GridPACK: dictionary.hpp Source File

00001 /*
00002  *     Copyright (c) 2013 Battelle Memorial Institute
00003  *     Licensed under modified BSD License. A copy of this license can be found
00004  *     in the LICENSE file in the top level directory of this distribution.
00005  */
00006 /*
00007  * This file contains definitions for all parameters that can be read in from
00008  * PTI format files. Each parameter has a corresponding macro that can be used
00009  * as a unique string to identify the parameter. The use of macros instead of
00010  * using strings directly will provide extra safety by forcing compiler errors
00011  * in the case of typos or spelling mistakes.
00012  */
00013 
00014 /**
00015  *  Variables that can be associated more than once for a bus or a branch can be
00016  *  indexed by an integer to distinguish different instances. For example,
00017  *  multiple generators can be associated with a bus and multiple transmission
00018  *  elements can be associated with a branch. The variables that have an associated
00019  *  index are denoted with the keyword "indexed".
00020  */
00021 
00022 #ifndef DICTIONARY_HPP_
00023 #define DICTIONARY_HPP_
00024 
00025 // CASE DATA
00026 /**
00027  * 0: base case
00028  * 1: add information to existing case
00029  * type: integer
00030  */
00031 #define CASE_ID "CASE_ID"
00032 
00033 /**
00034  * System base MVS. 
00035  * Default value is 100.0 MVA
00036  * type: real float
00037  */
00038 #define CASE_SBASE "CASE_SBASE"
00039 
00040 // BUS DATA
00041 
00042 /**
00043  * Bus number (1 though 999999)
00044  * type: integer
00045  */
00046 #define BUS_NUMBER "BUS_NUMBER"
00047 
00048 /**
00049  * Alpha-numeric identifier assigned to bus
00050  * type: string
00051  */
00052 #define BUS_NAME "BUS_NAME"
00053 
00054 /**
00055  * Alpha-numeric identifier assigned to new buses that may be
00056  * as part of the parsing process
00057  * type: string
00058  */
00059 #define NEW_BUS_TYPE "NEW_BUS_TYPE"
00060 
00061 /**
00062  * Bus base voltage, entered in kV. 
00063  * type: real float
00064  */
00065 #define BUS_BASEKV "BUS_BASEKV"
00066 
00067 /**
00068  * Bus type
00069  * 1: load bus
00070  * 2: generator bus
00071  * 3: swing bus
00072  * 4: isolated bus
00073  * type: integer
00074  */
00075 #define BUS_TYPE "BUS_TYPE"
00076 
00077 /**
00078  * Area number
00079  * type: integer
00080  */
00081 #define BUS_AREA "BUS_AREA"
00082 
00083 /**
00084  * Zone number
00085  * type: integer
00086  */
00087 #define BUS_ZONE "BUS_ZONE"
00088 
00089 /**
00090  * Bus voltage magnitude, in p.u.
00091  * type: real float
00092  */
00093 #define BUS_VOLTAGE_MAG "BUS_VOLTAGE_MAG"
00094 
00095 /**
00096  * Bus voltage phase angle, in degrees
00097  * type: real float
00098  */
00099 #define BUS_VOLTAGE_ANG "BUS_VOLTAGE_ANG"
00100 
00101 /**
00102  * Maximum allowable bus voltage magnitude, in p. u.
00103  * type: real float
00104  */
00105 #define BUS_VOLTAGE_MAX "BUS_VOLTAGE_MAX"
00106 
00107 /**
00108  * Minimum allowable bus voltage magnitude, in p. u.
00109  * type: real float
00110  */
00111 #define BUS_VOLTAGE_MIN "BUS_VOLTAGE_MIN"
00112 
00113 /**
00114  * Owner number
00115  * type: integer
00116  */
00117 #define BUS_OWNER "BUS_OWNER"
00118 
00119 /**
00120  * Flag that indicates that bus was generated from a 3-winding transformer
00121  * type: boolean
00122  */
00123 #define BUS_3WINDING "BUS_3WINDING"
00124 
00125 // Shunt data
00126 
00127 /**
00128  * Number of fixed shunts on the bus
00129  * type: integer
00130  */
00131 #define SHUNT_NUMBER "SHUNT_NUMBER"
00132 
00133 /**
00134  * Character string to identify shunt on buses with more than one shunt
00135  * type: string
00136  * indexed
00137  */
00138 #define SHUNT_ID "SHUNT_ID"
00139 
00140 /**
00141  * Flag for shunt being on or off
00142  * type: integer
00143  * indexed
00144  */
00145 #define SHUNT_STATUS "SHUNT_STATUS"
00146 
00147 /**
00148  * Active component of the shunt admittance to ground, entered in MW. 
00149  * Default value is 0.0
00150  * type: real float
00151  * indexed
00152  */
00153 #define BUS_SHUNT_GL "BUS_SHUNT_GL"
00154 
00155 /**
00156  * Reactive component of shunt admittance to ground, entered in Mvar. 
00157  * positive for a capacitor and negative for a reactor
00158  * Default value is 0.0
00159  * type: real float
00160  * indexed
00161  */
00162 #define BUS_SHUNT_BL "BUS_SHUNT_BL"
00163 
00164 // LOAD DATA
00165 
00166 /**
00167  * Number of loads on bus
00168  * type: integer
00169  */
00170 #define LOAD_NUMBER "LOAD_NUMBER"
00171 
00172 /**
00173  * The Bus number to which the load is connected
00174  * type: integer
00175  * indexed
00176  */
00177 #define LOAD_BUSNUMBER "LOAD_BUSNUMBER"
00178 
00179 /**
00180  * Non-blank alphanumeric identifier to distinguish different loads connected to the same bus.
