Extracting data from .txt file

2 Ott 2025
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Aggiornato 2 Ott 2025
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Hi,
I have two files (Text files) named as Force.txt and Disp.txt. I want to extracct data from these two files and plot a graph where force value will be on the Y axis and Displacement Values will be on the X axis. In the text files I have data of step numbers ( There are total 89 steps). In file disp.txt, thre are 89 values of displacement for 89 steps and it is obtained from node no. 1964.
On the other hand, the force values will be for nodes 1-3 7-10 73-76 342-346 447-451 982-984 988-991 1054-1057 1323-1327 1428-1432 1963 1965-1968 1973-1976 2242-2246 2287-2291 2822-3593 (total 833 nodes) and for 89 steps. I have attached the files with this question.
I want to extract data like the following table: Then want to plot a graph as mentioned above.
Force ( summed value of 833 nodes) Disp.(for node 1964)
Step 1 ***** *****
Step 2 **** ****
Step 3 ***** ****
Step 4 ***** ****
Step 5 ***** ****
......
Step 89 ***** ****
Can anyone help me in writing a matlab code? I would appreciate your kind assistance.
Thank you in advance.

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Star Strider
Star Strider il 2 Ott 2025

0 voti

Without having a .tb file to work with, and your description of it as a text file, I would use the readtable function with the FileType='text' name-value pair as an additional argument. It may be necessary to tweak the readtable call further, depending on how the .tb file is organised and how readtable imports it.

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MD NIAMUL
MD NIAMUL il 2 Ott 2025
Thank you very much for your quick check. I have attached the files. Please see the files.
Star Strider
Star Strider il 2 Ott 2025
Modificato: Star Strider il 2 Ott 2025
Ran in:
Ran in:
The 'Disp.txt.text' file is mixed string and numeric, so I opted to use the readcell function for it. You could use readtable, (that works) however that would likely not make it easier to work with. How you import it depends on what you want to do with the information in it.
The 'Force.txt.text' file is easily imported using readtable. I plotted it, however there seems to be missing information on how to interpret it in order to plot it correctly. (The 'FBY' variable is uniformly zero.)
UZ = unzip('Disp and Force.zip')
UZ = 1×2 cell array
{'Disp.txt.text'} {'Force.txt.text'}
Disp = readcell(UZ{1})
Disp = 630×4 cell array
{'Output' } {[ 1]} {'Page' } {[ 1]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 1]} {[<missing>]} {'Load' } {'factor' } {[ 0.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-8.9900e-18]} {[ 0.0249]} {[ -0.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 2]} {[<missing>]} {'Load' } {'factor' } {[ 0.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.8880e-17]} {[ 0.0498]} {[ -0.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]}
Force = readtable(UZ{2})
Force = 75680×4 table
Nodnr FBX FBY FBZ _____ _______ ___ ____ 1 -5.426 0 1211 2 564.2 0 2448 3 -5.426 0 1211 7 -0.1625 0 1337 8 -3.392 0 1285 9 -3.154 0 1292 10 18.58 0 1316 73 18.58 0 1316 74 -3.154 0 1292 75 -3.392 0 1285 76 -0.1625 0 1337 342 3.016 0 2878 343 11.1 0 2655 344 14.66 0 2590 345 13.23 0 2614 346 96.2 0 2733
FBX = Force.FBX;
FBY = Force.FBY;
FBZ = Force.FBZ;
figure
plot(FBX, FBZ)
grid
xlabel('FBX')
ylabel('FBZ')
title('''Force'' Table Data')
figure
scatter(FBX, FBZ, 10, 'b', 'filled')
grid
xlabel('FBX')
ylabel('FBZ')
title('''Force'' Table Data')
EDIT -- (2 Oct 2025 at 12:17)
Added scatter plot.
.
MD NIAMUL
MD NIAMUL il 2 Ott 2025
Modificato: MD NIAMUL il 2 Ott 2025
I am sorry for missing information. The plot will be like this...FBz on Y axis ( summed for all 833 nodes), and TDtZ (in Disp. file) only for one node (node number 1964) on x axis.
MD NIAMUL
MD NIAMUL il 2 Ott 2025
Here is the results file that I made in Excel. But I will be helpful If I can do it in matlab code, since it will reduce my time. Please see the attached excel file.In the Force file the values are in N. However, in the excel file it is in kN.
Star Strider
Star Strider il 2 Ott 2025
Ran in:
Ran in:
That helps significantly, however there ase still problems. (I am using Ubuntu 24.04, so I do not have access to Excel. I can import the file, however I cannot do anything else with it.)
There are 2376 unique nodes in the 'Force' file and 89 elements in the 'Node1964TDtZ' vector. I can sum the 75680 elements of 'FBZ' over each unique node, however the difference in the vector lengths (89 and 2376) means that it is not possible to plot them together.
What detail am I missing?
