLUMN DESIGN RESULTS********************


268. DESIGN ELEMENT 59 342 343
DXF IMPORT OF DL2.DXF -- PAGE NO. 1287

ELEMENT DESIGN SUMMARY
----------------------

ELEMENT LONG. REINF MOM-X /LOAD TRANS. REINF MOM-Y /LOAD
(SQ.MM/ME) (KN-M/M) (SQ.MM/ME) (KN-M/M)

59 TOP : 156. 0.70 / 7 156. 0.63 / 7
BOTT: 156. -0.00 / 2 156. -0.00 / 4

342 TOP : 156. 0.37 / 7 156. 0.35 / 7
BOTT: 156. -0.00 / 2 156. -0.00 / 4

343 TOP : 156. 1.26 / 7 156. 1.09 / 7
BOTT: 156. -0.00 / 2 156. -0.00 / 4


***************************END OF ELEMENT DESIGN***************************

269. CONCRETE TAKE
270. START BAR COMBINATION
271. DESIGN BEAM 1 TO 58 60 TO 341

*** ERROR *** ABOVE LINE CONTAINS ERRONEOUS DATA.

DATA-CHECK MODE IS ENTERED.



*********** END OF THE STAAD.Pro RUN ***********

Hello All,

I am really grateful for the replies I get when I post here as this has further increased my knowledge and interest in the software. I have some questions and I hope to get some clarifications. I am analyzing a 1/3 scale model of a prototype 2 way PT flat plate as per ACI 318-14. The model is 3 in thick, 10ft spans in both direction and 2.5ft cantilever, the superimposed dead load is 95 psf which I modeled on the Sdl + compensation plan, the live load is 53 psf which I modeled on the Live (unreducible) plan because I don't want it reduced. I have banded tendons in the longitudinal direction (jacking stress of 186ksi) and distributed tendons in the latitude direction (jacking stress of 188ksi). I modeled the design strip as full width and NOT column/middle strip, I also have D5 bars concentrated in the positive and negative moment regions as shown in picture 1 and 2 respectively. I instructed the software just to check capacity of user rebars at first, Here is my problem/questions;

1) Picture 3 shows the code minimum design status plan and the corner columns failed 8.6.2.3, when I checked this section of the ACI 318-14  code, it is talking about minimum rebars. I believe that section of the slab has the minimum rebar required as this was checked by hand. The top bars around the column are all D5 bars spaced @2.5in so I really don't know why I am getting this red failures. Can it be the way I modeled the rebars? Is there a way I can see the rebar demand and capacity using the auditing? I cant seem to find anything like that when I used the auditing tool, where should I look at?.

2) Pictures 4 and 5 shows the service and strength design status plan respectively and they also failed due to section 8.5.2 which talks about moment and nothing more. Does this means the banded direction is not adequate to resist the moment demand? or what exactly does this failure 8.5.2 mean and how can I rectify this? This is a PT slab and I don't expect this to have so many rebars since there are 16 tendons in the distributed direction and 17 tendons in the banded direction (3, 5,5,4 tendons along the column lines).

3 The 4 interior columns also failed due to 24.5.2.1 (picture 4) which is top stress limit, I believe this particular flat plate was checked using the equivalent frame method and the stresses met the limit set by ACI even though the stress in the columns were much higher than the limit, this can still be ignore in the EFM I believe. How well does the EFM agree with finite element method? I know they can be the same since the EFM is an approximate method but I don't think the same slab can fail the top stress limit in one method and pass in the other, what is the discrepancy Please?

4) When I allowed the software to design program rebars, pictures 6 and 7 are the outcome which does not really seem reasonable to me. Is it that the program is not considering this as a 2 way PT slab? I will really appreciate if I can get a detailed response to all my questions and I don't mind sending the file over for someone experienced to check it for me, peradventure I have made some modeling mistakes or clicked the wrong thing in the software. Thanks.

I exported the load cases and combinations from structural system into RAM Concept to design a mat foundation. Concept appears to be analyzing the load combinations to produce an envelope of maximum/minimum loading conditions. How can you see what load combinations are producing the maximum/minimum displayed in the envelope?

For example, after running the analysis, I can see the max/min Punching shear Reactions (Strength Design>Punching Check Reactions Table). I want to know which load combinations are associated with the results shown in the table. Where can I access this information in Concept?

When I create mesh I got this message "SFA is unable to create a mesh for this foundation"

Software Version: STAAD Foundation Advanced Connection Edition version 8.0.1.33.

I am in Florida, USA. phone number 850-345-1907

What can cause this message?

Thank you for your help.

Zen

Hi,

As refer to STAADPro help file, Section 5.31.2.16 IBC 2012 Seismic Load Definition, the governing time period from Ta (ASCE 7-10 Section 12.8.2.1) and Rayleigh method will be chosen. 

I have a STAAD file with seismic input as :

DEFINE IBC 2012
SS 0.204 S1 0.058 I 1.5 RX 1.5 RZ 1.5 SCLASS 5 TL 12 FA 2.5 FV 3.5

Result for X direction is correctly shown as below

************************************************************
* IBC 2012 SEISMIC LOAD ALONG X : 
* CT = 0.072 Cu = 1.629 x = 0.8000 
* TIME PERIODS : 
* Ta = 0.457 T = 0.448 Tuser = 0.000 
* TIME PERIOD USED (T) = 0.448 
* Cs LIMITS : LOWER = 0.022 UPPER = 0.302 
* LOAD FACTOR = 1.000 
* DESIGN BASE SHEAR = 1.000 X 0.302 X 1885.09 
* = 570.03 KN 
************************************************************

However, result for Z direction, not sure how this 0.745 time period was chosen. 

************************************************************
* IBC 2012 SEISMIC LOAD ALONG Z : 
* CT = 0.072 Cu = 1.629 x = 0.8000 
* TIME PERIODS : 
* Ta = 0.457 T = 0.940 Tuser = 0.000
* TIME PERIOD USED (T) = 0.745 
* Cs LIMITS : LOWER = 0.022 UPPER = 0.182 
* LOAD FACTOR = 1.000 
* DESIGN BASE SHEAR = 1.000 X 0.182 X 1885.09 
* = 342.59 KN 
************************************************************

Appreciate if anyone can assist. Thank you.

Hi Can anyone let me know why I am getting this error? I have tried everything to solve it but still it is there. Is it anything to do with angle of the members? The stress ratio of some of the members are getting pass 1000 which is unrealistic.

