Changeset 32 for trunk/examples
- Timestamp:
- Jul 27, 2005 2:44:12 PM (19 years ago)
- File:
-
- 1 edited
-
trunk/examples/app-fermi/tool.xml (modified) (2 diffs)
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trunk/examples/app-fermi/tool.xml
r30 r32 3 3 <tool> 4 4 <about>Press Simulate to view results.</about> 5 <command> put run-command here</command>5 <command> @tool/fermi @driver</command> 6 6 </tool> 7 7 <input> 8 <!-- this temp should be moved to a more global scope -->9 8 <group id="ambient"> 10 9 <number id="temperature"> 11 <about> 12 <label>Ambient temperature</label> 13 </about> 10 <label>Ambient temperature</label> 14 11 <units>K</units> 15 12 <min>120K</min> 16 13 <max>500K</max> 17 <default>300</default> 18 <current>300</current> 14 <default>300K</default> 19 15 <preset> 20 16 <value>400K</value> … … 31 27 </number> 32 28 </group> 33 <group id="simulation_params"> 34 <group id="handle"> 35 <!-- more like yes or no flags --> 36 <string id="comments"> 37 <label>comments</label> 38 <default>off</default> 39 <current>off</current> 40 </string> 41 <boolean id="iflag3B"> 42 <label>iflag3B</label> 43 <default>0</default> 44 <current>0</current> 45 </boolean> 46 <boolean id="iflagPOI"> 47 <label>iflagPOI</label> 48 <default>1</default> 49 <current>0</current> 50 </boolean> 51 <number id="iterPOImax"> 52 <label>iterPOImax</label> 53 <min>0</min> 54 <max>200</max> 55 <default>10</default> 56 <current>0</current> 57 </number> 58 <number id="intiterPOImax"> 59 <label>intiterPOImax</label> 60 <min>0</min> 61 <max>200</max> 62 <default>5</default> 63 <current>5</current> 64 </number> 65 <number id="ndampPOI"> 66 <label>ndampPOI</label> 67 <min>0</min> 68 <max>1000</max> 69 <default>500</default> 70 <current>500</current> 71 </number> 72 <number id="normPOI"> 73 <label>normPOI</label> 74 <min>0</min> 75 <max>1</max> 76 <default>1.0e-4</default> 77 <current>1.0e-4</current> 78 </number> 79 <string id="simtype"> 80 <label>simtype</label> 81 <default>Q</default> 82 <current>Q</current> 83 </string> 84 <boolean id="iflagGL"> 85 <label>iflagGL</label> 86 <default>1</default> 87 <current>1</current> 88 </boolean> 89 <boolean id="iflagGG"> 90 <label>iflagGG</label> 91 <default>0</default> 92 <current>0</current> 93 </boolean> 94 <boolean id="iflagBAC"> 95 <label>iflagBAC</label> 96 <default>1</default> 97 <current>1</current> 98 </boolean> 99 </group> 100 <group id="outwrite"> 101 <string id="extension"> 102 <label>Filename Extension</label> 103 <default>_DG.txt</default> 104 <current>_DG.txt</current> 105 </string> 106 <boolean id="iwritePROF"> 107 <label>iwritePROF</label> 108 <default>1</default> 109 <current>1</current> 110 </boolean> 111 <boolean id="iwritePROFduringPOI"> 112 <label>iwritePROFduringPOI</label> 113 <default>1</default> 114 <current>1</current> 115 </boolean> 116 <boolean id="iwriteCURvsE"> 117 <label>iwriteCURvsE</label> 118 <default>1</default> 119 <current>1</current> 120 </boolean> 121 <boolean id="iwriteDOSvsE"> 122 <label>iwriteDOSvsE</label> 123 <default>1</default> 124 <current>1</current> 125 </boolean> 126 <boolean id="iwriteSIGcvsE"> 127 <label>iwriteSIGcvsE</label> 128 <default>1</default> 129 <current>1</current> 130 </boolean> 131 <boolean id="iwriteSIGcvsE1D"> 132 <label>iwriteSIGcvsE1D</label> 133 <default>1</default> 134 <current>1</current> 135 </boolean> 136 <boolean id="iwriteCURvsY"> 137 <label>iwriteCURvsY</label> 138 <default>1</default> 139 <current>1</current> 140 </boolean> 141 <boolean id="iwriteEres"> 142 <label>iwriteEres</label> 143 <default>1</default> 144 <current>1</current> 145 </boolean> 146 <boolean id="iwritePSIsq"> 147 <label>iwritePSIsq</label> 148 <default>1</default> 149 <current>1</current> 150 </boolean> 151 <boolean id="iwriteTRAN"> 152 <label>iwriteTRAN</label> 153 <default>1</default> 154 <current>1</current> 155 </boolean> 156 <boolean id="iwriteIV"> 157 <label>iwriteIV</label> 