00181  * Default value: �1�
00182  * type: string
00183  * indexed
00184  */
00185 #define LOAD_ID "LOAD_ID"
00186 
00187 /**
00188  * Load status
00189  *  1: in-service
00190  *  0: out-of-service
00191  * Default value is 1
00192  * type: integer
00193  * indexed
00194  */
00195 #define LOAD_STATUS "LOAD_STATUS"
00196 
00197 /**
00198  * Area to which the load is assigned
00199  * type: integer
00200  * indexed
00201  */
00202 #define LOAD_AREA "LOAD_AREA"
00203 
00204 /**
00205  * Zone to which the load is assigned
00206  * type: integer
00207  * indexed
00208  */
00209 #define LOAD_ZONE "LOAD_ZONE"
00210 
00211 /**
00212  * Active power component of constant power load; entered in MW
00213  * type: real float
00214  * indexed
00215  */
00216 #define LOAD_PL "LOAD_PL"
00217 
00218 /**
00219  * Reactive power component of constant power load; entered in MVar
00220  * type: real float
00221  * indexed
00222  */
00223 #define LOAD_QL "LOAD_QL"
00224 
00225 /**
00226  * Active power component of constant current load; entered in MW 
00227  * type: real float
00228  * indexed
00229  */
00230 #define LOAD_IP "LOAD_IP"
00231 
00232 /**
00233  * Reactive power component of constant current load; entered in Mvar
00234  * type: real float
00235  * indexed
00236  */
00237 #define LOAD_IQ "LOAD_IQ"
00238 
00239 /**
00240  * Active power component of constant admittance load; entered in MW
00241  * type: real float
00242  * indexed
00243  */
00244 #define LOAD_YP "LOAD_YP"
00245 
00246 /**
00247  * Reactive power component of constant admittance load; entered in MVar
00248  * type: real float
00249  * indexed
00250  */
00251 #define LOAD_YQ "LOAD_YQ"
00252 
00253 /**
00254  * Owner to which load is assigned
00255  * type: integer
00256  * indexed
00257  */
00258 #define LOAD_OWNER "LOAD_OWNER"
00259 
00260 /**
00261  * Load scaling flag
00262  * type: integer
00263  * indexed
00264  */
00265 #define LOAD_SCALE "LOAD_SCALE"
00266 
00267 /**
00268  * Interruptible load flag
00269  * type: integer
00270  * indexed
00271  */
00272 #define LOAD_INTRPT "LOAD_INTRPT"
00273 
00274 /**
00275  * Alphanumeric string describing load model
00276  * type: string
00277  * indexed
00278  */
00279 #define LOAD_MODEL "LOAD_MODEL"
00280 
00281 /**
00282  * Load IT
00283  * type: integer
00284  * indexed
00285  */
00286 #define LOAD_IT "LOAD_IT"
00287 
00288 /**
00289  * Load RA
00290  * type: float
00291  * indexed
00292  */
00293 #define LOAD_RA "LOAD_RA"
00294 
00295 /**
00296  * Load XA
00297  * type: float
00298  * indexed
00299  */
00300 #define LOAD_XA "LOAD_XA"
00301 
00302 /**
00303  * Load XM
00304  * type: float
00305  * indexed
00306  */
00307 #define LOAD_XM "LOAD_XM"
00308 
00309 /**
00310  * Load R1
00311  * type: float
00312  * indexed
00313  */
00314 #define LOAD_R1 "LOAD_R1"
00315 
00316 /**
00317  * Load X1
00318  * type: float
00319  * indexed
00320  */
00321 #define LOAD_X1 "LOAD_X1"
00322 
00323 /**
00324  * Load R2
00325  * type: float
00326  * indexed
00327  */
00328 #define LOAD_R2 "LOAD_R2"
00329 
00330 /**
00331  * Load X1
00332  * type: float
00333  * indexed
00334  */
00335 #define LOAD_X2 "LOAD_X2"
00336 
00337 /**
00338  * Load E1
00339  * type: float
00340  * indexed
00341  */
00342 #define LOAD_E1 "LOAD_E1"
00343 
00344 /**
00345  * Load SE1
00346  * type: float
00347  * indexed
00348  */
00349 #define LOAD_SE1 "LOAD_SE1"
00350 
00351 /**
00352  * Load E2
00353  * type: float
00354  * indexed
00355  */
00356 #define LOAD_E2 "LOAD_E2"
00357 
00358 /**
00359  * Load SE2
00360  * type: float
00361  * indexed
00362  */
00363 #define LOAD_SE2 "LOAD_SE2"
00364 
00365 /**
00366  * Load MBASE
00367  * type: float
00368  * indexed
00369  */
00370 #define LOAD_MBASE "LOAD_MBASE"
00371 
00372 /**
00373  * Load PMULT
00374  * type: float
00375  * indexed
00376  */
00377 #define LOAD_PMULT "LOAD_PMULT"
00378 
00379 /**
00380  * Load H
00381  * type: float
00382  * indexed
00383  */
00384 #define LOAD_H "LOAD_H"
00385 
00386 /**
00387  * Load VI
00388  * type: float
00389  * indexed
00390  */
00391 #define LOAD_VI "LOAD_VI"
00392 
00393 /**
00394  * Load TI