STAAD SPACE DXF IMPORT OF PLAN3_1.DXF
START JOB INFORMATION
ENGINEER DATE 06-Aug-19
END JOB INFORMATION
INPUT WIDTH 79
UNIT METER KN
JOINT COORDINATES
1 0.0122531 -8.11871e-007 -3.53133; 2 0 0 0;
3 0.0255304 -2.56024e-007 -7.35787; 4 0.0388078 5.4653e-008 -11.1844;
5 0.0520852 4.321e-008 -15.011; 6 0.068529 4.92785e-009 -19.75;
7 4.25389 1.30703e-008 -21.7141; 10 17.0156 1.35402e-009 -26.9355;
13 29.7772 -4.66568e-008 -31.078; 14 34.0311 -1.09827e-009 -32.2327;
15 38.285 -2.18489e-009 -33.2783; 16 42.5389 1.08776e-008 -34.2166;
18 51.0467 8.73554e-009 -35.7779; 20 59.5545 3.91578e-009 -36.9275;
21 63.8084 6.67315e-009 -37.3505; 22 68.0623 6.13166e-009 -37.6732;
23 72.3162 5.34016e-009 -37.8963; 24 76.5701 4.83807e-009 -38.02;
25 80.824 4.26503e-009 -38.0447; 27 89.3317 3.54423e-009 -37.7965;
29 97.8395 5.86476e-009 -37.1502; 30 102.093 7.28675e-009 -36.6765;
32 110.601 8.2228e-009 -35.4242; 36 127.617 3.40069e-009 -31.6654;
38 136.125 6.04285e-009 -29.1318; 39 140.378 3.98529e-008 -27.6936;
40 144.632 2.81108e-008 -26.1374; 43 157.394 -2.08669e-008 -20.7257;
44 161.648 2.09359e-008 -18.6605; 46 170.207 7.96628e-008 -14.0791;
47 170.156 0.00167753 -11.1844; 48 170.183 2.12908e-008 -7.35787;
49 170.156 0.000703199 -3.53133; 50 170.156 1.39804e-008 0.590409;
51 165.902 7.78263e-009 0.575648; 52 161.648 9.43528e-010 0.560888;
53 157.394 8.13273e-009 0.546128; 55 148.886 7.2701e-009 0.516608;
57 140.378 1.04366e-008 0.487087; 59 131.871 6.80487e-009 0.457567;
61 123.363 4.67118e-009 0.428046; 63 114.855 4.77497e-009 0.398526;
65 106.347 3.91275e-009 0.369005; 67 97.8395 3.98003e-009 0.339485;
69 89.3317 4.14854e-009 0.309965; 71 80.824 3.39248e-009 0.280444;
72 76.5701 3.67848e-009 0.265684; 73 72.3162 5.46284e-009 0.250924;
74 68.0623 2.97876e-009 0.236163; 75 63.8084 1.121e-008 0.221403;
77 55.3006 -1.08024e-008 0.191883; 79 46.7928 9.48859e-009 0.162362;
81 38.285 1.5054e-008 0.132842; 83 29.7772 -3.74951e-009 0.103322;
84 25.5234 1.62531e-008 0.0885613; 85 21.2695 -6.6162e-009 0.0738011;
86 17.0156 1.26771e-008 0.0590409; 87 12.7617 -2.5307e-010 0.0442806;
89 4.25389 2.20094e-009 0.0147602; 90 38.285 0.883088 -32.2304;
92 131.871 4.12782e-009 -30.4549; 93 123.363 8.02078e-009 -32.7657;
94 110.601 1.10361 -34.1436; 95 114.855 3.52991e-009 -34.6434;
96 106.347 6.23784e-009 -36.1015; 97 97.8395 0.930565 -36.0569;
98 89.3317 1.446 -36.0569; 99 93.5856 4.00055e-009 -37.5233;
100 85.0779 4.35935e-009 -37.9702; 101 80.824 1.64025 -36.0569;
104 102.093 2.07713 -34.1436; 106 85.0779 2.98716 -34.1436;
109 59.5545 2.26932 -34.1436; 110 55.3006 -4.91137e-009 -36.4036;
111 51.0467 1.38129 -34.1436; 112 46.7928 -7.9324e-010 -35.0493;
114 119.109 5.44135e-009 -33.7577; 115 106.347 3.06739 -32.2304;
116 97.8395 3.73042 -32.2304; 117 89.3317 4.11427 -32.2304;
118 80.824 4.26531 -32.2304; 119 72.3162 4.19239 -32.2304;
120 63.8084 3.87652 -32.2304; 121 55.3006 3.2722 -32.2304;
122 46.7928 2.30378 -32.2304; 124 110.601 3.92203 -30.3171;
126 93.5856 5.04995 -30.3171; 128 76.5701 5.3122 -30.3171;
129 68.0623 5.15825 -30.3171; 130 59.5545 4.78209 -30.3171;
131 51.0467 4.12396 -30.3171; 132 42.5389 3.08091 -30.3171;
133 34.0311 1.54678 -30.3171; 134 131.871 1.75015 -28.4038;
136 114.855 4.65963 -28.4038; 137 106.347 5.37389 -28.4038;
139 89.3317 6.08282 -28.4038; 140 80.824 6.1934 -28.4038;
141 72.3162 6.1536 -28.4038; 142 63.8084 5.94664 -28.4038;
146 29.7772 2.04157 -28.4038; 147 25.5234 -1.55971e-009 -29.8118;
148 136.125 2.15996 -26.4906; 149 127.617 4.08859 -26.4906;
150 119.109 5.2957 -26.4906; 151 110.601 6.00999 -26.4906;
154 85.0779 6.86799 -26.4906; 156 68.0623 6.8106 -26.4906;
157 59.5545 6.57733 -26.4906; 158 51.0467 6.15755 -26.4906;
159 42.5389 5.43215 -26.4906; 160 34.0311 4.19044 -26.4906;
161 25.5234 2.33408 -26.4906; 162 21.2695 1.16762e-008 -28.4319;
163 140.378 2.37086 -24.5773; 164 131.871 4.50991 -24.5773;
165 123.363 5.83787 -24.5773; 167 106.347 6.95463 -24.5773;
168 97.8395 7.20877 -24.5773; 169 89.3317 7.36424 -24.5773;
170 80.824 7.43482 -24.5773; 171 72.3162 7.41778 -24.5773;
172 63.8084 7.30163 -24.5773; 173 55.3006 7.07105 -24.5773;
174 46.7928 6.66489 -24.5773; 175 38.285 5.88487 -24.5773;
176 29.7772 4.47366 -24.5773; 178 144.632 2.3479 -22.664;
179 148.886 7.7019e-009 -24.4598; 180 136.125 4.70208 -22.664;
181 127.617 6.27047 -22.664; 182 119.109 6.99294 -22.664;
183 110.601 7.35593 -22.664; 184 102.093 7.57016 -22.664;
185 93.5856 7.70669 -22.664; 186 85.0779 7.78569 -22.664;
188 68.0623 7.76248 -22.664; 190 51.0467 7.45162 -22.664;
191 42.5389 7.05093 -22.664; 192 34.0311 6.17444 -22.664;
193 25.5234 4.46416 -22.664; 194 17.0156 2.12617 -22.664;
195 12.7617 -2.67443e-009 -25.3194; 196 148.886 2.10137 -20.7508;
197 153.14 -1.52925e-008 -22.6573; 198 140.378 4.57993 -20.7508;
201 114.855 7.66148 -20.7508; 202 106.347 7.8174 -20.7508;
203 97.8395 7.9165 -20.7508; 204 89.3317 7.97832 -20.7508;
205 80.824 8.00603 -20.7508; 206 72.3162 7.99762 -20.7508;
207 63.8084 7.95163 -20.7508; 208 55.3006 7.86959 -20.7508;
210 38.285 7.29823 -20.7508; 211 29.7772 6.22047 -20.7508;
212 21.2695 4.05548 -20.7508; 213 12.7617 1.6327 -20.7508;
214 8.50778 3.13489e-009 -23.5802; 216 144.632 4.12402 -18.8375;
217 136.125 6.37014 -18.8375; 218 127.617 7.58401 -18.8375;
219 119.109 7.86742 -18.8375; 220 110.601 7.96091 -18.8375;
221 102.093 8.00818 -18.8375; 222 93.5856 8.03386 -18.8375;
223 85.0779 8.04661 -18.8375; 224 76.5701 8.04367 -18.8375;
225 68.0623 8.03112 -18.8375; 226 59.5545 8.00716 -18.8375;
227 51.0467 7.9836 -18.8375; 228 42.5389 7.86881 -18.8375;
229 34.0311 7.35404 -18.8375; 230 25.5234 5.8057 -18.8375;
231 17.0156 3.29631 -18.8375; 233 157.394 1.16118 -16.9242;
235 140.378 5.81903 -16.9242; 237 123.363 7.98307 -16.9242;
238 114.855 7.99747 -16.9242; 239 106.347 7.98523 -16.9242;