T3 = readtable('Results.xlsx')
T3 = 116×346 table
Var1 Var2 Var3 Var4 Var5 Var6 Var7 Var8 Var9 Var10 Var11 Var12 Var13 Var14 Var15 Var16 Var17 Var18 Var19 Var20 Var21 Var22 Var23 Var24 Var25 Var26 Var27 Var28 Var29 Var30 Var31 Var32 Var33 Var34 Var35 Var36 Var37 Var38 Var39 Var40 Var41 Var42 Var43 Var44 Var45 Var46 Var47 Var48 Var49 Var50 Var51 Var52 Var53 Var54 Var55 Var56 Var57 Var58 Var59 Var60 Var61 Var62 Var63 Var64 Var65 Var66 Var67 Var68 Var69 Var70 Var71 Var72 Var73 Var74 Var75 Var76 Var77 Var78 Var79 Var80 Var81 Var82 Var83 Var84 Var85 Var86 Var87 Var88 Var89 Var90 Var91 Var92 Var93 Var94 Var95 Var96 Var97 Var98 Var99 Var100 Var101 Var102 Var103 Var104 Var105 Var106 Var107 Var108 Var109 Var110 Var111 Var112 Var113 Var114 Var115 Var116 Var117 Var118 Var119 Var120 Var121 Var122 Var123 Var124 Var125 Var126 Var127 Var128 Var129 Var130 Var131 Var132 Var133 Var134 Var135 Var136 Var137 Var138 Var139 Var140 Var141 Var142 Var143 Var144 Var145 Var146 Var147 Var148 Var149 Var150 Var151 Var152 Var153 Var154 Var155 Var156 Var157 Var158 Var159 Var160 Var161 Var162 Var163 Var164 Var165 Var166 Var167 Var168 Var169 Var170 Var171 Var172 Var173 Var174 Var175 Var176 Var177 Var178 Var179 Var180 Var181 Var182 Var183 Var184 Var185 Var186 Var187 Var188 Var189 Var190 Var191 Var192 Var193 Var194 Var195 Var196 Var197 Var198 Var199 Var200 Var201 Var202 Var203 Var204 Var205 Var206 Var207 Var208 Var209 Var210 Var211 Var212 Var213 Var214 Var215 Var216 Var217 Var218 Var219 Var220 Var221 Var222 Var223 Var224 Var225 Var226 Var227 Var228 Var229 Var230 Var231 Var232 Var233 Var234 Var235 Var236 Var237 Var238 Var239 Var240 Var241 Var242 Var243 Var244 Var245 Var246 Var247 Var248 Var249 Var250 Var251 Var252 Var253 Var254 Var255 Var256 Var257 Var258 Var259 Var260 Var261 Var262 Var263 Var264 Var265 Var266 Var267 Var268 Var269 Var270 Var271 Var272 Var273 Var274 Var275 Var276 Var277 Var278 Var279 Var280 Var281 Var282 Var283 Var284 Var285 Var286 Var287 Var288 Var289 Var290 Var291 Var292 Var293 Var294 Var295 Var296 Var297 Var298 Var299 Var300 Var301 Var302 Var303 Var304 Var305 Var306 Var307 Var308 Var309 Var310 Var311 Var312 Var313 Var314 Var315 Var316 Var317 Var318 Var319 Var320 Var321 Var322 Var323 Var324 Var325 Var326 Var327 Var328 Var329 Var330 Var331 Var332 Var333 Var334 Var335 Var336 Var337 Var338 Var339 Var340 Var341 Var342 Var343 Var344 Var345 Var346 ____ ____ ____ ____ ____ ______ ____ ____ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ _____ ______ ______ ______ ______ ______ ______ _____ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ _____ ______ ______ ______ ______ _____ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ __________ ___________ __________ __________ ___________ ___________ ___________ _________ __________ __________ __________ ___________ _______ _________ ________ ________ _______ _______ _______ _______ _______ _______ __________ _______ 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___________ __________ __________ ___________ __________ _________ ___________ __________ __________ __________ _________ __________ __________ __________ __________ _________ __________ _________ _________ __________ ________ _________ _________ ________ _________ ________ ________ ________ ________ _______ _______ ________ ________ _______ ________ _______ _______ _______ __________ _______ _______ _______ _______ NaN NaN NaN 0 NaN 0 NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN 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-0.016684 0.0061037 -0.0066936 -0.036616 0.028398 0.033612 0.082502 -0.026504 0.157 0.037785 -0.057439 -0.14889 -0.11489 -0.9037 0.017567 0.48697 1.0802 0.50721 2.2434 -0.64551 0.40656 -1.6231 -4.7702 -10.134 1.6134 6.4734 4.6022 -4.7352 -24.365 -150.02 17.082 0.00029361 90.201 71.679 -72.328 -313.16 10 2 -2 2 NaN 998.11 10 2 8358.9 20585 8358.9 13036 11833 11629 11694 11694 11629 11833 13036 23604 24757 23839 23283 23749 23749 23283 23839 24757 23604 8358.9 20585 8358.9 13036 11833 11629 11694 11694 11833 13036 23604 24757 23839 23283 23749 23749 24757 23604 10470 11403 10777 10655 10518 10518 10655 10777 11403 22144 21856 21464 21173 20993 20993 21173 21464 21856 22144 0.082355 -0.00053116 0.16022 -0.11359 0.0041635 -0.0037697 -0.0011747 -0.11358 0.16023 0.21935 0.019476 0.0010767 -194.66 3.8974 3.4216 -1.7286 -10.444 13.051 45.67 39.669 -14.953 -112.54 -0.020552 -13.029 -49.703 -43.355 15.845 119.17 -3.6004 -3.2446 1.3716 9.1182 -0.23789 0.11782 0.6203 -0.0043732 0.050833 0.0046154 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0.047127 0.011904 0.011387 -0.0081617 -0.014493 -0.01693 -0.0015704 0.015118 -0.0043865 0.0058012 0.011512 -0.0081617 -0.050618 -0.01693 -0.032232 0.015118 0.010566 -0.1425 0.05621 -0.087711 -301.44 -40.296 121.1 135.2 26.395 568.61 -0.85613 -4.6733 -0.10327 0.54666 -1.5683 0.49605 2.1644 5.6477 14.007 -11.184 -30.105 -9.5256 -49.482 3.2113 -17.429 28.557 46.531 169.71 -25.31 0.00988 -133.36 -119.59 39.225 295.31 0.76877 26.396 0.58539 135.2 26.348 121.09 42.001 -40.302 14.647 -301.45 -39.961 -146.42 9.6653 8.2445 3.5934 -2.354 1.2756 -23.377 -4.3143 -9.8651 0.805 -0.49107 0.016323 -1.5589 -0.087077 -0.87518 0.056407 -0.13981 -0.031542 -0.041335 -0.0031787 0.011516 -0.0043341 -0.0053715 -0.00086754 -0.0050495 -0.0074551 0.0058017 0.011387 0.015133 0.011907 -0.016722 0.010616 -0.0053715 -0.031542 0.051195 0.047129 0.15827 -0.015711 0.21489 0.056407 0.016323 -0.13981 -0.087077 -0.87518 0.010545 0.74698 1.4391 0.805 3.5934 -0.49107 1.2756 -1.5589 -4.3143 -9.8651 2.517 9.6653 8.2445 -2.354 -23.377 -146.42 26.396 0.00988 135.2 121.09 -40.302 -301.45 11 2.2 -2.2 2.2 NaN 991.36 11 2.2 8324.1 20485 8324.1 12980 11816 11592 11628 11628 11592 11816 12980 23490 24714 23821 23172 23568 23568 23172 23821 24714 23490 8324.1 20485 8324.1 12980 11816 11592 11628 11628 11816 12980 23490 24714 23821 23172 23568 23568 24714 23490 10263 11330 10655 10491 10322 10322 10491 10655 11330 21960 21647 21182 20813 20591 20591 20813 21182 21647 21960 0.12439 -0.00020611 0.22861 -0.063658 0.0056094 -0.0012561 -0.0011463 -0.063643 0.22863 0.29252 0.0282 0.0019865 -190.12 5.1063 4.634 -0.90259 -9.9628 20.781 59.916 52.655 -5.7113 -107.74 -0.11515 -21.231 -65.052 -57.262 5.9372 114.19 -4.6849 -4.3212 0.64828 8.7207 -0.31751 0.066249 0.59248 -0.0094007 0.047631 0.0049876 -0.004699 -0.011009 0.0088344 -0.018351 -0.024808 -0.0087241 -0.0094007 0.047631 -0.093334 -0.35567 -0.31751 0.066249 0.59248 -1.554 -4.6849 -4.3212 0.64828 8.7207 -0.90233 4.6343 5.1064 1.9657 0.17382 0.041214 -5.7083 52.658 59.918 20.781 0.7064 0.018279 114.19 5.9341 -65.054 8.724 0.6483 -4.3214 0.59662 0.066541 -0.31751 -0.35568 0.052064 -0.009072 -0.0087014 -0.024806 0.0079024 0.0091696 -0.010984 0.052064 -0.009072 0.59662 0.00039788 -0.0023933 -0.011942 0.012532 46.126 555.71 0.43173 -0.21206 -0.55121 2.0649 0.36398 5.0603 -1.1449 -2.5109 -1.2047 -6.0605 -0.29899 -2.9949 -0.064891 -0.14361 -0.67317 -0.012 0.0074495 -0.032845 0.0012803 -0.027241 0.92346 -12.727 -28.844 -14.705 -61.992 -5.304 -43.574 0.011255 -1.7445 -0.14615 0.013589 -155.43 -173.09 -45.43 -1.5052 0.39284 0.0060414 -289.64 -142.86 -34.936 175.57 -22.42 -9.6183 -0.43826 -3.8909 1.9151 -1.4945 -0.86187 -0.36703 -0.066276 1.0452 0.07663 0.25355 -0.13676 -0.050776 0.071239 -0.027703 -0.013331 0.012404 0.071723 0.019361 0.010123 -0.0081085 -0.015059 -0.017024 -0.0026236 0.018893 -0.0026639 0.0052065 0.011997 -0.0081085 -0.050776 -0.017024 -0.027703 0.018893 0.012404 -0.13676 0.071239 -0.066276 -289.64 -14.646 157.59 175.57 46.903 555.71 -1.1448 -6.0603 -0.21203 0.36404 -2.5106 0.43175 2.0649 5.0605 13.634 -14.705 -43.574 -12.726 -61.989 0.9242 -28.84 27.328 40.735 165.62 -45.432 0.39291 -173.08 -155.42 14.034 283.83 1.7019 46.905 1.5673 175.56 38.233 157.58 52.608 -14.654 24.563 -289.64 -34.937 -142.86 12.654 10.893 4.6836 -0.43872 1.9149 -22.419 -3.8904 -9.6095 1.0452 -0.36685 0.076673 -1.4915 -0.065489 -0.85113 0.071481 -0.13344 -0.026853 -0.039349 -0.0022577 0.012001 -0.0025995 -0.0046811 -0.0017607 -0.0034668 -0.0083378 0.005207 0.010122 0.018912 0.019365 -0.016769 0.012466 -0.0046811 -0.026853 0.066782 0.071726 0.26059 -0.013318 0.25354 0.071481 0.076673 -0.13344 -0.065489 -0.85113 0.10263 0.93988 1.8199 1.0452 4.6836 -0.36685 1.9149 -1.4915 -3.8904 -9.6095 4.0639 12.654 10.893 -0.43872 -22.419 -142.86 46.905 0.39291 175.56 157.58 -14.654 -289.64
UZ = unzip('Disp and Force.zip');
Disp = readcell(UZ{1});
disp(Disp)
{'Output' } {[ 1]} {'Page' } {[ 1]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 1]} {[<missing>]} {'Load' } {'factor' } {[ 0.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-8.9900e-18]} {[ 0.0249]} {[ -0.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 2]} {[<missing>]} {'Load' } {'factor' } {[ 0.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.8880e-17]} {[ 0.0498]} {[ -0.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 3]} {[<missing>]} {'Load' } {'factor' } {[ 0.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-6.3340e-17]} {[ 0.0745]} {[ -0.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 4]} {[<missing>]} {'Load' } {'factor' } {[ 0.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 1.6150e-17]} {[ 0.0992]} {[ -0.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 5]} {[<missing>]} {'Load' } {'factor' } {[ 0.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-9.4650e-17]} {[ 0.1235]} {[ -0.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 6]} {[<missing>]} {'Load' } {'factor' } {[ 0.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.8300e-16]} {[ 0.1475]} {[ -0.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 7]} {[<missing>]} {'Load' } {'factor' } {[ 0.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.7780e-16]} {[ 0.1714]} {[ -0.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 8]} {[<missing>]} {'Load' } {'factor' } {[ 0.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-5.0460e-17]} {[ 0.1950]} {[ -0.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 9]} {[<missing>]} {'Load' } {'factor' } {[ 0.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-3.4960e-14]} {[ 0.1650]} {[ -0.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 10]} {[<missing>]} {'Load' } {'factor' } {[ 1]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.2930e-14]} {[ 0.1323]} {[ -1]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 11]} {[<missing>]} {'Load' } {'factor' } {[ 1.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.6320e-15]} {[ 0.0991]} {[ -1.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 12]} {[<missing>]} {'Load' } {'factor' } {[ 1.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-3.1830e-15]} {[ 0.0657]} {[ -1.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} 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{'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0431]} {[ 0.9104]} {[ -5.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 56]} {[<missing>]} {'Load' } {'factor' } {[ 5.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0466]} {[ 1.0600]} {[ -5.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 57]} {[<missing>]} {'Load' } {'factor' } {[ 5.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0497]} {[ 1.2080]} {[ -5.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 58]} {[<missing>]} {'Load' } {'factor' } {[ 5.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0516]} {[ 1.3720]} {[ -5.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 59]} {[<missing>]} {'Load' } {'factor' } {[ 5.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0539]} {[ 1.5370]} {[ -5.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 60]} {[<missing>]} {'Load' } {'factor' } {[ 6]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0539]} {[ 1.7030]} {[ -6]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 61]} {[<missing>]} {'Load' } {'factor' } {[ 6.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0546]} {[ 1.8130]} {[ -6.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 62]} {[<missing>]} {'Load' } {'factor' } {[ 6.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0511]} {[ 1.9450]} {[ -6.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 63]} {[<missing>]} {'Load' } {'factor' } {[ 6.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0488]} {[ 2.0770]} {[ -6.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 64]} {[<missing>]} {'Load' } {'factor' } {[ 6.