158 <default>1</default> 159 <current>1</current> 160 </boolean> 161 <boolean id="iwriteINGUESS"> 162 <label>iwriteINGUESS</label> 163 <default>1</default> 164 <current>1</current> 165 </boolean> 166 <boolean id="iwriteDOPI"> 167 <label>iwriteDOPI</label> 168 <default>1</default> 169 <current>1</current> 170 </boolean> 171 <boolean id="iwriteGRID"> 172 <label>iwriteGRID</label> 173 <default>1</default> 174 <current>1</current> 175 </boolean> 176 <boolean id="iwriteEGRID"> 177 <label>iwriteEGRID</label> 178 <default>1</default> 179 <current>1</current> 180 </boolean> 181 <boolean id="iwriteMATERIAL"> 182 <label>iwriteMATERIAL</label> 183 <default>1</default> 184 <current>1</current> 185 </boolean> 186 </group> 187 </group> 188 <!-- this group should be removed, its structure is properly defined below --> 189 <group id="2dmosfet"> 190 <number id="Lx"> 191 <label>x simulation width</label> 192 <units>nm</units> 193 <min>0nm</min> 194 <max>1000nm</max> 195 <default>10</default> 196 <current>24</current> 197 </number> 198 <number id="Ly"> 199 <label>y simulation length</label> 200 <units>nm</units> 201 <min>0nm</min> 202 <max>1000nm</max> 203 <default>10</default> 204 <current>40</current> 205 </number> 206 </group> 207 <group id="energy"> 208 <number id="ksize"> 209 <label>total egrid size</label> 210 <units></units> 211 <default>512</default> 212 <current>256</current> 213 </number> 214 <number id="ksize_un"> 215 <label>uniform background grid</label> 216 <units></units> 217 <default>56</default> 218 <current>56</current> 219 </number> 220 <string id="type"> 221 <label>type of energy grid</label> 222 <default>nonuniform</default> 223 <current>nonuniform</current> 224 </string> 225 <number id="lower_energy_grid"> 226 <label>lower limit of energy grid</label> 227 <units></units> 228 <default>-1000</default> 229 <current>-1000.0</current> 230 </number> 231 <number id="higher_energy_grid"> 232 <label>higher limit of energy grid</label> 233 <units></units> 234 <default>1000</default> 235 <current>1000.0</current> 236 </number> 237 <number id="high_energy_tail_cutoff"> 238 <label>high energy tail cutoff</label> 239 <units></units> 240 <default>10</default> 241 <current>10.0</current> 242 </number> 243 <number id="lower_energy_tail_cutoff"> 244 <label>lower energy tail cutoff</label> 245 <units></units> 246 <default>3</default> 247 <current>3.0</current> 248 </number> 249 <boolean id="iflagRES"> 250 <label>iflagRES</label> 251 <default>1</default> 252 <current>1</current> 253 </boolean> 254 </group> 255 <structure id="str"> 256 <current id = "cur"> 257 <!-- numeric parameters to be set by user in gui --> 258 <!-- variables describing the geometry of boxes--> 259 <parameters id="param"> 260 <number id="Ly"> 261 <about> 262 <label>Domain Length</label> 263 </about> 264 <units>nm</units> 265 <default>40nm</default> 266 <current>40nm</current> 267 </number> 268 <number id="Lx"> 269 <about> 270 <label>Domain Width</label> 271 </about> 272 <units>nm</units> 273 <default>24nm</default> 274 <current>24nm</current> 275 </number> 276 <number id="SDlength"> 277 <about> 278 <label>Source / Drain Width</label> 279 </about> 280 <units>nm</units> 281 <default>14nm</default> 282 <current>14nm</current> 283 </number> 284 <number id="SDwidth"> 285 <about> 286 <label>Source / Drain Width</label> 287 </about> 288 <units>nm</units> 289 <default>14nm</default> 290 <current>14nm</current> 291 </number> 292 <number id="ChannelLength"> 293 <about> 294 <label>Channel Length</label> 295 </about> 296 <units>nm</units> 297 <default>12nm</default> 298 <current>12nm</current> 299 </number> 300 <number id="ChannelWidth"> 301 <about> 302 <label>Channel Width</label> 303 </about> 304 <units>nm</units> 305 <default>2nm</default> 306 <current>2nm</current> 307 </number> 308 <number id="TopOxideThickness"> 309 <about> 310 <label>Top Oxide Thickness</label> 311 </about> 