240 97.8395 7.96717 -16.9242; 241 89.3317 7.94668 -16.9242;
242 80.824 7.92838 -16.9242; 243 72.3162 7.91842 -16.9242;
244 63.8084 7.92324 -16.9242; 247 38.285 7.86669 -16.9242;
248 29.7772 7.01707 -16.9242; 249 21.2695 4.92595 -16.9242;
250 12.7617 2.36137 -16.9242; 251 4.25389 0.462412 -16.9242;
252 161.648 0.644683 -15.011; 253 165.902 -1.11586e-008 -16.4566;
254 153.14 2.5255 -15.011; 255 144.632 4.9149 -15.011;
256 136.125 6.94325 -15.011; 258 119.109 7.93869 -15.011;
259 110.601 7.84406 -15.011; 260 102.093 7.77576 -15.011;
261 93.5856 7.7198 -15.011; 262 85.0779 7.67168 -15.011;
263 76.5701 7.64601 -15.011; 264 68.0623 7.65028 -15.011;
265 59.5545 7.69709 -15.011; 266 51.0467 7.77488 -15.011;
267 42.5389 7.86676 -15.011; 268 34.0311 7.54065 -15.011;
269 25.5234 6.1523 -15.011; 270 17.0156 3.78051 -15.011;
271 8.50778 1.43642 -15.011; 273 157.394 1.6386 -13.0977;
274 148.886 3.80668 -13.0977; 275 140.378 5.96714 -13.0977;
276 131.871 7.35658 -13.0977; 277 123.363 7.70391 -13.0977;
279 106.347 7.45932 -13.0977; 280 97.8395 7.36203 -13.0977;
281 89.3317 7.28381 -13.0977; 283 72.3162 7.21613 -13.0977;
284 63.8084 7.25608 -13.0977; 285 55.3006 7.34355 -13.0977;
286 46.7928 7.49467 -13.0977; 287 38.285 7.48772 -13.0977;
288 29.7772 6.74652 -13.0977; 289 21.2695 4.9201 -13.0977;
290 12.7617 2.58678 -13.0977; 292 161.648 0.887808 -11.1844;
293 153.14 2.66302 -11.1844; 294 144.632 4.73794 -11.1844;
295 136.125 6.3962 -11.1844; 296 127.617 7.14462 -11.1844;
298 110.601 7.00064 -11.1844; 299 102.093 6.86678 -11.1844;
300 93.5856 6.76111 -11.1844; 301 85.0779 6.68153 -11.1844;
302 76.5701 6.641 -11.1844; 303 68.0623 6.65454 -11.1844;
304 59.5545 6.73252 -11.1844; 305 51.0467 6.87151 -11.1844;
306 42.5389 7.00609 -11.1844; 307 34.0311 6.71264 -11.1844;
308 25.5234 5.53527 -11.1844; 310 8.50778 1.5095 -11.1844;
311 165.902 0.347234 -9.27114; 312 157.394 1.64865 -9.27114;
313 148.886 3.43911 -9.27114; 314 140.378 5.13559 -9.27114;
315 131.871 6.19825 -9.27114; 316 123.363 6.49194 -9.27114;
317 114.855 6.38243 -9.27114; 318 106.347 6.2227 -9.27114;
319 97.8395 6.09409 -9.27114; 320 89.3317 5.99446 -9.27114;
321 80.824 5.92932 -9.27114; 322 72.3162 5.91279 -9.27114;
323 63.8084 5.95918 -9.27114; 324 55.3006 6.06842 -9.27114;
325 46.7928 6.22529 -9.27114; 326 38.285 6.18945 -9.27114;
327 29.7772 5.55277 -9.27114; 328 21.2695 4.13918 -9.27114;
329 12.7617 2.30354 -9.27114; 330 4.25389 0.633108 -9.27114;
333 153.14 2.24559 -7.35787; 335 136.125 4.9467 -7.35787;
336 127.617 5.50176 -7.35787; 337 119.109 5.54722 -7.35787;
338 110.601 5.40977 -7.35787; 339 102.093 5.2709 -7.35787;
340 93.5856 5.15962 -7.35787; 341 85.0779 5.07801 -7.35787;
344 59.5545 5.11668 -7.35787; 345 51.0467 5.24026 -7.35787;
348 25.5234 4.17088 -7.35787; 349 17.0156 2.77143 -7.35787;
350 8.50778 1.24175 -7.35787; 354 140.378 3.55014 -5.4446;
355 131.871 4.23417 -5.4446; 356 123.363 4.45247 -5.4446;
357 114.855 4.39737 -5.4446; 358 106.347 4.27497 -5.4446;
359 97.8395 4.16446 -5.4446; 360 89.3317 4.07738 -5.4446;
361 80.824 4.01957 -5.4446; 362 72.3162 4.0009 -5.4446;
363 63.8084 4.02981 -5.4446; 364 55.3006 4.10643 -5.4446;
365 46.7928 4.19271 -5.4446; 366 38.285 4.11894 -5.4446;
368 21.2695 2.76501 -5.4446; 369 12.7617 1.58816 -5.4446;
370 4.25389 0.462285 -5.4446; 371 161.648 0.574799 -3.53133;
373 144.632 2.18297 -3.53133; 374 136.125 2.81151 -3.53133;
375 127.617 3.11855 -3.53133; 376 119.109 3.16105 -3.53133;
377 110.601 3.08637 -3.53133; 378 102.093 2.99433 -3.53133;
379 93.5856 2.91475 -3.53133; 381 76.5701 2.81868 -3.53133;
382 68.0623 2.815 -3.53133; 383 59.5545 2.84501 -3.53133;
384 51.0467 2.89993 -3.53133; 385 42.5389 2.90314 -3.53133;
386 34.0311 2.71908 -3.53133; 387 25.5234 2.2448 -3.53133;
390 165.902 0.15455 -1.61806; 391 157.394 0.55214 -1.61806;
392 148.886 0.997313 -1.61806; 395 123.363 1.71482 -1.61806;
396 114.855 1.69211 -1.61806; 397 106.347 1.63468 -1.61806;
398 97.8395 1.57657 -1.61806; 400 80.824 1.48941 -1.61806;
401 72.3162 1.46707 -1.61806; 404 46.7928 1.47814 -1.61806;
405 38.285 1.42127 -1.61806; 406 29.7772 1.24794 -1.61806;
407 21.2695 0.933147 -1.61806; 410 153.14 2.04708e-010 0.531368;
412 144.632 2.10784e-009 0.501847; 413 136.125 -1.42274e-009 0.472327;
414 127.617 5.87832e-009 0.442806; 415 119.109 3.12974e-009 0.413286;
416 110.601 4.36284e-009 0.383766; 417 102.093 3.76311e-009 0.354245;
418 93.5856 4.33559e-009 0.324725; 419 85.0779 4.60978e-009 0.295204;
420 59.5545 -7.138e-009 0.206643; 421 51.0467 1.27091e-008 0.177123;
423 42.5389 -9.89109e-009 0.147602; 424 34.0311 2.98068e-009 0.118082;
425 8.50778 5.75177e-009 0.0295204; 427 4.25389 0.160719 -1.61806;
428 4.25389 0.637438 -13.0977; 429 8.50778 0.698675 -3.53133;
430 8.50778 1.02625 -18.8375; 431 12.7617 0.540708 -1.61806;
432 17.0156 1.50958 -3.53133; 433 17.0156 3.57141 -11.1844;
434 21.2695 2.37377 -24.5773; 435 29.7772 3.67058 -5.4446;
436 34.0311 5.03949 -7.35787; 437 38.285 3.7146 -28.4038;
438 42.5389 5.31286 -7.35787; 439 46.7928 7.98617 -16.9242;
440 46.7928 7.72059 -20.7508; 441 46.7928 4.84139 -28.4038;
442 55.3006 1.47215 -1.61806; 443 55.3006 7.94813 -16.9242;
444 55.3006 5.53515 -28.4038; 445 59.5545 7.64594 -22.664;
446 63.8084 1.46208 -1.61806; 447 63.8084 1.0977 -36.0569;
448 68.0623 5.04628 -7.35787; 449 68.0623 2.7993 -34.1436;
450 72.3162 1.52952 -36.0569; 451 76.5701 5.03585 -7.35787;
452 76.5701 7.80514 -22.664; 453 76.5701 6.9009 -26.4906;
454 76.5701 3.02795 -34.1436; 455 80.824 7.23088 -13.0977;
456 85.0779 2.85417 -3.53133; 457 85.0779 5.27363 -30.3171;
458 89.3317 1.52695 -1.61807; 459 93.5856 6.71984 -26.4906;
460 93.5856 2.68049 -34.1436; 461 97.8395 5.82015 -28.4038;
462 102.093 6.44826 -26.4906; 463 102.093 4.62072 -30.3171;
464 114.855 7.58096 -13.0977; 465 114.855 6.54618 -24.5773;