00395  * type: float
00396  * indexed
00397  */
00398 #define LOAD_TI "LOAD_TI"
00399 
00400 /**
00401  * Load TB
00402  * type: float
00403  * indexed
00404  */
00405 #define LOAD_TB "LOAD_TB"
00406 
00407 /**
00408  * Load A
00409  * type: float
00410  * indexed
00411  */
00412 #define LOAD_A "LOAD_A"
00413 
00414 /**
00415  * Load B
00416  * type: float
00417  * indexed
00418  */
00419 #define LOAD_B "LOAD_B"
00420 
00421 /**
00422  * Load D
00423  * type: float
00424  * indexed
00425  */
00426 #define LOAD_D "LOAD_D"
00427 
00428 /**
00429  * Load E
00430  * type: float
00431  * indexed
00432  */
00433 #define LOAD_E "LOAD_E"
00434 
00435 /**
00436  * Load C0
00437  * type: float
00438  * indexed
00439  */
00440 #define LOAD_C0 "LOAD_C0"
00441 
00442 /**
00443  * Load TNOM
00444  * type: float
00445  * indexed
00446  */
00447 #define LOAD_TNOM "LOAD_TNOM"
00448 
00449 /**
00450  * Load TSTALL
00451  * type: float
00452  * indexed
00453  */
00454 #define LOAD_TSTALL "LOAD_TSTALL"
00455 
00456 /**
00457  * Load TRESTART
00458  * type: float
00459  * indexed
00460  */
00461 #define LOAD_TRESTART "LOAD_TRESTART"
00462 
00463 /**
00464  * Load TV
00465  * type: float
00466  * indexed
00467  */
00468 #define LOAD_TV "LOAD_TV"
00469 
00470 /**
00471  * Load TF
00472  * type: float
00473  * indexed
00474  */
00475 #define LOAD_TF "LOAD_TF"
00476 
00477 /**
00478  * Load COMPLF
00479  * type: float
00480  * indexed
00481  */
00482 #define LOAD_COMPLF "LOAD_COMPLF"
00483 
00484 /**
00485  * Load COMPPF
00486  * type: float
00487  * indexed
00488  */
00489 #define LOAD_COMPPF "LOAD_COMPPF"
00490 
00491 /**
00492  * Load VSTALL
00493  * type: float
00494  * indexed
00495  */
00496 #define LOAD_VSTALL "LOAD_VSTALL"
00497 
00498 /**
00499  * Load RSTALL
00500  * type: float
00501  * indexed
00502  */
00503 #define LOAD_RSTALL "LOAD_RSTALL"
00504 
00505 /**
00506  * Load XSTALL
00507  * type: float
00508  * indexed
00509  */
00510 #define LOAD_XSTALL "LOAD_XSTALL"
00511 
00512 /**
00513  * Load LFADJ
00514  * type: float
00515  * indexed
00516  */
00517 #define LOAD_LFADJ "LOAD_LFADJ"
00518 
00519 /**
00520  * Load KP1
00521  * type: float
00522  * indexed
00523  */
00524 #define LOAD_KP1 "LOAD_KP1"
00525 
00526 /**
00527  * Load NP1
00528  * type: float
00529  * indexed
00530  */
00531 #define LOAD_NP1 "LOAD_NP1"
00532 
00533 /**
00534  * Load KQ1
00535  * type: float
00536  * indexed
00537  */
00538 #define LOAD_KQ1 "LOAD_KQ1"
00539 
00540 /**
00541  * Load NQ1
00542  * type: float
00543  * indexed
00544  */
00545 #define LOAD_NQ1 "LOAD_NQ1"
00546 
00547 /**
00548  * Load KP2
00549  * type: float
00550  * indexed
00551  */
00552 #define LOAD_KP2 "LOAD_KP2"
00553 
00554 /**
00555  * Load NP2
00556  * type: float
00557  * indexed
00558  */
00559 #define LOAD_NP2 "LOAD_NP2"
00560 
00561 /**
00562  * Load KQ2
00563  * type: float
00564  * indexed
00565  */
00566 #define LOAD_KQ2 "LOAD_KQ2"
00567 
00568 /**
00569  * Load NQ2
00570  * type: float
00571  * indexed
00572  */
00573 #define LOAD_NQ2 "LOAD_NQ2"
00574 
00575 /**
00576  * Load VBRK
00577  * type: float
00578  * indexed
00579  */
00580 #define LOAD_VBRK "LOAD_VBRK"
00581 
00582 /**
00583  * Load FRST
00584  * type: float
00585  * indexed
00586  */
00587 #define LOAD_FRST "LOAD_FRST"
00588 
00589 /**
00590  * Load VRST
00591  * type: float
00592  * indexed
00593  */
00594 #define LOAD_VRST "LOAD_VRST"
00595 
00596 /**
00597  * Load CMPKPF
00598  * type: float
00599  * indexed
00600  */
00601 #define LOAD_CMPKPF "LOAD_CMPKPF"
00602 
00603 /**
00604  * Load CMPKQF
00605  * type: float
00606  * indexed
00607  */
00608 #define LOAD_CMPKQF "LOAD_CMPKQF"
00609 
00610 /**
00611  * Load VC1OFF
00612  * type: float
00613  * indexed
00614  */
00615 #define LOAD_VC1OFF "LOAD_VC1OFF"
00616 
00617 /**
00618  * Load VC2OFF
00619  * type: float
00620  * indexed
00621  */
00622 #define LOAD_VC2OFF "LOAD_VC2OFF"
00623 
00624 /**
00625  * Load VC1ON
00626  * type: float
00627  * indexed
00628  */
00629 #define LOAD_VC1ON "LOAD_VC1ON"
00630 
00631 /**
00632  * Load VC2ON
00633  * type: float
00634  * indexed
00635  */