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0462]} {[ 2.2100]} {[ -6.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 65]} {[<missing>]} {'Load' } {'factor' } {[ 6.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0423]} {[ 2.3410]} {[ -6.5000]} {'Output' } {[ 1]} {'Page' } {[ 6]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 66]} {[<missing>]} {'Load' } {'factor' } {[ 6.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0383]} {[ 2.4720]} {[ -6.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 67]} {[<missing>]} {'Load' } {'factor' } {[ 6.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0340]} {[ 2.6020]} {[ -6.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 68]} {[<missing>]} {'Load' } {'factor' } {[ 6.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0298]} {[ 2.7250]} {[ -6.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 69]} {[<missing>]} {'Load' } {'factor' } {[ 6.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0267]} {[ 2.8460]} {[ -6.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 70]} {[<missing>]} {'Load' } {'factor' } {[ 7]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0256]} {[ 2.9850]} {[ -7]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 71]} {[<missing>]} {'Load' } {'factor' } {[ 7.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0258]} {[ 3.1290]} {[ -7.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 72]} {[<missing>]} {'Load' } {'factor' } {[ 7.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0267]} {[ 3.2720]} {[ -7.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 73]} {[<missing>]} {'Load' } {'factor' } {[ 7.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0278]} {[ 3.4160]} {[ -7.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 74]} {[<missing>]} {'Load' } {'factor' } {[ 7.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0291]} {[ 3.5620]} {[ -7.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 75]} {[<missing>]} {'Load' } {'factor' } {[ 7.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0304]} {[ 3.7080]} {[ -7.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 76]} {[<missing>]} {'Load' } {'factor' } {[ 7.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0315]} {[ 3.8530]} {[ -7.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 77]} {[<missing>]} {'Load' } {'factor' } {[ 7.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0326]} {[ 3.9980]} {[ -7.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 78]} {[<missing>]} {'Load' } {'factor' } {[ 7.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0333]} {[ 4.1380]} {[ -7.8000]} {'Output' } {[ 1]} {'Page' } {[ 7]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 79]} {[<missing>]} {'Load' } {'factor' } {[ 7.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0338]} {[ 4.2820]} {[ -7.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 80]} {[<missing>]} {'Load' } {'factor' } {[ 8]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0342]} {[ 4.4260]} {[ -8]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 81]} {[<missing>]} {'Load' } {'factor' } {[ 8.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0345]} {[ 4.6300]} {[ -8.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 82]} {[<missing>]} {'Load' } {'factor' } {[ 8.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0346]} {[ 4.8360]} {[ -8.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 83]} {[<missing>]} {'Load' } {'factor' } {[ 8.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0347]} {[ 5.0400]} {[ -8.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 84]} {[<missing>]} {'Load' } {'factor' } {[ 8.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0346]} {[ 5.2430]} {[ -8.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 85]} {[<missing>]} {'Load' } {'factor' } {[ 8.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0344]} {[ 5.4460]} {[ -8.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 86]} {[<missing>]} {'Load' } {'factor' } {[ 8.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0342]} {[ 5.6470]} {[ -8.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 87]} {[<missing>]} {'Load' } {'factor' } {[ 8.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0341]} {[ 5.8470]} {[ -8.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 88]} {[<missing>]} {'Load' } {'factor' } {[ 8.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0340]} {[ 6.0430]} {[ -8.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 89]} {[<missing>]} {'Load' } {'factor' } {[ 8.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0340]} {[ 6.2360]} {[ -8.9000]}
Lm1964 = cellfun(@(x) x(:,1) == 1964, Disp);
Lv1964 = Lm1964(:,1);
N1964 = nnz(Lv1964)
N1964 = 89
Node1964c = cell2mat(Disp(Lv1964,:));
Node1964TDtZ = Node1964c(:,3)
Node1964TDtZ = 89×1
0.0249 0.0498 0.0745 0.0992 0.1235 0.1475 0.1714 0.1950 0.1650 0.1323 0.0991 0.0657 0.0322 -0.0014 -0.0349
<mw-icon class=""></mw-icon>
<mw-icon class=""></mw-icon>
●
Force = readtable(UZ{2})
Force = 75680×4 table
Nodnr FBX FBY FBZ _____ _______ ___ ____ 1 -5.426 0 1211 2 564.2 0 2448 3 -5.426 0 1211 7 -0.1625 0 1337 8 -3.392 0 1285 9 -3.154 0 1292 10 18.58 0 1316 73 18.58 0 1316 74 -3.154 0 1292 75 -3.392 0 1285 76 -0.1625 0 1337 342 3.016 0 2878 343 11.1 0 2655 344 14.66 0 2590 345 13.23 0 2614 346 96.2 0 2733
Nnr = Force.Nodnr;
FBX = Force.FBX;
% FBY = Force.FBY;
FBZ = Force.FBZ;
[Nnru,~,Nnridx] = unique(Nnr);
FBzNodeSum = accumarray(Nnridx, FBZ, [], @sum); % Sum 'FBZ' Over Each Unique Node
FBzNodeSums = table(Nnru, FBzNodeSum, VariableNames=["Node Nr","FBz Sum"])
FBzNodeSums = 2376×2 table
Node Nr FBz Sum _______ __________ 1 5.9958e+05 2 1.493e+06 3 5.9708e+05 7 9.3529e+05 8 8.4755e+05 9 8.1428e+05 10 8.3236e+05 73 8.3444e+05 74 8.241e+05 75 8.2601e+05 76 9.1831e+05 342 1.7047e+06 343 1.7887e+06 344 1.6871e+06 345 1.6423e+06 346 1.7011e+06
% return
figure
plot(Node1964TDtZ, FBZ)
Error using plot
Specify the coordinates as vectors or matrices of the same size, or as a vector and a matrix that share the same length in at least one dimension.
grid
xlabel('FBX')
ylabel('FBZ')
title('''Force'' Table Data')
% figure
% scatter(FBX, FBZ, 10, 'b', 'filled')
% grid
% xlabel('FBX')
% ylabel('FBZ')
% title('''Force'' Table Data')
.