466 114.855 2.02907 -32.2304; 467 119.109 7.16595 -11.1844;
468 119.109 2.83056 -30.3171; 469 123.363 7.35312 -20.7508;
470 123.363 3.51734 -28.4038; 471 127.617 7.87879 -15.011;
472 127.617 1.18248 -30.3171; 473 131.871 1.63438 -1.61806;
474 131.871 7.49809 -16.9242; 475 131.871 6.4969 -20.7508;
476 140.378 1.39036 -1.61806; 477 144.632 3.76344 -7.35787;
478 148.886 2.46175 -5.4446; 479 148.886 3.40117 -16.9242;
480 153.14 1.36597 -3.53133; 481 153.14 1.67988 -18.8375;
482 157.394 1.27398 -5.4446; 483 161.648 0.859899 -7.35787;
484 165.902 0.315738 -5.4446; 485 165.902 0.241665 -13.0977;
MEMBER INCIDENCES
1 1 2; 2 3 1; 3 4 3; 4 5 4; 5 6 5; 6 7 6; 7 214 7; 8 195 214; 9 10 195;
10 162 10; 11 147 162; 12 13 147; 13 14 13; 14 15 14; 15 16 15; 16 112 16;
17 18 112; 18 110 18; 19 20 110; 20 21 20; 21 22 21; 22 23 22; 23 24 23;
24 25 24; 25 100 25; 26 27 100; 27 99 27; 28 29 99; 29 30 29; 30 96 30;
31 32 96; 32 95 32; 33 114 95; 34 93 114; 35 36 93; 36 92 36; 37 38 92;
38 39 38; 39 40 39; 40 179 40; 41 197 179; 42 43 197; 43 44 43; 44 253 44;
45 46 253; 46 47 46; 47 48 47; 48 49 48; 49 50 49; 50 51 50; 51 52 51;
52 53 52; 53 410 53; 54 55 410; 55 412 55; 56 57 412; 57 413 57; 58 59 413;
59 414 59; 60 61 414; 61 415 61; 62 63 415; 63 416 63; 64 65 416; 65 417 65;
66 67 417; 67 418 67; 68 69 418; 69 419 69; 70 71 419; 71 72 71; 72 73 72;
73 74 73; 74 75 74; 75 420 75; 76 77 420; 77 421 77; 78 79 421; 79 423 79;
80 81 423; 81 424 81; 82 83 424; 83 84 83; 84 85 84; 85 86 85; 86 87 86;
87 425 87; 88 89 425; 89 2 89; 90 14 90; 91 472 92; 92 93 472; 93 94 95;
94 96 94; 95 97 30; 96 99 97; 97 98 99; 98 100 98; 99 101 100; 100 24 101;
101 450 24; 102 22 450; 103 447 22; 104 20 447; 105 104 96; 106 97 104;
107 460 97; 108 98 460; 109 106 98; 110 101 106; 111 454 101; 112 450 454;
113 449 450; 114 447 449; 115 109 447; 116 110 109; 117 111 110; 118 112 111;
119 466 114; 120 94 466; 121 115 94; 122 104 115; 123 116 104; 124 460 116;
125 117 460; 126 106 117; 127 118 106; 128 454 118; 129 119 454; 130 449 119;
131 120 449; 132 109 120; 133 121 109; 134 111 121; 135 122 111; 136 16 122;
137 90 16; 138 468 93; 139 466 468; 140 124 466; 141 115 124; 142 463 115;
143 116 463; 144 126 116; 145 117 126; 146 457 117; 147 118 457; 148 128 118;
149 119 128; 150 129 119; 151 120 129; 152 130 120; 153 121 130; 154 131 121;
155 122 131; 156 132 122; 157 90 132; 158 133 90; 159 13 133; 160 134 38;
161 472 134; 162 470 472; 163 468 470; 164 136 468; 165 124 136; 166 137 124;
167 463 137; 168 461 463; 169 126 461; 170 139 126; 171 457 139; 172 140 457;
173 128 140; 174 141 128; 175 129 141; 176 142 129; 177 130 142; 178 444 130;
179 131 444; 180 441 131; 181 132 441; 182 437 132; 183 133 437; 184 146 133;
185 147 146; 186 148 39; 187 134 148; 188 149 134; 189 470 149; 190 150 470;
191 136 150; 192 151 136; 193 137 151; 194 462 137; 195 461 462; 196 459 461;
197 139 459; 198 154 139; 199 140 154; 200 453 140; 201 141 453; 202 156 141;
203 142 156; 204 157 142; 205 444 157; 206 158 444; 207 441 158; 208 159 441;
209 437 159; 210 160 437; 211 146 160; 212 161 146; 213 162 161; 214 163 40;
215 148 163; 216 164 148; 217 149 164; 218 165 149; 219 150 165; 220 465 150;
221 151 465; 222 167 151; 223 462 167; 224 168 462; 225 459 168; 226 169 459;
227 154 169; 228 170 154; 229 453 170; 230 171 453; 231 156 171; 232 172 156;
233 157 172; 234 173 157; 235 158 173; 236 174 158; 237 159 174; 238 175 159;
239 160 175; 240 176 160; 241 161 176; 242 434 161; 243 10 434; 244 178 179;
245 163 178; 246 180 163; 247 164 180; 248 181 164; 249 165 181; 250 182 165;
251 465 182; 252 183 465; 253 167 183; 254 184 167; 255 168 184; 256 185 168;
257 169 185; 258 186 169; 259 170 186; 260 452 170; 261 171 452; 262 188 171;
263 172 188; 264 445 172; 265 173 445; 266 190 173; 267 174 190; 268 191 174;
269 175 191; 270 192 175; 271 176 192; 272 193 176; 273 434 193; 274 194 434;
275 195 194; 276 196 197; 277 178 196; 278 198 178; 279 180 198; 280 475 180;
281 181 475; 282 469 181; 283 182 469; 284 201 182; 285 183 201; 286 202 183;
287 184 202; 288 203 184; 289 185 203; 290 204 185; 291 186 204; 292 205 186;
293 452 205; 294 206 452; 295 188 206; 296 207 188; 297 445 207; 298 208 445;
299 190 208; 300 440 190; 301 191 440; 302 210 191; 303 192 210; 304 211 192;
305 193 211; 306 212 193; 307 194 212; 308 213 194; 309 214 213; 310 481 43;
311 196 481; 312 216 196; 313 198 216; 314 217 198; 315 475 217; 316 218 475;
317 469 218; 318 219 469; 319 201 219; 320 220 201; 321 202 220; 322 221 202;
323 203 221; 324 222 203; 325 204 222; 326 223 204; 327 205 223; 328 224 205;
329 206 224; 330 225 206; 331 207 225; 332 226 207; 333 208 226; 334 227 208;
335 440 227; 336 228 440; 337 210 228; 338 229 210; 339 211 229; 340 230 211;
341 212 230; 342 231 212; 343 213 231; 344 430 213; 345 7 430; 346 233 44;
347 481 233; 348 479 481; 349 216 479; 350 235 216; 351 217 235; 352 474 217;
353 218 474; 354 237 218; 355 219 237; 356 238 219; 357 220 238; 358 239 220;
359 221 239; 360 240 221; 361 222 240; 362 241 222; 363 223 241; 364 242 223;
365 224 242; 366 243 224; 367 225 243; 368 244 225; 369 226 244; 370 443 226;
371 227 443; 372 439 227; 373 228 439; 374 247 228; 375 229 247; 376 248 229;
377 230 248; 378 249 230; 379 231 249; 380 250 231; 381 430 250; 382 251 430;
383 6 251; 384 252 253; 385 233 252; 386 254 233; 387 479 254; 388 255 479;
389 235 255; 390 256 235; 391 474 256; 392 471 474; 393 237 471; 394 258 237;
395 238 258; 396 259 238; 397 239 259; 398 260 239; 399 240 260; 400 261 240;
401 241 261; 402 262 241; 403 242 262; 404 263 242; 405 243 263; 406 264 243;
407 244 264; 408 265 244; 409 443 265; 410 266 443; 411 439 266; 412 267 439;
413 247 267; 414 268 247; 415 248 268; 416 269 248; 417 249 269; 418 270 249;
419 250 270; 420 271 250; 421 251 271; 422 5 251; 423 485 46; 424 252 485;