00636 #define LOAD_VC2ON "LOAD_VC2ON"
00637 
00638 /**
00639  * Load TTH
00640  * type: float
00641  * indexed
00642  */
00643 #define LOAD_TTH "LOAD_TTH"
00644 
00645 /**
00646  * Load TH1T
00647  * type: float
00648  * indexed
00649  */
00650 #define LOAD_TH1T "LOAD_TH1T"
00651 
00652 /**
00653  * Load TH2T
00654  * type: float
00655  * indexed
00656  */
00657 #define LOAD_TH2T "LOAD_TH2T"
00658 
00659 /**
00660  * Load FUVR
00661  * type: float
00662  * indexed
00663  */
00664 #define LOAD_FUVR "LOAD_FUVR"
00665 
00666 /**
00667  * Load UVTR1
00668  * type: float
00669  * indexed
00670  */
00671 #define LOAD_UVTR1 "LOAD_UVTR1"
00672 
00673 /**
00674  * Load TTR1
00675  * type: float
00676  * indexed
00677  */
00678 #define LOAD_TTR1 "LOAD_TTR1"
00679 
00680 /**
00681  * Load UVTR2
00682  * type: float
00683  * indexed
00684  */
00685 #define LOAD_UVTR2 "LOAD_UVTR2"
00686 
00687 /**
00688  * Load TTR2
00689  * type: float
00690  * indexed
00691  */
00692 #define LOAD_TTR2 "LOAD_TTR2"
00693 
00694 /**
00695  * Load A1
00696  * type: float
00697  * indexed
00698  */
00699 #define LOAD_A1 "LOAD_A1"
00700 
00701 /**
00702  * Load A2
00703  * type: float
00704  * indexed
00705  */
00706 #define LOAD_A2 "LOAD_A2"
00707 
00708 /**
00709  * Load A3
00710  * type: float
00711  * indexed
00712  */
00713 #define LOAD_A3 "LOAD_A3"
00714 
00715 /**
00716  * Load A4
00717  * type: float
00718  * indexed
00719  */
00720 #define LOAD_A4 "LOAD_A4"
00721 
00722 /**
00723  * Load A5
00724  * type: float
00725  * indexed
00726  */
00727 #define LOAD_A5 "LOAD_A5"
00728 
00729 /**
00730  * Load A6
00731  * type: float
00732  * indexed
00733  */
00734 #define LOAD_A6 "LOAD_A6"
00735 
00736 /**
00737  * Load A7
00738  * type: float
00739  * indexed
00740  */
00741 #define LOAD_A7 "LOAD_A7"
00742 
00743 /**
00744  * Load A8
00745  * type: float
00746  * indexed
00747  */
00748 #define LOAD_A8 "LOAD_A8"
00749 
00750 /**
00751  * Load N1
00752  * type: float
00753  * indexed
00754  */
00755 #define LOAD_N1 "LOAD_N1"
00756 
00757 /**
00758  * Load N2
00759  * type: float
00760  * indexed
00761  */
00762 #define LOAD_N2 "LOAD_N2"
00763 
00764 /**
00765  * Load N3
00766  * type: float
00767  * indexed
00768  */
00769 #define LOAD_N3 "LOAD_N3"
00770 
00771 /**
00772  * Load N4
00773  * type: float
00774  * indexed
00775  */
00776 #define LOAD_N4 "LOAD_N4"
00777 
00778 /**
00779  * Load N5
00780  * type: float
00781  * indexed
00782  */
00783 #define LOAD_N5 "LOAD_N5"
00784 
00785 /**
00786  * Load N6
00787  * type: float
00788  * indexed
00789  */
00790 #define LOAD_N6 "LOAD_N6"
00791 
00792 /**
00793  * Load MVA
00794  * type: float
00795  * indexed
00796  */
00797 #define LOAD_MVA "LOAD_MVA"
00798 
00799 /**
00800  * Load BSS
00801  * type: float
00802  * indexed
00803  */
00804 #define LOAD_BSS "LOAD_BSS"
00805 
00806 /**
00807  * Load RFDR
00808  * type: float
00809  * indexed
00810  */
00811 #define LOAD_RFDR "LOAD_RFDR"
00812 
00813 /**
00814  * Load XFDR
00815  * type: float
00816  * indexed
00817  */
00818 #define LOAD_XFDR "LOAD_XFDR"
00819 
00820 /**
00821  * Load FB
00822  * type: float
00823  * indexed
00824  */
00825 #define LOAD_FB "LOAD_FB"
00826 
00827 /**
00828  * Load XXF
00829  * type: float
00830  * indexed
00831  */
00832 #define LOAD_XXF "LOAD_XXF"
00833 
00834 /**
00835  * Load TFIXHS
00836  * type: float
00837  * indexed
00838  */
00839 #define LOAD_TFIXHS "LOAD_TFIXHS"
00840 
00841 /**
00842  * Load TFIXLS
00843  * type: float
00844  * indexed
00845  */
00846 #define LOAD_TFIXLS "LOAD_TFIXLS"
00847 
00848 /**
00849  * Load LTC
00850  * type: float
00851  * indexed
00852  */
00853 #define LOAD_LTC "LOAD_LTC"
00854 
00855 /**
00856  * Load TMIN
00857  * type: float
00858  * indexed
00859  */
00860 #define LOAD_TMIN "LOAD_TMIN"
00861 
00862 /**
00863  * Load TMAX
00864  * type: float
00865  * indexed
00866  */
00867 #define LOAD_TMAX "LOAD_TMAX"
00868 
00869 /**
00870  * Load STEP
00871  * type: float
00872  * indexed
00873  */
00874 #define LOAD_STEP "LOAD_STEP"
00875 
00876 /**
00877  * Load VMIN
00878  * type: float
00879  * indexed
00880  */
00881 #define LOAD_VMIN "LOAD_VMIN"
