- Author:
- Shelley Fong <s.fong@auckland.ac.nz>
- Date:
- 2022-04-26 13:57:28+12:00
- Desc:
- Trying fitting with higher membrane capacitance
- Permanent Source URI:
- https://models.fieldml.org/workspace/831/rawfile/57d17a69c40eb0fe6e36c40cfeec2f279abc0e06/Clancy_matlab_parameter_fitting/output/tcc_IV_curve.eps
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421.3 269.01 L
423.68 268.231 L
426.06 267.453 L
428.44 266.674 L
430.82 265.896 L
433.2 265.118 L
435.58 264.34 L
437.96 263.561 L
440.34 262.783 L
442.72 262.004 L
445.1 261.226 L
447.48 260.448 L
449.86 259.669 L
452.24 258.891 L
454.62 258.113 L
457 257.335 L
459.38 256.556 L
461.76 255.778 L
464.14 254.999 L
466.52 254.221 L
468.9 253.443 L
471.28 252.665 L
473.66 251.886 L
476.04 251.108 L
478.42 250.329 L
480.8 249.551 L
483.18 248.773 L
485.56 247.995 L
487.94 247.216 L
490.32 246.438 L
492.7 245.66 L
495.08 244.881 L
497.46 244.103 L
499.84 243.324 L
502.22 242.546 L
504.6 241.768 L
506.98 240.99 L
509.36 240.211 L
511.74 239.433 L
514.12 238.654 L
516.5 237.876 L
518.88 237.098 L
521.26 236.32 L
523.64 235.541 L
526.02 234.763 L
528.4 233.985 L
530.78 233.206 L
533.16 232.428 L
535.54 231.65 L
537.92 230.871 L
540.3 230.093 L
542.68 229.315 L
545.06 228.536 L
547.44 227.758 L
549.82 226.979 L
552.2 226.201 L
554.58 225.423 L
556.96 224.645 L
559.34 223.866 L
561.72 223.088 L
564.1 222.31 L
566.48 221.531 L
568.86 220.753 L
571.24 219.975 L
573.62 219.196 L
576 218.418 L
578.38 217.64 L
580.76 216.861 L
583.14 216.083 L
585.52 215.305 L
587.9 214.526 L
590.28 213.748 L
592.66 212.969 L
595.04 212.191 L
597.42 211.413 L
599.8 210.635 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
1 LJ
0.667 LW
N
171.4 508.728 M
173.78 505.047 L
176.16 501.37 L
178.54 497.697 L
180.92 494.029 L
183.3 490.366 L
185.68 486.707 L
188.06 483.053 L
190.44 479.405 L
192.82 475.762 L
195.2 472.124 L
197.58 468.491 L
199.96 464.864 L
202.34 461.243 L
204.72 457.627 L
207.1 454.018 L
209.48 450.415 L
211.86 446.818 L
214.24 443.227 L
216.62 439.643 L
219 436.066 L
221.38 432.495 L
223.76 428.932 L
226.14 425.375 L
228.52 421.826 L
230.9 418.285 L
233.28 414.751 L
235.66 411.225 L
238.04 407.707 L
240.42 404.198 L
242.8 400.696 L
245.18 397.203 L
247.56 393.719 L
249.94 390.244 L
252.32 386.778 L
254.7 383.321 L
257.08 379.874 L
259.46 376.436 L
261.84 373.008 L
264.22 369.59 L
266.6 366.182 L
268.98 362.785 L
271.36 359.399 L
273.74 356.023 L
276.12 352.658 L
278.5 349.305 L
280.88 345.963 L
283.26 342.633 L
285.64 339.314 L
288.02 336.008 L
290.4 332.714 L
292.78 329.433 L
295.16 326.164 L
297.54 322.909 L
299.92 319.666 L
302.3 316.437 L
304.68 313.222 L
307.06 310.021 L