425 273 252; 426 254 273; 427 274 254; 428 255 274; 429 275 255; 430 256 275;
431 276 256; 432 471 276; 433 277 471; 434 258 277; 435 464 258; 436 259 464;
437 279 259; 438 260 279; 439 280 260; 440 261 280; 441 281 261; 442 262 281;
443 455 262; 444 263 455; 445 283 263; 446 264 283; 447 284 264; 448 265 284;
449 285 265; 450 266 285; 451 286 266; 452 267 286; 453 287 267; 454 268 287;
455 288 268; 456 269 288; 457 289 269; 458 270 289; 459 290 270; 460 271 290;
461 428 271; 462 5 428; 463 485 47; 464 292 485; 465 273 292; 466 293 273;
467 274 293; 468 294 274; 469 275 294; 470 295 275; 471 276 295; 472 296 276;
473 277 296; 474 467 277; 475 464 467; 476 298 464; 477 279 298; 478 299 279;
479 280 299; 480 300 280; 481 281 300; 482 301 281; 483 455 301; 484 302 455;
485 283 302; 486 303 283; 487 284 303; 488 304 284; 489 285 304; 490 305 285;
491 286 305; 492 306 286; 493 287 306; 494 307 287; 495 288 307; 496 308 288;
497 289 308; 498 433 289; 499 290 433; 500 310 290; 501 428 310; 502 4 428;
503 311 47; 504 292 311; 505 312 292; 506 293 312; 507 313 293; 508 294 313;
509 314 294; 510 295 314; 511 315 295; 512 296 315; 513 316 296; 514 467 316;
515 317 467; 516 298 317; 517 318 298; 518 299 318; 519 319 299; 520 300 319;
521 320 300; 522 301 320; 523 321 301; 524 302 321; 525 322 302; 526 303 322;
527 323 303; 528 304 323; 529 324 304; 530 305 324; 531 325 305; 532 306 325;
533 326 306; 534 307 326; 535 327 307; 536 308 327; 537 328 308; 538 433 328;
539 329 433; 540 310 329; 541 330 310; 542 4 330; 543 311 48; 544 483 311;
545 312 483; 546 333 312; 547 313 333; 548 477 313; 549 314 477; 550 335 314;
551 315 335; 552 336 315; 553 316 336; 554 337 316; 555 317 337; 556 338 317;
557 318 338; 558 339 318; 559 319 339; 560 340 319; 561 320 340; 562 341 320;
563 321 341; 564 451 321; 565 322 451; 566 448 322; 567 323 448; 568 344 323;
569 324 344; 570 345 324; 571 325 345; 572 438 325; 573 326 438; 574 436 326;
575 327 436; 576 348 327; 577 328 348; 578 349 328; 579 329 349; 580 350 329;
581 330 350; 582 3 330; 583 484 48; 584 483 484; 585 482 483; 586 333 482;
587 478 333; 588 477 478; 589 354 477; 590 335 354; 591 355 335; 592 336 355;
593 356 336; 594 337 356; 595 357 337; 596 338 357; 597 358 338; 598 339 358;
599 359 339; 600 340 359; 601 360 340; 602 341 360; 603 361 341; 604 451 361;
605 362 451; 606 448 362; 607 363 448; 608 344 363; 609 364 344; 610 345 364;
611 365 345; 612 438 365; 613 366 438; 614 436 366; 615 435 436; 616 348 435;
617 368 348; 618 349 368; 619 369 349; 620 350 369; 621 370 350; 622 3 370;
623 484 49; 624 371 484; 625 482 371; 626 480 482; 627 478 480; 628 373 478;
629 354 373; 630 374 354; 631 355 374; 632 375 355; 633 356 375; 634 376 356;
635 357 376; 636 377 357; 637 358 377; 638 378 358; 639 359 378; 640 379 359;
641 360 379; 642 456 360; 643 361 456; 644 381 361; 645 362 381; 646 382 362;
647 363 382; 648 383 363; 649 364 383; 650 384 364; 651 365 384; 652 385 365;
653 366 385; 654 386 366; 655 435 386; 656 387 435; 657 368 387; 658 432 368;
659 369 432; 660 429 369; 661 370 429; 662 1 370; 663 390 49; 664 371 390;
665 391 371; 666 480 391; 667 392 480; 668 373 392; 669 476 373; 670 374 476;
671 473 374; 672 375 473; 673 395 375; 674 376 395; 675 396 376; 676 377 396;
677 397 377; 678 378 397; 679 398 378; 680 379 398; 681 458 379; 682 456 458;
683 400 456; 684 381 400; 685 401 381; 686 382 401; 687 446 382; 688 383 446;
689 442 383; 690 384 442; 691 404 384; 692 385 404; 693 405 385; 694 386 405;
695 406 386; 696 387 406; 697 407 387; 698 432 407; 699 431 432; 700 429 431;
701 427 429; 702 1 427; 703 390 50; 704 52 390; 705 391 52; 706 410 391;
707 392 410; 708 412 392; 709 476 412; 710 413 476; 711 473 413; 712 414 473;
713 395 414; 714 415 395; 715 396 415; 716 416 396; 717 397 416; 718 417 397;
719 398 417; 720 418 398; 721 458 418; 722 419 458; 723 400 419; 724 72 400;
725 401 72; 726 74 401; 727 446 74; 728 420 446; 729 442 420; 730 421 442;
731 404 421; 732 423 404; 733 405 423; 734 424 405; 735 406 424; 736 84 406;
737 407 84; 738 86 407; 739 431 86; 740 425 431; 741 427 425; 742 2 427;
743 89 427; 744 427 370; 745 370 330; 746 330 428; 747 428 251; 748 251 7;
749 425 429; 750 429 350; 751 350 310; 752 310 271; 753 271 430; 754 430 214;
755 87 431; 756 431 369; 757 369 329; 758 329 290; 759 290 250; 760 250 213;
761 213 195; 762 86 432; 763 432 349; 764 349 433; 765 433 270; 766 270 231;
767 231 194; 768 194 10; 769 85 407; 770 407 368; 771 368 328; 772 328 289;
773 289 249; 774 249 212; 775 212 434; 776 434 162; 777 84 387; 778 387 348;
779 348 308; 780 308 269; 781 269 230; 782 230 193; 783 193 161; 784 161 147;
785 83 406; 786 406 435; 787 435 327; 788 327 288; 789 288 248; 790 248 211;
791 211 176; 792 176 146; 793 146 13; 794 424 386; 795 386 436; 796 436 307;
797 307 268; 798 268 229; 799 229 192; 800 192 160; 801 160 133; 802 133 14;
803 81 405; 804 405 366; 805 366 326; 806 326 287; 807 287 247; 808 247 210;
809 210 175; 810 175 437; 811 437 90; 812 90 15; 813 423 385; 814 385 438;
815 438 306; 816 306 267; 817 267 228; 818 228 191; 819 191 159; 820 159 132;
821 132 16; 822 79 404; 823 404 365; 824 365 325; 825 325 286; 826 286 439;
827 439 440; 828 440 174; 829 174 441; 830 441 122; 831 122 112; 832 421 384;
833 384 345; 834 345 305; 835 305 266; 836 266 227; 837 227 190; 838 190 158;
839 158 131; 840 131 111; 841 111 18; 842 77 442; 843 442 364; 844 364 324;
845 324 285; 846 285 443; 847 443 208; 848 208 173; 849 173 444; 850 444 121;
851 121 110; 852 420 383; 853 383 344; 854 344 304; 855 304 265; 856 265 226;
857 226 445; 858 445 157; 859 157 130; 860 130 109; 861 109 20; 862 75 446;
863 446 363; 864 363 323; 865 323 284; 866 284 244; 867 244 207; 868 207 172;
869 172 142; 870 142 120; 871 120 447; 872 447 21; 873 74 382; 874 382 448;