312 <units>nm</units> 313 <default>1.5nm</default> 314 <current>1.5nm</current> 315 </number> 316 <number id="BotOxideThickness"> 317 <about> 318 <label>Bottom Oxide Thickness</label> 319 </about> 320 <units>nm</units> 321 <default>1.5nm</default> 322 <current>1.5nm</current> 323 </number> 324 <number id="GateLength"> 325 <about> 326 <label>Gate Length</label> 327 </about> 328 <units>nm</units> 329 <default>10nm</default> 330 <current>10nm</current> 331 </number> 332 <number id="NxGridTopOxide"> 333 <label>No. of grid (nx) in Top Oxide</label> 334 <units></units> 335 <default>5</default> 336 <current>5</current> 337 </number> 338 <number id="NxGridChannel"> 339 <label>No. of grid (nx) in Channel</label> 340 <units></units> 341 <default>15</default> 342 <current>15</current> 343 </number> 344 <number id="NxGridBottomOxide"> 345 <label>No. of grid (nx) in Bottom Oxide </label> 346 <units></units> 347 <default>5</default> 348 <current>5</current> 349 </number> 350 <number id="GridSizeY"> 351 <label>Grid Size (DeltaY)</label> 352 <units>nm</units> 353 <default>0.25nm</default> 354 <current>0.4nm</current> 355 </number> 356 <group id="ix_contact"> 357 <number id="first"> 358 <default>2</default> 359 <current>2</current> 360 </number> 361 <number id="last"> 362 <default>8</default> 363 <current>8</current> 364 </number> 365 </group> 366 <group id="iy_contact"> 367 <number id="first"> 368 <default>1</default> 369 <current>1</current> 370 </number> 371 <number id="last"> 372 <default>1</default> 373 <current>1</current> 374 </number> 375 </group> 376 <group id="ix_coupling"> 377 <number id="first"> 378 <default>2</default> 379 <current>2</current> 380 </number> 381 <number id="last"> 382 <default>8</default> 383 <current>8</current> 384 </number> 385 </group> 386 <group id="iy_coupling"> 387 <number id="first"> 388 <default>1</default> 389 <current>1</current> 390 </number> 391 <number id="last"> 392 <default>1</default> 393 <current>1</current> 394 </number> 395 </group> 396 <!-- this is the only user modified value --> 397 <group id="source"> 398 <number id="voltage"> 399 <about> 400 <label>Source Voltage</label> 401 </about> 402 <units>mV</units> 403 <min>0mV</min> 404 <default>0mV</default> 405 <current>0mV</current> 406 </number> 407 </group> <!-- end source --> 408 <group id="drain"> 409 <number id="voltage"> 410 <about> 411 <label>Drain Voltage</label> 412 </about> 413 <units>mV</units> 414 <min>0mV</min> 415 <default>0mV</default> 416 <current>600mV</current> 417 </number> 418 </group> 419 <group id="gate"> 420 <number id="voltage"> 421 <about> 422 <label>Gate Voltage</label> 423 </about> 424 <units>mV</units> 425 <min>0mV</min> 426 <default>0mV</default> 427 <current>0mV</current> 428 </number> 429 </group> 430 <number id="num_contacts"> 431 <about> 432 <label>number of contacts with varying bias</label> 433 </about> 434 <units></units> 435 <default>1</default> 436 <current>2</current> 437 </number> 438 <!-- it would be better if we could get the 439 next 4 variables into 1 var --> 440 <number id="varying_contact1"> 441 <about> 442 <label>contact with varying bias</label> 443 <!-- 444 1 - source 445 2 - drain 446 3 - bottom gate 447 4 - top gate 448 --> 449 </about> 450 <units></units> 451 <default>0</default> 452 <current>3</current> 453 </number> 454 <number id="varying_contact2"> 455 <about> 456 <label>contact with varying bias</label> 457 <!-- 458 1 - source 459 2 - drain 460 3 - bottom gate 461 4 - top gate 462 --> 463 </about> 464 <units></units> 465 <default>0</default> 466 <current>4</current> 467 </number> 468 <number id="varying_contact3"> 469 <about> 470 <label>contact with varying bias</label> 471 <!-- 472 1 - source 473 2 - drain 474 3 - bottom gate 475 4 - top gate 476 --> 477 </about> 478 <units></units> 479 <default>0</default> 480 <current>0</current> 481 </number> 482 <number id="varying_contact4"> 483 <about> 484 <label>contact with varying bias</label> 485 <!