309.44 306.833 L
311.82 303.66 L
314.2 300.502 L
316.58 297.358 L
318.96 294.229 L
321.34 291.116 L
323.72 288.018 L
326.1 284.936 L
328.48 281.869 L
330.86 278.819 L
333.24 275.785 L
335.62 272.768 L
338 269.768 L
340.38 266.785 L
342.76 263.818 L
345.14 260.87 L
347.52 257.939 L
349.9 255.026 L
352.28 252.132 L
354.66 249.255 L
357.04 246.397 L
359.42 243.558 L
361.8 240.739 L
364.18 237.938 L
366.56 235.157 L
368.94 232.395 L
371.32 229.653 L
373.7 226.931 L
376.08 224.23 L
378.46 221.549 L
380.84 218.888 L
383.22 216.248 L
385.6 213.629 L
387.98 211.032 L
390.36 208.455 L
392.74 205.9 L
395.12 203.367 L
397.5 200.856 L
399.88 198.366 L
402.26 195.899 L
404.64 193.454 L
407.02 191.031 L
409.4 188.631 L
411.78 186.253 L
414.16 183.898 L
416.54 181.566 L
418.92 179.257 L
421.3 176.971 L
423.68 174.709 L
426.06 172.469 L
428.44 170.253 L
430.82 168.061 L
433.2 165.892 L
435.58 163.746 L
437.96 161.625 L
440.34 159.527 L
442.72 157.452 L
445.1 155.402 L
447.48 153.375 L
449.86 151.373 L
452.24 149.394 L
454.62 147.439 L
457 145.508 L
459.38 143.602 L
461.76 141.719 L
464.14 139.86 L
466.52 138.024 L
468.9 136.213 L
471.28 134.426 L
473.66 132.662 L
476.04 130.923 L
478.42 129.206 L
480.8 127.514 L
483.18 125.845 L
485.56 124.2 L
487.94 122.578 L
490.32 120.98 L
492.7 119.405 L
495.08 117.853 L
497.46 116.324 L
499.84 114.818 L
502.22 113.336 L
504.6 111.875 L
506.98 110.438 L
509.36 109.023 L
511.74 107.63 L
514.12 106.26 L
516.5 104.912 L
518.88 103.586 L
521.26 102.281 L
523.64 100.998 L
526.02 99.737 L
528.4 98.497 L
530.78 97.278 L
533.16 96.08 L
535.54 94.903 L
537.92 93.746 L
540.3 92.61 L
542.68 91.494 L
545.06 90.398 L
547.44 89.322 L
549.82 88.266 L
552.2 87.228 L
554.58 86.211 L
556.96 85.212 L
559.34 84.232 L
561.72 83.27 L
564.1 82.327 L
566.48 81.403 L
568.86 80.496 L
571.24 79.606 L
573.62 78.735 L
576 77.88 L
578.38 77.043 L
580.76 76.222 L
583.14 75.418 L
585.52 74.631 L
587.9 73.859 L
590.28 73.104 L
592.66 72.364 L
595.04 71.64 L
597.42 70.931 L
599.8 70.237 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
1 GC
N
682 498 M
682 443 L
595 443 L
595 498 L
cp
f
GR
GS
[0.75 0 0 0.75 481.5 343.22477] CT
/Helvetica 19.2 F
GS
[1 0 0 1 0 0] CT
0 7.5 moveto
1 -1 scale
(LRd) t
GR
GR
GS
[0.75 0 0 0.75 0 0] CT
[10 6] 0 setdash
2 LJ
0.667 LW
N
599 457.633 M
639 457.633 L
S
GR
GS
[0.75 0 0 0.75 481.5 362.52523] CT
/Helvetica 19.2 F
GS
[1 0 0 1 0 0] CT
0 7.5 moveto
1 -1 scale
(BG) t
GR
GR
GS
[0.75 0 0 0.75 0 0] CT
0 0.447 0.741 RC
1 LJ
0.667 LW
N
599 483.367 M
639 483.367 L
S
GR
GS
[0.75 0 0 0.75 0 0] CT
0.149 GC
10.0 ML
0.667 LW
N
595 498 M
595 443 L
682 443 L
682 498 L
cp
S
GR
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