MD NIAMUL
MD NIAMUL il 2 Ott 2025
There will be 89 values for TDtZ (obtained from Disp file), and 89 values for FBz ( Sum of all the nodes of 1-3 7-10 73-76 342-346 447-451 982-984 988-991 1054-1057 1323-1327 1428-1432 1963 1965-1968 1973-1976 2242-2246 2287-2291 2822-3593) obtained from Force file.
Star Strider
Star Strider il 2 Ott 2025
Ran in:
Ran in:
O.K. The exact node numbers solves that mystery, however there are only 16 node ranges, and we need 89 of them. There are 897 nodes in the node ranges, so using every one individually (rather than taking the sum across those ranges) still does not equal 89.
I can read the Excel file, however I have no idea what information I should get from it. The variable names are not stated, either.
What am I missing?
UZ = unzip('Disp and Force.zip');
Disp = readcell(UZ{1});
disp(Disp)
{'Output' } {[ 1]} {'Page' } {[ 1]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 1]} {[<missing>]} {'Load' } {'factor' } {[ 0.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-8.9900e-18]} {[ 0.0249]} {[ -0.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 2]} {[<missing>]} {'Load' } {'factor' } {[ 0.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.8880e-17]} {[ 0.0498]} {[ -0.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 3]} {[<missing>]} {'Load' } {'factor' } {[ 0.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-6.3340e-17]} {[ 0.0745]} {[ -0.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 4]} {[<missing>]} {'Load' } {'factor' } {[ 0.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 1.6150e-17]} {[ 0.0992]} {[ -0.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 5]} {[<missing>]} {'Load' } {'factor' } {[ 0.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-9.4650e-17]} {[ 0.1235]} {[ -0.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 6]} {[<missing>]} {'Load' } {'factor' } {[ 0.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.8300e-16]} {[ 0.1475]} {[ -0.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 7]} {[<missing>]} {'Load' } {'factor' } {[ 0.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.7780e-16]} {[ 0.1714]} {[ -0.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 8]} {[<missing>]} {'Load' } {'factor' } {[ 0.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-5.0460e-17]} {[ 0.1950]} {[ -0.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 9]} {[<missing>]} {'Load' } {'factor' } {[ 0.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-3.4960e-14]} {[ 0.1650]} {[ -0.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 10]} {[<missing>]} {'Load' } {'factor' } {[ 1]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.2930e-14]} {[ 0.1323]} {[ -1]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 11]} {[<missing>]} {'Load' } {'factor' } {[ 1.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.6320e-15]} {[ 0.0991]} {[ -1.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 12]} {[<missing>]} {'Load' } {'factor' } {[ 1.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-3.1830e-15]} {[ 0.0657]} {[ -1.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} 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{'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0355]} {[ 0.4386]} {[ -5.2000]} {'Output' } {[ 1]} {'Page' } {[ 5]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 53]} {[<missing>]} {'Load' } {'factor' } {[ 5.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0381]} {[ 0.5958]} {[ -5.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 54]} {[<missing>]} {'Load' } {'factor' } {[ 5.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0406]} {[ 0.7515]} {[ -5.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 55]} {[<missing>]} {'Load' } {'factor' } {[ 5.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0431]} {[ 0.9104]} {[ -5.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 56]} {[<missing>]} {'Load' } {'factor' } {[ 5.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0466]} {[ 1.0600]} {[ -5.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 57]} {[<missing>]} {'Load' } {'factor' } {[ 5.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0497]} {[ 1.2080]} {[ -5.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 58]} {[<missing>]} {'Load' } {'factor' } {[ 5.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0516]} {[ 1.3720]} {[ -5.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 59]} {[<missing>]} {'Load' } {'factor' } {[ 5.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0539]} {[ 1.5370]} {[ -5.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 60]} {[<missing>]} {'Load' } {'factor' } {[ 6]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0539]} {[ 1.7030]} {[ -6]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 61]} {[<missing>]} {'Load' } {'factor' } {[ 6.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0546]} {[ 1.8130]} {[ -6.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 62]} {[<missing>]} {'Load' } {'factor' } {[ 6.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0511]} {[ 1.9450]} {[ -6.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 63]} {[<missing>]} {'Load' } {'factor' } {[ 6.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0488]} {[ 2.0770]} {[ -6.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 64]} {[<missing>]} {'Load' } {'factor' } {[ 6.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0462]} {[ 2.2100]} {[ -6.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 65]} {[<missing>]} {'Load' } {'factor' } {[ 6.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0423]} {[ 2.3410]} {[ -6.5000]} {'Output' } {[ 1]} {'Page' } {[ 6]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 66]} {[<missing>]} {'Load' } {'factor' } {[ 6.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0383]} {[ 2.4720]} {[ -6.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 67]} {[<missing>]} {'Load' } {'factor' } {[ 6.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0340]} {[ 2.6020]} {[ -6.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 68]} {[<missing>]} {'Load' } {'factor' } {[ 6.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0298]} {[ 2.7250]} {[ -6.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 69]} {[<missing>]} {'Load' } {'factor' } {[ 6.