875 448 303; 876 303 264; 877 264 225; 878 225 188; 879 188 156; 880 156 129;
881 129 449; 882 449 22; 883 73 401; 884 401 362; 885 362 322; 886 322 283;
887 283 243; 888 243 206; 889 206 171; 890 171 141; 891 141 119; 892 119 450;
893 450 23; 894 72 381; 895 381 451; 896 451 302; 897 302 263; 898 263 224;
899 224 452; 900 452 453; 901 453 128; 902 128 454; 903 454 24; 904 71 400;
905 400 361; 906 361 321; 907 321 455; 908 455 242; 909 242 205; 910 205 170;
911 170 140; 912 140 118; 913 118 101; 914 101 25; 915 419 456; 916 456 341;
917 341 301; 918 301 262; 919 262 223; 920 223 186; 921 186 154; 922 154 457;
923 457 106; 924 106 100; 925 69 458; 926 458 360; 927 360 320; 928 320 281;
929 281 241; 930 241 204; 931 204 169; 932 169 139; 933 139 117; 934 117 98;
935 98 27; 936 418 379; 937 379 340; 938 340 300; 939 300 261; 940 261 222;
941 222 185; 942 185 459; 943 459 126; 944 126 460; 945 460 99; 946 67 398;
947 398 359; 948 359 319; 949 319 280; 950 280 240; 951 240 203; 952 203 168;
953 168 461; 954 461 116; 955 116 97; 956 97 29; 957 417 378; 958 378 339;
959 339 299; 960 299 260; 961 260 221; 962 221 184; 963 184 462; 964 462 463;
965 463 104; 966 104 30; 967 65 397; 968 397 358; 969 358 318; 970 318 279;
971 279 239; 972 239 202; 973 202 167; 974 167 137; 975 137 115; 976 115 96;
977 416 377; 978 377 338; 979 338 298; 980 298 259; 981 259 220; 982 220 183;
983 183 151; 984 151 124; 985 124 94; 986 94 32; 987 63 396; 988 396 357;
989 357 317; 990 317 464; 991 464 238; 992 238 201; 993 201 465; 994 465 136;
995 136 466; 996 466 95; 997 415 376; 998 376 337; 999 337 467; 1000 467 258;
1001 258 219; 1002 219 182; 1003 182 150; 1004 150 468; 1005 468 114;
1006 61 395; 1007 395 356; 1008 356 316; 1009 316 277; 1010 277 237;
1011 237 469; 1012 469 165; 1013 165 470; 1014 470 93; 1015 414 375;
1016 375 336; 1017 336 296; 1018 296 471; 1019 471 218; 1020 218 181;
1021 181 149; 1022 149 472; 1023 472 36; 1024 59 473; 1025 473 355;
1026 355 315; 1027 315 276; 1028 276 474; 1029 474 475; 1030 475 164;
1031 164 134; 1032 134 92; 1033 413 374; 1034 374 335; 1035 335 295;
1036 295 256; 1037 256 217; 1038 217 180; 1039 180 148; 1040 148 38;
1041 57 476; 1042 476 354; 1043 354 314; 1044 314 275; 1045 275 235;
1046 235 198; 1047 198 163; 1048 163 39; 1049 412 373; 1050 373 477;
1051 477 294; 1052 294 255; 1053 255 216; 1054 216 178; 1055 178 40;
1056 55 392; 1057 392 478; 1058 478 313; 1059 313 274; 1060 274 479;
1061 479 196; 1062 196 179; 1063 410 480; 1064 480 333; 1065 333 293;
1066 293 254; 1067 254 481; 1068 481 197; 1069 53 391; 1070 391 482;
1071 482 312; 1072 312 273; 1073 273 233; 1074 233 43; 1075 52 371;
1076 371 483; 1077 483 292; 1078 292 252; 1079 252 44; 1080 51 390;
1081 390 484; 1082 484 311; 1083 311 485; 1084 485 253;
ELEMENT INCIDENCES SHELL
1085 2 427 1; 1086 1 370 3; 1087 3 330 4; 1088 4 428 5; 1089 5 251 6;
1090 2 89 427; 1091 1 427 370; 1092 3 370 330; 1093 4 330 428; 1094 5 428 251;
1095 6 251 7; 1096 89 425 427; 1097 427 425 429; 1098 427 429 370;
1099 370 429 350; 1100 330 370 350; 1101 350 310 330; 1102 330 310 428;
1103 310 271 428; 1104 271 251 428; 1105 271 430 251; 1106 430 7 251;
1107 430 214 7; 1108 425 431 429; 1109 429 431 369; 1110 425 87 431;
1111 369 350 429; 1112 369 329 350; 1113 350 329 310; 1114 310 329 290;
1115 290 271 310; 1116 290 250 271; 1117 271 250 430; 1118 430 250 213;
1119 213 214 430; 1120 214 213 195; 1121 87 86 431; 1122 431 86 432;
1123 432 369 431; 1124 369 432 349; 1125 349 329 369; 1126 349 433 329;
1127 433 290 329; 1128 433 270 290; 1129 270 250 290; 1130 270 231 250;
1131 231 213 250; 1132 231 194 213; 1133 194 195 213; 1134 194 10 195;
1135 86 407 432; 1136 432 407 368; 1137 86 85 407; 1138 368 349 432;
1139 368 328 349; 1140 349 328 433; 1141 433 328 289; 1142 433 289 270;
1143 270 289 249; 1144 249 231 270; 1145 249 212 231; 1146 231 212 194;
1147 194 212 434; 1148 434 10 194; 1149 10 434 162; 1150 85 84 407;
1151 407 84 387; 1152 387 368 407; 1153 368 387 348; 1154 348 328 368;
1155 328 348 308; 1156 308 289 328; 1157 289 308 269; 1158 269 249 289;
1159 249 269 230; 1160 230 212 249; 1161 212 230 193; 1162 193 434 212;
1163 434 193 161; 1164 161 162 434; 1165 162 161 147; 1166 84 83 406;
1167 84 406 387; 1168 387 406 435; 1169 387 435 348; 1170 348 435 327;
1171 327 308 348; 1172 308 327 288; 1173 288 269 308; 1174 269 288 248;
1175 248 230 269; 1176 230 248 211; 1177 211 193 230; 1178 193 211 176;
1179 176 161 193; 1180 161 176 146; 1181 146 147 161; 1182 147 146 13;
1183 83 424 406; 1184 424 386 406; 1185 386 435 406; 1186 435 386 436;
1187 436 327 435; 1188 327 436 307; 1189 307 288 327; 1190 288 307 268;
1191 268 248 288; 1192 248 268 229; 1193 248 229 211; 1194 211 229 192;
1195 192 176 211; 1196 176 192 160; 1197 160 146 176; 1198 146 160 133;
1199 133 13 146; 1200 13 133 14; 1201 424 81 405; 1202 405 386 424;
1203 386 405 366; 1204 366 436 386; 1205 436 366 326; 1206 326 307 436;
1207 307 326 287; 1208 287 268 307; 1209 268 287 247; 1210 247 229 268;
1211 229 247 210; 1212 210 192 229; 1213 192 210 175; 1214 175 160 192;
1215 160 175 437; 1216 437 133 160; 1217 133 437 90; 1218 90 14 133;
1219 14 90 15; 1220 81 423 405; 1221 405 423 385; 1222 385 366 405;
1223 366 385 438; 1224 438 326 366; 1225 326 438 306; 1226 326 306 287;
1227 287 306 267; 1228 267 247 287; 1229 247 267 228; 1230 210 247 228;
1231 228 191 210; 1232 210 191 175; 1233 175 191 159; 1234 159 437 175;
1235 159 132 437; 1236 132 90 437; 1237 90 132 16; 1238 90 16 15;
1239 423 79 404; 1240 404 385 423; 1241 385 404 365; 1242 365 438 385;
1243 438 365 325; 1244 325 306 438; 1245 306 325 286; 1246 286 267 306;
1247 267 286 439; 1248 439 228 267; 1249 228 439 440; 1250 440 191 228;
1251 191 440 174; 1252 174 159 191; 1253 159 174 441; 1254 441 132 159;