-- 486 1 - source 487 2 - drain 488 3 - bottom gate 489 4 - top gate 490 --> 491 </about> 492 <units></units> 493 <default>0</default> 494 <current>0</current> 495 </number> 496 <number id="bias_min"> 497 <about> 498 <label>Min Applied Voltage</label> 499 </about> 500 <units>mV</units> 501 <min>0mV</min> 502 <default>0mV</default> 503 <current>0mV</current> 504 </number> 505 <number id="bias_max"> 506 <about> 507 <label>Max Applied Voltage</label> 508 </about> 509 <units>mV</units> 510 <min>0mV</min> 511 <default>0mV</default> 512 <current>0mV</current> 513 </number> 514 <number id="bias_step"> 515 <about> 516 <label>Applied Voltage Step</label> 517 </about> 518 <units>mV</units> 519 <min>0mV</min> 520 <default>100mV</default> 521 <current>100mV</current> 522 </number> 523 </parameters> 524 <!-- the following describes the box dimensions --> 525 <components> 526 <box> 527 <about> 528 <label>Source</label> 529 <color>yellow</color> 530 </about> 531 <corner>-20,-7</corner> 532 <corner>-6,7</corner> 533 <material>Si</material> 534 </box> 535 <box> 536 <about> 537 <label>Drain</label> 538 <color>yellow</color> 539 </about> 540 <corner>20,-7</corner> 541 <corner>6,7</corner> 542 <material>Si</material> 543 </box> 544 <box> 545 <about> 546 <label>Channel</label> 547 <color>yellow</color> 548 </about> 549 <corner>-6,-1</corner> 550 <corner>6,1</corner> 551 <material>Si</material> 552 </box> 553 <box> 554 <about> 555 <label>Top Oxide</label> 556 <color>yellow</color> 557 </about> 558 <corner>,-5,-2.5</corner> 559 <corner>5,-1</corner> 560 <material>Oxide1</material> 561 </box> 562 <box> 563 <about> 564 <label>Bottom Oxide</label> 565 <color>yellow</color> 566 </about> 567 <corner>-5,1</corner> 568 <corner>5,2.5</corner> 569 <material>Oxide</material> 570 </box> 571 </components> 572 <!-- the following describes the user defined material specs --> 573 <domain_materials> 574 <material name="Si"> 575 <properties id="transport"> 576 <emiso>0.328</emiso> 577 <emx>0.98</emx> 578 <emy>0.98</emy> 579 <emz>0.98</emz> 580 <hmiso>0.49</hmiso> 581 <eps>11.9</eps> 582 <Egap>1.12D03</Egap> 583 <affinity>4.05D03</affinity> 584 </properties> 585 </material> 586 <material name="SiO2"> 587 <properties id="transport"> 588 <emiso>0.5</emiso> 589 <emx>0.5</emx> 590 <emy>0.5</emy> 591 <emz>0.5</emz> 592 <hmiso>0.5</hmiso> 593 <eps>3.9</eps> 594 <Egap>8.8D03</Egap> 595 <affinity>0.95D03</affinity> 596 </properties> 597 </material> 598 <material name="Metal"> 599 <properties id="transport"> 600 <emiso>0.328</emiso> 601 <emx>0.98</emx> 602 <emy>0.19</emy> 603 <emz>0.19</emz> 604 <hmiso>0.49</hmiso> 605 <eps>11.9</eps> 606 <Egap>1.12D03</Egap> 607 <affinity>4.42270D03</affinity> 608 </properties> 609 </material> 610 <material name="Metal1"> 611 <properties id="transport"> 612 <emiso>0.328</emiso> 613 <emx>0.98</emx> 614 <emy>0.19</emy> 615 <emz>0.19</emz> 616 <hmiso>0.49</hmiso> 617 <eps>11.9</eps> 618 <Egap>1.12D03</Egap> 619 <affinity>4.42270D03</affinity> 620 </properties> 621 </material> 622 <material name="Oxide"> 623 <properties id="transport"> 624 <emiso>0.5</emiso> 625 <emx>0.5</emx> 626 <emy>0.5</emy> 627 <emz>0.5</emz> 628 <hmiso>0.5</hmiso> 629 <eps>3.9</eps> 630 <Egap>8.8D03</Egap> 631 <affinity>0.95D03</affinity> 632 </properties> 633 </material> 634 <material name="Oxide1"> 635 <properties id="transport"> 636 <emiso>0.5</emiso> 637 <emx>0.5</emx> 638 <emy>0.5</emy> 639 <emz>0.5</emz> 640 <hmiso>0.5</hmiso> 641 <eps>3.9</eps> 642 <Egap>8.8D03</Egap> 643 <affinity>0.95D03</affinity> 644 </properties> 645 </material> 646 </domain_materials> 647 </current> 648 </structure> 29 <number id="Ef"> 30 <label>Fermi Level</label> 31 <units>eV</units> 32 <min>-10eV</min> 33 <max>10eV</max> 34 <default>-5.5eV</default> 35 </number> 649 36 </input> 650 37 </run> 38
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