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0267]} {[ 2.8460]} {[ -6.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 70]} {[<missing>]} {'Load' } {'factor' } {[ 7]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0256]} {[ 2.9850]} {[ -7]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 71]} {[<missing>]} {'Load' } {'factor' } {[ 7.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0258]} {[ 3.1290]} {[ -7.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 72]} {[<missing>]} {'Load' } {'factor' } {[ 7.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0267]} {[ 3.2720]} {[ -7.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 73]} {[<missing>]} {'Load' } {'factor' } {[ 7.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0278]} {[ 3.4160]} {[ -7.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 74]} {[<missing>]} {'Load' } {'factor' } {[ 7.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0291]} {[ 3.5620]} {[ -7.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 75]} {[<missing>]} {'Load' } {'factor' } {[ 7.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0304]} {[ 3.7080]} {[ -7.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 76]} {[<missing>]} {'Load' } {'factor' } {[ 7.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0315]} {[ 3.8530]} {[ -7.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 77]} {[<missing>]} {'Load' } {'factor' } {[ 7.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0326]} {[ 3.9980]} {[ -7.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 78]} {[<missing>]} {'Load' } {'factor' } {[ 7.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0333]} {[ 4.1380]} {[ -7.8000]} {'Output' } {[ 1]} {'Page' } {[ 7]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 79]} {[<missing>]} {'Load' } {'factor' } {[ 7.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0338]} {[ 4.2820]} {[ -7.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 80]} {[<missing>]} {'Load' } {'factor' } {[ 8]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0342]} {[ 4.4260]} {[ -8]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 81]} {[<missing>]} {'Load' } {'factor' } {[ 8.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0345]} {[ 4.6300]} {[ -8.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 82]} {[<missing>]} {'Load' } {'factor' } {[ 8.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0346]} {[ 4.8360]} {[ -8.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 83]} {[<missing>]} {'Load' } {'factor' } {[ 8.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0347]} {[ 5.0400]} {[ -8.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 84]} {[<missing>]} {'Load' } {'factor' } {[ 8.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0346]} {[ 5.2430]} {[ -8.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 85]} {[<missing>]} {'Load' } {'factor' } {[ 8.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0344]} {[ 5.4460]} {[ -8.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 86]} {[<missing>]} {'Load' } {'factor' } {[ 8.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0342]} {[ 5.6470]} {[ -8.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 87]} {[<missing>]} {'Load' } {'factor' } {[ 8.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0341]} {[ 5.8470]} {[ -8.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 88]} {[<missing>]} {'Load' } {'factor' } {[ 8.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0340]} {[ 6.0430]} {[ -8.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 89]} {[<missing>]} {'Load' } {'factor' } {[ 8.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 0.0340]} {[ 6.2360]} {[ -8.9000]}
Lm1964 = cellfun(@(x) x(:,1) == 1964, Disp);
Lv1964 = Lm1964(:,1);
N1964 = nnz(Lv1964)
N1964 = 89
Node1964c = cell2mat(Disp(Lv1964,:));
Node1964TDtZ = Node1964c(:,3)
Node1964TDtZ = 89×1
0.0249 0.0498 0.0745 0.0992 0.1235 0.1475 0.1714 0.1950 0.1650 0.1323 0.0991 0.0657 0.0322 -0.0014 -0.0349
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Force = readtable(UZ{2})
Force = 75680×4 table
Nodnr FBX FBY FBZ _____ _______ ___ ____ 1 -5.426 0 1211 2 564.2 0 2448 3 -5.426 0 1211 7 -0.1625 0 1337 8 -3.392 0 1285 9 -3.154 0 1292 10 18.58 0 1316 73 18.58 0 1316 74 -3.154 0 1292 75 -3.392 0 1285 76 -0.1625 0 1337 342 3.016 0 2878 343 11.1 0 2655 344 14.66 0 2590 345 13.23 0 2614 346 96.2 0 2733
Nnr = Force.Nodnr;
FBX = Force.FBX;
% FBY = Force.FBY;
FBZ = Force.FBZ;
NodeRanges = [1 3; 7 10; 73 76; 342 346; 447 451; 982 984; 988 991; 1054 1057; 1323 1327; 1428 1432; 1963 1983; 1965 1968; 1973 1976; 2242 2246; 2287 2291; 2822 3593];
NRSize = size(NodeRanges)
NRSize = 1×2
16 2
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Q = sum(NodeRanges(:,2) - NodeRanges(:,1))
Q = 837
% return
NNR = size(NodeRanges,1);
PartSumFBZ = zeros(NNR,1);
for k = 1:NNR
NR = NodeRanges(k,1) : NodeRanges(k,2);
PartSumFBZ(k,:) = sum(FBZ(NR));
end
PartSumFBZ
PartSumFBZ = 16×1
1.0e+03 * 4.8700 5.2090 -0.0001 0.0002 -0.0004 -0.0006 -0.0059 0.0043 -0.0000 0.0090 0.0001 0.0000 0.0000 -0.1037 0.0096
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return
[Nnru,~,Nnridx] = unique(Nnr);
FBzNodeSum = accumarray(Nnridx, FBZ, [], @sum); % Sum 'FBZ' Over Each Unique Node
FBzNodeSums = table(Nnru, FBzNodeSum, VariableNames=["Node Nr","FBz Sum"])
% return
figure
plot(Node1964TDtZ, FBZ)
grid
xlabel('FBX')
ylabel('FBZ')
title('''Force'' Table Data')
% figure
% scatter(FBX, FBZ, 10, 'b', 'filled')
% grid
% xlabel('FBX')
% ylabel('FBZ')
% title('''Force'' Table Data')
.
MD NIAMUL
MD NIAMUL il 2 Ott 2025
Can you please try with the latest attached zip file? I re-ran the analysis.
Here, total number of steps is 100. So, there will have 100 values of TDtz for for node 1964 (from Disp file). And in the the force file, FBz for all (1-3 7-10 73-76 342-346 447-451 982-984 988-991 1054-1057 1323-1327 1428-1432 1963 1965-1968 1973-1976 2242-2246 2287-2291 2822-3593) these nodes will be summed for each 100 steps. These 100 values of FBz then will be used to plot the graph against TDtz. So both the two variables will have 100 values.
Star Strider
Star Strider il 2 Ott 2025
Ran in:
Ran in:
We still only have 16 node ranges now with 100 'Disp1964' points, and 'FBz' is uniformaly zero in this set.