00882 
00883 /**
00884  * Load VMAX
00885  * type: float
00886  * indexed
00887  */
00888 #define LOAD_VMAX "LOAD_VMAX"
00889 
00890 /**
00891  * Load TDEL
00892  * type: float
00893  * indexed
00894  */
00895 #define LOAD_TDEL "LOAD_TDEL"
00896 
00897 /**
00898  * Load TTAP
00899  * type: float
00900  * indexed
00901  */
00902 #define LOAD_TTAP "LOAD_TTAP"
00903 
00904 /**
00905  * Load RCOMP
00906  * type: float
00907  * indexed
00908  */
00909 #define LOAD_RCOMP "LOAD_RCOMP"
00910 
00911 /**
00912  * Load XCOMP
00913  * type: float
00914  * indexed
00915  */
00916 #define LOAD_XCOMP "LOAD_XCOMP"
00917 
00918 /**
00919  * Load FMA
00920  * type: float
00921  * indexed
00922  */
00923 #define LOAD_FMA "LOAD_FMA"
00924 
00925 /**
00926  * Load FMB
00927  * type: float
00928  * indexed
00929  */
00930 #define LOAD_FMB "LOAD_FMB"
00931 
00932 /**
00933  * Load FMC
00934  * type: float
00935  * indexed
00936  */
00937 #define LOAD_FMC "LOAD_FMC"
00938 
00939 /**
00940  * Load FMD
00941  * type: float
00942  * indexed
00943  */
00944 #define LOAD_FMD "LOAD_FMD"
00945 
00946 /**
00947  * Load FEL
00948  * type: float
00949  * indexed
00950  */
00951 #define LOAD_FEL "LOAD_FEL"
00952 
00953 /**
00954  * Load PFEL
00955  * type: float
00956  * indexed
00957  */
00958 #define LOAD_PFEL "LOAD_PFEL"
00959 
00960 /**
00961  * Load VD1
00962  * type: float
00963  * indexed
00964  */
00965 #define LOAD_VD1 "LOAD_VD1"
00966 
00967 /**
00968  * Load VD2
00969  * type: float
00970  * indexed
00971  */
00972 #define LOAD_VD2 "LOAD_VD2"
00973 
00974 /**
00975  * Load FRCEL
00976  * type: float
00977  * indexed
00978  */
00979 #define LOAD_FRCEL "LOAD_FRCEL"
00980 
00981 /**
00982  * Load PFS
00983  * type: float
00984  * indexed
00985  */
00986 #define LOAD_PFS "LOAD_PFS"
00987 
00988 /**
00989  * Load P1E
00990  * type: float
00991  * indexed
00992  */
00993 #define LOAD_P1E "LOAD_P1E"
00994 
00995 /**
00996  * Load P1C
00997  * type: float
00998  * indexed
00999  */
01000 #define LOAD_P1C "LOAD_P1C"
01001 
01002 /**
01003  * Load P2E
01004  * type: float
01005  * indexed
01006  */
01007 #define LOAD_P2E "LOAD_P2E"
01008 
01009 /**
01010  * Load P2C
01011  * type: float
01012  * indexed
01013  */
01014 #define LOAD_P2C "LOAD_P2C"
01015 
01016 /**
01017  * Load PFREQ
01018  * type: float
01019  * indexed
01020  */
01021 #define LOAD_PFREQ "LOAD_PFREQ"
01022 
01023 /**
01024  * Load Q1E
01025  * type: float
01026  * indexed
01027  */
01028 #define LOAD_Q1E "LOAD_Q1E"
01029 
01030 /**
01031  * Load Q1C
01032  * type: float
01033  * indexed
01034  */
01035 #define LOAD_Q1C "LOAD_Q1C"
01036 
01037 /**
01038  * Load Q2E
01039  * type: float
01040  * indexed
01041  */
01042 #define LOAD_Q2E "LOAD_Q2E"
01043 
01044 /**
01045  * Load Q2C
01046  * type: float
01047  * indexed
01048  */
01049 #define LOAD_Q2C "LOAD_Q2C"
01050 
01051 /**
01052  * Load QFREQ
01053  * type: float
01054  * indexed
01055  */
01056 #define LOAD_QFREQ "LOAD_QFREQ"
01057 
01058 /**
01059  * Load MTPA
01060  * type: integer
01061  * indexed
01062  */
01063 #define LOAD_MTPA "LOAD_MTPA"
01064 
01065 /**
01066  * Load LFMA
01067  * type: float
01068  * indexed
01069  */
01070 #define LOAD_LFMA "LOAD_LFMA"
01071 
01072 /**
01073  * Load RSA
01074  * type: float
01075  * indexed
01076  */
01077 #define LOAD_RSA "LOAD_RSA"
01078 
01079 /**
01080  * Load LSA
01081  * type: float
01082  * indexed
01083  */
01084 #define LOAD_LSA "LOAD_LSA"
01085 
01086 /**
01087  * Load LPA
01088  * type: float
01089  * indexed
01090  */
01091 #define LOAD_LPA "LOAD_LPA"
01092 
01093 /**
01094  * Load LPPA
01095  * type: float
01096  * indexed
01097  */
01098 #define LOAD_LPPA "LOAD_LPPA"
01099 
01100 /**
01101  * Load TPOA
01102  * type: float
01103  * indexed
01104  */
01105 #define LOAD_TPOA "LOAD_TPOA"
01106 
01107 /**
01108  * Load TPPOA
01109  * type: float
01110  * indexed
01111  */
01112 #define LOAD_TPPOA "LOAD_TPPOA"
01113 
01114 /**
01115  * Load HA
01116  * type: float
01117  * indexed
01118  */
01119 #define LOAD_HA "LOAD_HA"
01120 
01121 /**
01122  * Load ETRQA
01123  * type: float
01124  * indexed
01125  */