1255 132 441 122; 1256 122 16 132; 1257 16 122 112; 1258 112 111 18;
1259 122 111 112; 1260 131 111 122; 1261 441 131 122; 1262 441 158 131;
1263 174 158 441; 1264 174 190 158; 1265 440 190 174; 1266 440 227 190;
1267 439 227 440; 1268 439 266 227; 1269 286 266 439; 1270 286 305 266;
1271 325 305 286; 1272 325 345 305; 1273 365 345 325; 1274 365 384 345;
1275 404 384 365; 1276 404 421 384; 1277 79 421 404; 1278 421 77 442;
1279 421 442 384; 1280 384 442 364; 1281 364 345 384; 1282 345 364 324;
1283 324 305 345; 1284 324 285 305; 1285 285 266 305; 1286 285 443 266;
1287 443 227 266; 1288 443 208 227; 1289 208 190 227; 1290 208 173 190;
1291 173 158 190; 1292 173 444 158; 1293 444 131 158; 1294 444 121 131;
1295 121 111 131; 1296 121 110 111; 1297 110 18 111; 1298 77 420 442;
1299 420 383 442; 1300 383 364 442; 1301 383 344 364; 1302 344 324 364;
1303 344 304 324; 1304 304 285 324; 1305 304 265 285; 1306 265 443 285;
1307 265 226 443; 1308 226 208 443; 1309 226 445 208; 1310 445 173 208;
1311 445 157 173; 1312 157 444 173; 1313 157 130 444; 1314 130 121 444;
1315 130 109 121; 1316 109 110 121; 1317 109 20 110; 1318 420 75 446;
1319 446 383 420; 1320 446 363 383; 1321 363 344 383; 1322 363 323 344;
1323 323 304 344; 1324 323 284 304; 1325 284 265 304; 1326 284 244 265;
1327 244 226 265; 1328 244 207 226; 1329 207 445 226; 1330 207 172 445;
1331 172 157 445; 1332 172 142 157; 1333 142 130 157; 1334 142 120 130;
1335 120 109 130; 1336 120 447 109; 1337 447 20 109; 1338 447 21 20;
1339 75 74 446; 1340 74 382 446; 1341 382 363 446; 1342 382 448 363;
1343 448 323 363; 1344 448 303 323; 1345 303 284 323; 1346 303 264 284;
1347 264 244 284; 1348 264 225 244; 1349 225 207 244; 1350 225 188 207;
1351 188 172 207; 1352 188 156 172; 1353 156 142 172; 1354 156 129 142;
1355 129 120 142; 1356 129 449 120; 1357 449 447 120; 1358 449 22 447;
1359 22 21 447; 1360 73 401 74; 1361 401 382 74; 1362 401 362 382;
1363 362 448 382; 1364 362 322 448; 1365 322 303 448; 1366 322 283 303;
1367 283 264 303; 1368 283 243 264; 1369 243 225 264; 1370 243 206 225;
1371 206 188 225; 1372 206 171 188; 1373 171 156 188; 1374 171 141 156;
1375 141 129 156; 1376 141 119 129; 1377 119 449 129; 1378 119 450 449;
1379 450 22 449; 1380 450 23 22; 1381 73 72 401; 1382 72 381 401;
1383 381 362 401; 1384 381 451 362; 1385 451 322 362; 1386 451 302 322;
1387 302 283 322; 1388 302 263 283; 1389 263 243 283; 1390 263 224 243;
1391 224 206 243; 1392 452 206 224; 1393 452 171 206; 1394 452 453 171;
1395 453 141 171; 1396 453 128 141; 1397 128 119 141; 1398 128 454 119;
1399 454 450 119; 1400 454 24 450; 1401 24 23 450; 1402 72 71 400;
1403 400 381 72; 1404 400 361 381; 1405 361 451 381; 1406 361 321 451;
1407 321 302 451; 1408 321 455 302; 1409 455 263 302; 1410 455 242 263;
1411 242 224 263; 1412 242 205 224; 1413 205 452 224; 1414 205 170 452;
1415 170 453 452; 1416 170 140 453; 1417 128 453 140; 1418 140 118 128;
1419 118 454 128; 1420 118 101 454; 1421 101 24 454; 1422 101 25 24;
1423 71 419 400; 1424 419 456 400; 1425 456 361 400; 1426 456 341 361;
1427 341 321 361; 1428 341 301 321; 1429 301 455 321; 1430 301 262 455;
1431 262 242 455; 1432 262 223 242; 1433 223 205 242; 1434 223 186 205;
1435 186 170 205; 1436 186 154 170; 1437 154 140 170; 1438 154 457 140;
1439 457 118 140; 1440 457 106 118; 1441 106 101 118; 1442 106 100 101;
1443 100 25 101; 1444 419 69 458; 1445 458 456 419; 1446 458 360 456;
1447 360 341 456; 1448 360 320 341; 1449 320 301 341; 1450 320 281 301;
1451 281 262 301; 1452 281 241 262; 1453 241 223 262; 1454 241 204 223;
1455 204 186 223; 1456 204 169 186; 1457 169 154 186; 1458 169 139 154;
1459 139 457 154; 1460 457 139 117; 1461 117 106 457; 1462 117 98 106;
1463 98 100 106; 1464 98 27 100; 1465 69 418 458; 1466 418 379 458;
1467 379 360 458; 1468 379 340 360; 1469 340 320 360; 1470 340 300 320;
1471 300 281 320; 1472 300 261 281; 1473 261 241 281; 1474 261 222 241;
1475 222 204 241; 1476 222 185 204; 1477 185 169 204; 1478 185 459 169;
1479 459 139 169; 1480 459 126 139; 1481 126 117 139; 1482 117 126 460;
1483 460 98 117; 1484 460 99 98; 1485 99 27 98; 1486 418 67 398;
1487 398 379 418; 1488 398 359 379; 1489 359 340 379; 1490 359 319 340;
1491 319 300 340; 1492 319 280 300; 1493 280 261 300; 1494 280 240 261;
1495 240 222 261; 1496 240 203 222; 1497 203 185 222; 1498 203 168 185;
1499 168 459 185; 1500 168 461 459; 1501 461 126 459; 1502 461 116 126;
1503 116 460 126; 1504 116 97 460; 1505 97 99 460; 1506 97 29 99;
1507 67 417 398; 1508 398 417 378; 1509 359 398 378; 1510 378 339 359;
1511 339 319 359; 1512 339 299 319; 1513 299 280 319; 1514 299 260 280;
1515 260 240 280; 1516 260 221 240; 1517 221 203 240; 1518 221 184 203;
1519 184 168 203; 1520 184 462 168; 1521 462 461 168; 1522 462 463 461;
1523 463 116 461; 1524 104 116 463; 1525 104 97 116; 1526 104 30 97;
1527 30 29 97; 1528 417 65 397; 1529 397 378 417; 1530 397 358 378;
1531 358 339 378; 1532 358 318 339; 1533 318 299 339; 1534 318 279 299;
1535 279 260 299; 1536 279 239 260; 1537 239 221 260; 1538 239 202 221;
1539 202 184 221; 1540 202 167 184; 1541 167 462 184; 1542 167 137 462;
1543 137 463 462; 1544 137 115 463; 1545 115 104 463; 1546 115 96 104;
1547 96 30 104; 1548 65 416 397; 1549 416 377 397; 1550 377 358 397;
1551 377 338 358; 1552 338 318 358; 1553 338 298 318; 1554 298 279 318;
1555 298 259 279; 1556 259 239 279; 1557 259 220 239; 1558 220 202 239;
1559 220 183 202; 1560 183 167 202; 1561 183 151 167; 1562 151 137 167;
1563 151 124 137; 1564 124 115 137; 1565 124 94 115; 1566 94 96 115;
1567 94 32 96; 1568 94 95 32; 1569 94 466 95; 1570 124 466 94;
1571 124 136 466; 1572 151 136 124; 1573 151 465 136; 1574 183 465 151;
1575 183 201 465; 1576 220 201 183; 1577 220 238 201; 1578 259 238 220;