I went ahead and plotted it as well as I could --
UZ = unzip('Force & Disp.txt.zip')
UZ = 1×2 cell array
{'Force.txt.tb'} {'Disp.txt.tb'}
Disp = readcell(UZ{2}, FileType='text');
disp(Disp)
{'Output' } {[ 3]} {'Page' } {[ 1]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 1]} {[<missing>]} {'Load' } {'factor' } {[ 0.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.5530e-16]} {[ 0.2473]} {[ -0.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 2]} {[<missing>]} {'Load' } {'factor' } {[ 0.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-9.8600e-17]} {[ 0.4947]} {[ -0.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 3]} {[<missing>]} {'Load' } {'factor' } {[ 0.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-8.6390e-17]} {[ 0.7420]} {[ -0.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 4]} {[<missing>]} {'Load' } {'factor' } {[ 0.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-4.6820e-17]} {[ 0.9893]} {[ -0.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 5]} {[<missing>]} {'Load' } {'factor' } {[ 0.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-8.4620e-18]} {[ 1.2360]} {[ -0.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 6]} {[<missing>]} {'Load' } {'factor' } {[ 0.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-4.9590e-17]} {[ 1.4830]} {[ -0.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 7]} {[<missing>]} {'Load' } {'factor' } {[ 0.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-2.5500e-16]} {[ 1.7300]} {[ -0.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 8]} {[<missing>]} {'Load' } {'factor' } {[ 0.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.8760e-16]} {[ 1.9770]} {[ -0.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 9]} {[<missing>]} {'Load' } {'factor' } {[ 0.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 7.7860e-15]} {[ 2.2160]} {[ -0.9000]} {'Analysis'} {'type' } 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{'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0059]} {[ 11.4100]} {[ -4.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 50]} {[<missing>]} {'Load' } {'factor' } {[ 5]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0103]} {[ 11.5200]} {[ -5]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 51]} {[<missing>]} {'Load' } {'factor' } {[ 5.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0097]} {[ 11.6100]} {[ -5.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 52]} {[<missing>]} {'Load' } {'factor' } {[ 5.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0120]} {[ 11.6900]} {[ -5.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 53]} {[<missing>]} {'Load' } {'factor' } {[ 5.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0101]} {[ 11.7700]} {[ -5.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 54]} {[<missing>]} {'Load' } {'factor' } {[ 5.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0097]} {[ 11.8500]} {[ -5.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 55]} {[<missing>]} {'Load' } {'factor' } {[ 5.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0089]} {[ 11.3200]} {[ -5.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 56]} {[<missing>]} {'Load' } {'factor' } {[ 5.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0080]} {[ -12.8400]} {[ -5.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 57]} {[<missing>]} {'Load' } {'factor' } {[ 5.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0073]} {[ -37]} {[ -5.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 58]} {[<missing>]} {'Load' } {'factor' } {[ 5.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0066]} {[ -61.1500]} {[ -5.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 59]} {[<missing>]} {'Load' } {'factor' } {[ 5.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0059]} {[ -85.3100]} {[ -5.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 60]} {[<missing>]} {'Load' } {'factor' } {[ 6]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0054]} {[-109.5000]} {[ -6]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 61]} {[<missing>]} {'Load' } {'factor' } {[ 6.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0049]} {[-133.6000]} {[ -6.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 62]} {[<missing>]} {'Load' } {'factor' } {[ 6.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0044]} {[-157.8000]} {[ -6.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 63]} {[<missing>]} {'Load' } {'factor' } {[ 6.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0040]} {[-181.9000]} {[ -6.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 64]} {[<missing>]} {'Load' } {'factor' } {[ 6.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0035]} {[ -206]} {[ -6.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 65]} {[<missing>]} {'Load' } {'factor' } {[ 6.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0031]} {[-230.2000]} {[ -6.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 66]} {[<missing>]} {'Load' } {'factor' } {[ 6.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0027]} {[-254.3000]} {[ -6.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 67]} {[<missing>]} {'Load' } {'factor' } {[ 6.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0024]} {[-278.5000]} {[ -6.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 68]} {[<missing>]} {'Load' } {'factor' } {[ 6.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0021]} {[-302.6000]} {[ -6.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 69]} {[<missing>]} {'Load' } {'factor' } {[ 6.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0019]} {[-326.8000]} {[ -6.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 70]} {[<missing>]} {'Load' } {'factor' } {[ 7]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0017]} {[ -351]} {[ -7]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 71]} {[<missing>]} {'Load' } {'factor' } {[ 7.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0017]} {[-375.2000]} {[ -7.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 72]} {[<missing>]} {'Load' } {'factor' } {[ 7.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0017]} {[-399.4000]} {[ -7.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 73]} {[<missing>]} {'Load' } {'factor' } {[ 7.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0017]} {[-423.6000]} {[ -7.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 74]} {[<missing>]} {'Load' } {'factor' } {[ 7.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0017]} {[-447.8000]} {[ -7.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 75]} {[<missing>]} {'Load' } {'factor' } {[ 7.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0017]} {[ -472]} {[ -7.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 76]} {[<missing>]} {'Load' } {'factor' } {[ 7.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0016]} {[-496.2000]} {[ -7.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 77]} {[<missing>]} {'Load' } {'factor' } {[ 7.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0015]} {[-520.4000]} {[ -7.