01126 #define LOAD_ETRQA "LOAD_ETRQA"
01127 
01128 /**
01129  * Load VTR1A
01130  * type: float
01131  * indexed
01132  */
01133 #define LOAD_VTR1A "LOAD_VTR1A"
01134 
01135 /**
01136  * Load TTR1A
01137  * type: float
01138  * indexed
01139  */
01140 #define LOAD_TTR1A "LOAD_TTR1A"
01141 
01142 /**
01143  * Load FTR1A
01144  * type: float
01145  * indexed
01146  */
01147 #define LOAD_FTR1A "LOAD_FTR1A"
01148 
01149 /**
01150  * Load VRC1A
01151  * type: float
01152  * indexed
01153  */
01154 #define LOAD_VRC1A "LOAD_VRC1A"
01155 
01156 /**
01157  * Load TRC1A
01158  * type: float
01159  * indexed
01160  */
01161 #define LOAD_TRC1A "LOAD_TRC1A"
01162 
01163 /**
01164  * Load VTR2A
01165  * type: float
01166  * indexed
01167  */
01168 #define LOAD_VTR2A "LOAD_VTR2A"
01169 
01170 /**
01171  * Load TTR2A
01172  * type: float
01173  * indexed
01174  */
01175 #define LOAD_TTR2A "LOAD_TTR2A"
01176 
01177 /**
01178  * Load FTR2A
01179  * type: float
01180  * indexed
01181  */
01182 #define LOAD_FTR2A "LOAD_FTR2A"
01183 
01184 /**
01185  * Load VRC2A
01186  * type: float
01187  * indexed
01188  */
01189 #define LOAD_VRC2A "LOAD_VRC2A"
01190 
01191 /**
01192  * Load TRC2A
01193  * type: float
01194  * indexed
01195  */
01196 #define LOAD_TRC2A "LOAD_TRC2A"
01197 
01198 /**
01199  * Load MTPB
01200  * type: integer
01201  * indexed
01202  */
01203 #define LOAD_MTPB "LOAD_MTPB"
01204 
01205 /**
01206  * Load LFMB
01207  * type: float
01208  * indexed
01209  */
01210 #define LOAD_LFMB "LOAD_LFMB"
01211 
01212 /**
01213  * Load RSB
01214  * type: float
01215  * indexed
01216  */
01217 #define LOAD_RSB "LOAD_RSB"
01218 
01219 /**
01220  * Load LSB
01221  * type: float
01222  * indexed
01223  */
01224 #define LOAD_LSB "LOAD_LSB"
01225 
01226 /**
01227  * Load LPB
01228  * type: float
01229  * indexed
01230  */
01231 #define LOAD_LPB "LOAD_LPB"
01232 
01233 /**
01234  * Load LPPB
01235  * type: float
01236  * indexed
01237  */
01238 #define LOAD_LPPB "LOAD_LPPB"
01239 
01240 /**
01241  * Load TPOB
01242  * type: float
01243  * indexed
01244  */
01245 #define LOAD_TPOB "LOAD_TPOB"
01246 
01247 /**
01248  * Load TPPOB
01249  * type: float
01250  * indexed
01251  */
01252 #define LOAD_TPPOB "LOAD_TPPOB"
01253 
01254 /**
01255  * Load HB
01256  * type: float
01257  * indexed
01258  */
01259 #define LOAD_HB "LOAD_HB"
01260 
01261 /**
01262  * Load ETRQB
01263  * type: float
01264  * indexed
01265  */
01266 #define LOAD_ETRQB "LOAD_ETRQB"
01267 
01268 /**
01269  * Load VTR1B
01270  * type: float
01271  * indexed
01272  */
01273 #define LOAD_VTR1B "LOAD_VTR1B"
01274 
01275 /**
01276  * Load TTR1B
01277  * type: float
01278  * indexed
01279  */
01280 #define LOAD_TTR1B "LOAD_TTR1B"
01281 
01282 /**
01283  * Load FTR1B
01284  * type: float
01285  * indexed
01286  */
01287 #define LOAD_FTR1B "LOAD_FTR1B"
01288 
01289 /**
01290  * Load VRC1B
01291  * type: float
01292  * indexed
01293  */
01294 #define LOAD_VRC1B "LOAD_VRC1B"
01295 
01296 /**
01297  * Load TRC1B
01298  * type: float
01299  * indexed
01300  */
01301 #define LOAD_TRC1B "LOAD_TRC1B"
01302 
01303 /**
01304  * Load VTR2B
01305  * type: float
01306  * indexed
01307  */
01308 #define LOAD_VTR2B "LOAD_VTR2B"
01309 
01310 /**
01311  * Load TTR2B
01312  * type: float
01313  * indexed
01314  */
01315 #define LOAD_TTR2B "LOAD_TTR2B"
01316 
01317 /**
01318  * Load FTR2B
01319  * type: float
01320  * indexed
01321  */
01322 #define LOAD_FTR2B "LOAD_FTR2B"
01323 
01324 /**
01325  * Load VRC2B
01326  * type: float
01327  * indexed
01328  */
01329 #define LOAD_VRC2B "LOAD_VRC2B"
01330 
01331 /**
01332  * Load TRC2B
01333  * type: float
01334  * indexed
01335  */
01336 #define LOAD_TRC2B "LOAD_TRC2B"
01337 
01338 /**
01339  * Load MTPC
01340  * type: integer
01341  * indexed
01342  */
01343 #define LOAD_MTPC "LOAD_MTPC"
01344 
01345 /**
01346  * Load LFMC
01347  * type: float
01348  * indexed
01349  */
01350 #define LOAD_LFMC "LOAD_LFMC"
01351 
01352 /**
01353  * Load RSC
01354  * type: float
01355  * indexed
01356  */
01357 #define LOAD_RSC "LOAD_RSC"
01358 
01359 /**
01360  * Load LSC
01361  * type: float
01362  * indexed
01363  */