1579 259 464 238; 1580 298 464 259; 1581 298 317 464; 1582 338 317 298;
1583 338 357 317; 1584 377 357 338; 1585 377 396 357; 1586 416 396 377;
1587 416 63 396; 1588 63 415 396; 1589 415 376 396; 1590 376 357 396;
1591 376 337 357; 1592 337 317 357; 1593 467 317 337; 1594 467 464 317;
1595 467 258 464; 1596 258 238 464; 1597 258 219 238; 1598 219 201 238;
1599 219 182 201; 1600 182 465 201; 1601 182 150 465; 1602 150 136 465;
1603 150 468 136; 1604 468 466 136; 1605 468 114 466; 1606 114 95 466;
1607 415 61 395; 1608 395 376 415; 1609 395 356 376; 1610 356 337 376;
1611 356 316 337; 1612 316 467 337; 1613 316 277 467; 1614 277 258 467;
1615 277 237 258; 1616 237 219 258; 1617 237 469 219; 1618 469 182 219;
1619 469 165 182; 1620 165 150 182; 1621 165 470 150; 1622 470 468 150;
1623 470 93 468; 1624 93 114 468; 1625 61 414 395; 1626 414 375 395;
1627 375 356 395; 1628 375 336 356; 1629 336 316 356; 1630 336 296 316;
1631 296 277 316; 1632 296 471 277; 1633 471 237 277; 1634 471 218 237;
1635 218 469 237; 1636 218 181 469; 1637 181 165 469; 1638 181 149 165;
1639 149 470 165; 1640 149 472 470; 1641 472 93 470; 1642 472 36 93;
1643 414 473 375; 1644 414 59 473; 1645 473 355 375; 1646 355 336 375;
1647 355 315 336; 1648 315 296 336; 1649 315 276 296; 1650 276 471 296;
1651 276 474 471; 1652 474 218 471; 1653 474 475 218; 1654 475 181 218;
1655 475 164 181; 1656 164 149 181; 1657 164 134 149; 1658 134 472 149;
1659 134 92 472; 1660 92 36 472; 1661 59 413 473; 1662 413 374 473;
1663 374 355 473; 1664 374 335 355; 1665 335 315 355; 1666 335 295 315;
1667 295 276 315; 1668 295 256 276; 1669 256 474 276; 1670 256 217 474;
1671 217 475 474; 1672 217 180 475; 1673 164 475 180; 1674 180 148 164;
1675 148 134 164; 1676 148 38 134; 1677 38 92 134; 1678 413 57 476;
1679 476 374 413; 1680 476 354 374; 1681 354 335 374; 1682 314 335 354;
1683 314 295 335; 1684 314 275 295; 1685 275 256 295; 1686 275 235 256;
1687 235 217 256; 1688 235 198 217; 1689 198 180 217; 1690 198 163 180;
1691 163 148 180; 1692 163 39 148; 1693 39 38 148; 1694 57 412 476;
1695 412 373 476; 1696 373 354 476; 1697 373 477 354; 1698 477 314 354;
1699 477 294 314; 1700 294 275 314; 1701 294 255 275; 1702 255 235 275;
1703 255 216 235; 1704 216 198 235; 1705 216 178 198; 1706 178 163 198;
1707 178 40 163; 1708 40 39 163; 1709 412 55 392; 1710 392 373 412;
1711 392 478 373; 1712 478 477 373; 1713 478 313 477; 1714 313 294 477;
1715 313 274 294; 1716 274 255 294; 1717 274 479 255; 1718 479 216 255;
1719 479 196 216; 1720 196 178 216; 1721 196 179 178; 1722 179 40 178;
1723 55 410 392; 1724 410 480 392; 1725 480 478 392; 1726 480 333 478;
1727 333 313 478; 1728 333 293 313; 1729 293 274 313; 1730 293 254 274;
1731 479 274 254; 1732 254 481 479; 1733 481 196 479; 1734 481 197 196;
1735 197 179 196; 1736 410 53 391; 1737 391 480 410; 1738 391 482 480;
1739 482 333 480; 1740 482 312 333; 1741 312 293 333; 1742 312 273 293;
1743 273 254 293; 1744 273 233 254; 1745 233 481 254; 1746 233 43 481;
1747 43 197 481; 1748 53 52 391; 1749 52 371 391; 1750 371 482 391;
1751 371 483 482; 1752 483 312 482; 1753 483 292 312; 1754 292 273 312;
1755 292 252 273; 1756 252 233 273; 1757 252 44 233; 1758 44 43 233;
1759 52 51 390; 1760 390 371 52; 1761 390 484 371; 1762 484 483 371;
1763 484 311 483; 1764 311 292 483; 1765 311 485 292; 1766 485 252 292;
1767 485 253 252; 1768 253 44 252; 1769 51 50 390; 1770 50 49 390;
1771 49 484 390; 1772 49 48 484; 1773 48 311 484; 1774 48 47 311;
1775 47 485 311; 1776 47 46 485; 1777 46 253 485;
ELEMENT PROPERTY
1085 TO 1777 THICKNESS 1e-005
DEFINE MATERIAL START
ISOTROPIC STEEL
E 2.05e+008
POISSON 0.3
DENSITY 76.8195
ALPHA 1.2e-005
DAMP 0.03
TYPE STEEL
STRENGTH FY 253200 FU 407800 RY 1.5 RT 1.2
ISOTROPIC GLASS
E 7.2
POISSON 0.22
DENSITY 25
ALPHA 8.1e-006
END DEFINE MATERIAL
MEMBER PROPERTY BRITISH
1 TO 1084 TABLE ST TUBE TH 0.008 WT 0.1 DT 0.3
CONSTANTS
MATERIAL STEEL MEMB 1 TO 1084
MATERIAL GLASS MEMB 1085 TO 1777
SUPPORTS
7 10 13 TO 16 18 20 TO 25 27 29 30 32 36 38 TO 40 43 44 51 TO 53 55 57 59 -
61 63 65 67 69 71 TO 75 77 79 81 83 TO 87 89 92 93 95 96 99 100 110 112 114 -
147 162 179 195 197 214 253 410 412 TO 421 423 TO 424 -
425 FIXED BUT MX MY MZ KFZ 3000
1 3 TO 5 47 TO 49 FIXED BUT MX MY MZ KFX 3000
2 6 46 50 FIXED BUT FX FZ MX MY MZ
LOAD 5 LOADTYPE None  TITLE DEAD LOADS
SELFWEIGHT Y -1 
ELEMENT LOAD
1085 TO 1777 PR GY -1.07
LOAD 6 LOADTYPE None  TITLE LIVE LOAD
ELEMENT LOAD
1085 TO 1777 PR GY -1.54
LOAD 7 LOADTYPE None  TITLE WIND LOAD 1
ELEMENT LOAD
1085 TO 1777 PR GY 2.1
LOAD 8 LOADTYPE None  TITLE WIND LOAD 2
ELEMENT LOAD
1085 TO 1777 PR GY -0.9
LOAD 11 LOADTYPE None  TITLE TEMP +POS LOAD
TEMPERATURE LOAD
1 TO 1084 TEMP 30
LOAD 12 LOADTYPE None  TITLE TEMP -NEG LOAD
TEMPERATURE LOAD
1 TO 1084 TEMP -30
**LOAD COMBINATIONS
LOAD COMB 101 DL+LL
5 1.0 6 1.0 
LOAD COMB 102 DL+WL1
5 1.0 7 1.0 
LOAD COMB 103 DL+WL2
5 1.0 8 1.0 
LOAD COMB 106 DL+0.75LL+0.75WL1
5 1.0 6 0.75 7 0.75 
LOAD COMB 107 DL+0.75LL+0.75WL2
5 1.0 6 0.75 8 0.75 
LOAD COMB 110 0.60DL+WL1
5 0.6 7 1.0 
LOAD COMB 111 0.60DL+WL2
5 0.6 8 1.0 
LOAD COMB 114 DL+LL+(+TL)
5 1.0 6 1.0 11 1.0 
LOAD COMB 115 DL+LL+(-TL)
5 1.0 6 1.0 12 1.0 
PERFORM ANALYSIS
LOAD LIST 101 TO 103 106 107 110 111 114 115
PARAMETER 1
CODE AISC
FYLD 275000 ALL
CHECK CODE ALL
PARAMETER 2
CODE AISC
STEEL TAKE OFF ALL
FINISH

Three ways of specifying anchor positions in base plate design is 1. Longitudinal 2. Transverse and 3. Customizing. Now how one go about customizing?

How can I move my Key Closer to the main plot, at the moment it is very far away.

Regards,

Jasper

Evening,

I keep running into this error in my model. I have tried to remodel the beams and the surface loads, but still no solution. Please Help.

I have uploaded the mode as well.

Thanks.communities.bentley.com/.../19_2D00_0807-Steel-Framing.rss