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 78]} {[<missing>]} {'Load' } {'factor' } {[ 7.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0015]} {[-544.6000]} {[ -7.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 79]} {[<missing>]} {'Load' } {'factor' } {[ 7.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0014]} {[-568.8000]} {[ -7.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 80]} {[<missing>]} {'Load' } {'factor' } {[ 8]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0013]} {[ -593]} {[ -8]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 81]} {[<missing>]} {'Load' } {'factor' } {[ 8.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0012]} {[-617.2000]} {[ -8.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 82]} {[<missing>]} {'Load' } {'factor' } {[ 8.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ -0.0011]} {[-641.4000]} {[ -8.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 83]} {[<missing>]} {'Load' } {'factor' } {[ 8.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-8.9970e-04]} {[-665.6000]} {[ -8.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 84]} {[<missing>]} {'Load' } {'factor' } {[ 8.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-7.2670e-04]} {[-689.7000]} {[ -8.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 85]} {[<missing>]} {'Load' } {'factor' } {[ 8.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-6.4480e-04]} {[-713.9000]} {[ -8.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 86]} {[<missing>]} {'Load' } {'factor' } {[ 8.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-5.2930e-04]} {[-738.1000]} {[ -8.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 87]} {[<missing>]} {'Load' } {'factor' } {[ 8.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-3.8190e-04]} {[-762.3000]} {[ -8.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 88]} {[<missing>]} {'Load' } {'factor' } {[ 8.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-2.2880e-04]} {[-786.5000]} {[ -8.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 89]} {[<missing>]} {'Load' } {'factor' } {[ 8.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-6.3180e-05]} {[-810.7000]} {[ -8.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 90]} {[<missing>]} {'Load' } {'factor' } {[ 9]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 1.2240e-04]} {[-834.9000]} {[ -9]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 91]} {[<missing>]} {'Load' } {'factor' } {[ 9.1000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 8.9620e-05]} {[ -859]} {[ -9.1000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 92]} {[<missing>]} {'Load' } {'factor' } {[ 9.2000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 8.9510e-05]} {[-883.2000]} {[ -9.2000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 93]} {[<missing>]} {'Load' } {'factor' } {[ 9.3000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 8.7660e-05]} {[-907.4000]} {[ -9.3000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 94]} {[<missing>]} {'Load' } {'factor' } {[ 9.4000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 3.9680e-04]} {[-931.6000]} {[ -9.4000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 95]} {[<missing>]} {'Load' } {'factor' } {[ 9.5000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 7.0520e-04]} {[-955.8000]} {[ -9.5000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 96]} {[<missing>]} {'Load' } {'factor' } {[ 9.6000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 7.7180e-04]} {[ -980]} {[ -9.6000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 97]} {[<missing>]} {'Load' } {'factor' } {[ 9.7000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[ 2.6100e-04]} {[ -1004]} {[ -9.7000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 98]} {[<missing>]} {'Load' } {'factor' } {[ 9.8000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-1.7600e-04]} {[ -1028]} {[ -9.8000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 99]} {[<missing>]} {'Load' } {'factor' } {[ 9.9000]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-5.2460e-04]} {[ -1053]} {[ -9.9000]} {'Analysis'} {'type' } {'NONLIN' } {[<missing>]} {'Step' } {'nr.' } {[ 100]} {[<missing>]} {'Load' } {'factor' } {[ 10]} {[<missing>]} {'Result' } {'DISPLA' } {'TOTAL' } {'TRANSL' } {'Axes' } {'GLOBAL' } {[<missing>]} {[<missing>]} {'Nodnr' } {'TDtX' } {'TDtY' } {'TDtZ' } {[ 1964]} {[-6.6750e-04]} {[ -1077]} {[ -10]}
Lm1964 = cellfun(@(x) x(:,1) == 1964, Disp);
Lv1964 = Lm1964(:,1);
N1964 = nnz(Lv1964)
N1964 = 100
Node1964c = cell2mat(Disp(Lv1964,:));
Node1964TDtZ = Node1964c(:,3)
Node1964TDtZ = 100×1
0.2473 0.4947 0.7420 0.9893 1.2360 1.4830 1.7300 1.9770 2.2160 2.4550 2.6930 2.9310 3.1640 3.3950 3.6270
<mw-icon class=""></mw-icon>
<mw-icon class=""></mw-icon>
Force = readtable(UZ{1}, FileType='text')
Force = 83926×4 table
Nodnr FBx FBy FBz _____ _______ ____ ___ 1 -5.426 1211 0 2 564.2 2448 0 3 -5.426 1211 0 7 -0.1625 1337 0 8 -3.392 1285 0 9 -3.154 1292 0 10 18.58 1316 0 73 18.58 1316 0 74 -3.154 1292 0 75 -3.392 1285 0 76 -0.1625 1337 0 342 3.016 2878 0 343 11.1 2655 0 344 14.66 2590 0 345 13.23 2614 0 346 96.2 2733 0
Nnr = Force.Nodnr;
FBX = Force.FBx;
% FBY = Force.FBy;
FBZ = Force.FBz;
NodeRanges = [1 3; 7 10; 73 76; 342 346; 447 451; 982 984; 988 991; 1054 1057; 1323 1327; 1428 1432; 1963 1983; 1965 1968; 1973 1976; 2242 2246; 2287 2291; 2822 3593];
NRSize = size(NodeRanges)
NRSize = 1×2
16 2
<mw-icon class=""></mw-icon>
<mw-icon class=""></mw-icon>
Q = sum(NodeRanges(:,2) - NodeRanges(:,1))
Q = 837
NodeRangestr = '1-3 7-10 73-76 342-346 447-451 982-984 988-991 1054-1057 1323-1327 1428-1432 1963 1965-1968 1973-1976 2242-2246 2287-2291 2822-3593';
NodeRangestr = strrep(NodeRangestr,' ','; ');
NodeRangestr = strrep(NodeRangestr, '-',' ');
NodeRangestr = strrep(NodeRangestr, '1963','1963 1963');
NodeRanges = regexp(NodeRangestr, '\d*', 'match');
NodeRangem = cellfun(@(x)str2double(x), reshape(NodeRanges, 2, [])).'
NodeRangem = 16×2
1 3 7 10 73 76 342 346 447 451 982 984 988 991 1054 1057 1323 1327 1428 1432 1963 1963 1965 1968 1973 1976 2242 2246 2287 2291
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NNR = size(NodeRangem,1)
NNR = 16
PartSumFBZ = zeros(NNR,1);
for k = 1:NNR
NR = NodeRangem(k,1) : NodeRangem(k,2);
PartSumFBX(k,:) = sum(FBX(NR));
end
PartSumFBX
PartSumFBX = 16×1
553.3480 30.6140 62.9520 -143.1620 -60.6340 -40.4060 202.7900 103.5530 -1.3558 -130.7490 -17.0800 -47.9680 -144.7040 -173.4300 118.7350
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% return
% [Nnru,~,Nnridx] = unique(Nnr);
%
% FBzNodeSum = accumarray(Nnridx, FBZ, [], @sum); % Sum 'FBZ' Over Each Unique Node
%
% FBzNodeSums = table(Nnru, FBzNodeSum, VariableNames=["Node Nr","FBz Sum"])
% return
figure
plot(Node1964TDtZ(1:numel(PartSumFBX)), PartSumFBX)
grid
% xlabel('FBX')
% ylabel('FBZ')
xlabel('Node\_1964\_TDtZ')
ylabel('Part\_Sum\_FBX')
title('''Force'' Table Data')
% figure
% scatter(FBX, FBZ, 10, 'b', 'filled')
% grid
% xlabel('FBX')
% ylabel('FBZ')
% title('''Force'' Table Data')
.

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