01364 #define LOAD_LSC "LOAD_LSC"
01365 
01366 /**
01367  * Load LPC
01368  * type: float
01369  * indexed
01370  */
01371 #define LOAD_LPC "LOAD_LPC"
01372 
01373 /**
01374  * Load LPPC
01375  * type: float
01376  * indexed
01377  */
01378 #define LOAD_LPPC "LOAD_LPPC"
01379 
01380 /**
01381  * Load TPOC
01382  * type: float
01383  * indexed
01384  */
01385 #define LOAD_TPOC "LOAD_TPOC"
01386 
01387 /**
01388  * Load TPPOC
01389  * type: float
01390  * indexed
01391  */
01392 #define LOAD_TPPOC "LOAD_TPPOC"
01393 
01394 /**
01395  * Load HC
01396  * type: float
01397  * indexed
01398  */
01399 #define LOAD_HC "LOAD_HC"
01400 
01401 /**
01402  * Load ETRQC
01403  * type: float
01404  * indexed
01405  */
01406 #define LOAD_ETRQC "LOAD_ETRQC"
01407 
01408 /**
01409  * Load VTR1C
01410  * type: float
01411  * indexed
01412  */
01413 #define LOAD_VTR1C "LOAD_VTR1C"
01414 
01415 /**
01416  * Load TTR1C
01417  * type: float
01418  * indexed
01419  */
01420 #define LOAD_TTR1C "LOAD_TTR1C"
01421 
01422 /**
01423  * Load FTR1C
01424  * type: float
01425  * indexed
01426  */
01427 #define LOAD_FTR1C "LOAD_FTR1C"
01428 
01429 /**
01430  * Load VRC1C
01431  * type: float
01432  * indexed
01433  */
01434 #define LOAD_VRC1C "LOAD_VRC1C"
01435 
01436 /**
01437  * Load TRC1C
01438  * type: float
01439  * indexed
01440  */
01441 #define LOAD_TRC1C "LOAD_TRC1C"
01442 
01443 /**
01444  * Load VTR2C
01445  * type: float
01446  * indexed
01447  */
01448 #define LOAD_VTR2C "LOAD_VTR2C"
01449 
01450 /**
01451  * Load TTR2C
01452  * type: float
01453  * indexed
01454  */
01455 #define LOAD_TTR2C "LOAD_TTR2C"
01456 
01457 /**
01458  * Load FTR2C
01459  * type: float
01460  * indexed
01461  */
01462 #define LOAD_FTR2C "LOAD_FTR2C"
01463 
01464 /**
01465  * Load VRC2C
01466  * type: float
01467  * indexed
01468  */
01469 #define LOAD_VRC2C "LOAD_VRC2C"
01470 
01471 /**
01472  * Load TRC2C
01473  * type: float
01474  * indexed
01475  */
01476 #define LOAD_TRC2C "LOAD_TRC2C"
01477 
01478 /**
01479  * Load MTPD
01480  * type: integer
01481  * indexed
01482  */
01483 #define LOAD_MTPD "LOAD_MTPD"
01484 
01485 /**
01486  * Load LFMD
01487  * type: float
01488  * indexed
01489  */
01490 #define LOAD_LFMD "LOAD_LFMD"
01491 
01492 /**
01493  * Load TRST
01494  * type: float
01495  * indexed
01496  */
01497 #define LOAD_TRST "LOAD_TRST"
01498 
01499 /**
01500  * Load VTR1
01501  * type: float
01502  * indexed
01503  */
01504 #define LOAD_VTR1 "LOAD_VTR1"
01505 
01506 /**
01507  * Load VTR2
01508  * type: float
01509  * indexed
01510  */
01511 #define LOAD_VTR2 "LOAD_VTR2"
01512 
01513 /**
01514  * Load LFM
01515  * type: float
01516  * indexed
01517  */
01518 #define LOAD_LFM "LOAD_LFM"
01519 
01520 /**
01521  * Load RS
01522  * type: float
01523  * indexed
01524  */
01525 #define LOAD_RS "LOAD_RS"
01526 
01527 /**
01528  * Load LS
01529  * type: float
01530  * indexed
01531  */
01532 #define LOAD_LS "LOAD_LS"
01533 
01534 /**
01535  * Load LP
01536  * type: float
01537  * indexed
01538  */
01539 #define LOAD_LP "LOAD_LP"
01540 
01541 /**
01542  * Load LPP
01543  * type: float
01544  * indexed
01545  */
01546 #define LOAD_LPP "LOAD_LPP"
01547 
01548 /**
01549  * Load TPO
01550  * type: float
01551  * indexed
01552  */
01553 #define LOAD_TPO "LOAD_TPO"
01554 
01555 /**
01556  * Load TPPO
01557  * type: float
01558  * indexed
01559  */
01560 #define LOAD_TPPO "LOAD_TPPO"
01561 
01562 /**
01563  * Load ETRQ
01564  * type: float
01565  * indexed
01566  */
01567 #define LOAD_ETRQ "LOAD_ETRQ"
01568 
01569 /**
01570  * Load FTR1
01571  * type: float
01572  * indexed
01573  */
01574 #define LOAD_FTR1 "LOAD_FTR1"
01575 
01576 /**
01577  * Load VRC1
01578  * type: float
01579  * indexed
01580  */
01581 #define LOAD_VRC1 "LOAD_VRC1"
01582 
01583 /**
01584  * Load TRC1
01585  * type: float
01586  * indexed
01587  */
01588 #define LOAD_TRC1 "LOAD_TRC1"
01589 
01590 /**
01591  * Load FTR2
01592  * type: float
01593  * indexed
01594  */
01595 #define LOAD_FTR2 "LOAD_FTR2"
01596 
01597 /**
01598  * Load VRC2
01599  * type: float
01600  * indexed
01601  */
01602 #define LOAD_VRC2 "LOAD_VRC2"
01603 
01604 /**
01605  * Load TRC2
01606  * type: float
01607  * indexed
01608  */
01609 #define LOAD_TRC2 "LOAD_TRC2"
01610 
01611 /**
01612  * Load MTP
01613  * type: integer
01614  * indexed
01615  */
01616 #define LOAD_MTP "LOAD_MTP"
01617 
01618 // GENERATOR DATA
01619 /**
01620  * Number of generators on a bus
01621  * type: integer
01622  */
01623 #define GENERATOR_NUMBER "GENERATOR_NUMBER"
01624 
01625 /**
01626  * Bus number to which the generator is connected
01627  * type: integer
01628  * indexed
01629  */
01630 #define GENERATOR_BUSNUMBER "GENERATOR_BUSNUMBER"
01631 
01632 /**
01633  * Non-blank alphanumeric machine identifier, used to distinguish
01634  * among multiple machines connected to the same bus    
01635  * type: string
01636  * indexed
01637  */
01638 #define GENERATOR_ID "GENERATOR_ID"
01639 
01640 /**
01641  * Generator active power output, entered in MW 
01642  * type: real float
01643  * indexed
01644  */
01645 #define GENERATOR_PG "GENERATOR_PG"
01646 
01647 /**
01648  * Generator reactive power output, entered in MVar
01649  * type: real float
01650  * indexed
01651  */
01652 #define GENERATOR_QG "GENERATOR_QG"
01653 
01654 /**
01655  * Maximum generator reactive power output; entered in Mvar
01656  * type: real float
01657  * indexed
01658  */
01659 #define GENERATOR_QMAX "GENERATOR_QMAX"
01660 
01661 /**
01662  * Minimum generator reactive power output; entered in Mvar
01663  * type: real float
01664  * indexed
01665  */
01666 #define GENERATOR_QMIN "GENERATOR_QMIN"
01667 
01668 /**
01669  * Voltage setpoint; entered in pu
01670  * type: real float
01671  * indexed
01672  */
01673 #define GENERATOR_VS "GENERATOR_VS"
01674 
01675 /**
01676  * Bus number of a remote type 1 or 2 bus whose voltage is to be regulated by this plant to the
01677  * value specified by GENERATOR_VS
01678  * type: integer
01679  * indexed
01680  */
01681 #define GENERATOR_IREG "GENERATOR_IREG"
01682 
01683 /**
01684  * Total MVA base of the units represented by this machine; entered in MVA. 
01685  * type: real float
01686  * indexed
01687  */
01688 #define GENERATOR_MBASE "GENERATOR_MBASE"
01689 
01690 /**
01691  * Complex impedance, in pu on GENERATOR_MBASE base. 
01692  * type: complex
01693  * indexed
01694  */
01695 #define GENERATOR_ZSOURCE "GENERATOR_ZSOURCE"
01696 
01697 /**
01698  * Step-up transformer impedance; entered in pu on GENERATOR_MBASE base. 
01699  * type: complex
01700  * indexed
01701  */
01702 #define GENERATOR_XTRAN "GENERATOR_XTRAN"
01703 
01704 /**
01705  * Active and reactive components of Step-up transformer impedance, in pu on GENERATOR_MBASE base
01706  * type: real float
01707  * indexed
01708  */
01709 #define GENERATOR_RT "GENERATOR_RT"
01710 #define GENERATOR_XT "GENERATOR_XT"
01711 
01712 /**
01713  * Step-up transformer off-nominal turns ratio; entered in pu
01714  * type: real float
01715  * indexed
01716  */
01717 #define GENERATOR_GTAP "GENERATOR_GTAP"
01718 
01719 /**
01720  * Initial machine status
01721  * 1: in-service
01722  * 0: out-of-service
01723  * type: integer
01724  * indexed
01725  */
01726 #define GENERATOR_STAT "GENERATOR_STAT"
01727 
01728 /**
01729  * Percent of the total Mvar required to hold the voltage at the bus controlled by bus 
01730  * that are to be contributed by the generation. It must be positive
01731  * type: real float
01732  * indexed
01733  */
01734 #define GENERATOR_RMPCT "GENERATOR_RMPCT"
01735 
01736 /**
01737  * Maximum generator active power output; entered in MW
01738  * type: real float
01739  * indexed
01740  */
01741 #define GENERATOR_PMAX "GENERATOR_PMAX"
01742 
01743 /**
01744  * Minimum generator active power output; entered in MW
01745  * type: real float
01746  * indexed
01747  */
01748 #define GENERATOR_PMIN "GENERATOR_PMIN"
01749 
01750 /**
01751  * Generator owner number   
01752  * type: integer
01753  * indexed
01754  */
01755 #define GENERATOR_OWNER "GENERATOR_OWNER"
01756 
01757 /**
01758  * Generator reactance
01759  * type: real float
01760  * indexed
01761  */
01762 #define GENERATOR_REACTANCE "GENERATOR_REACTANCE"
01763 
01764 /**
01765  * Generator resistance
01766  * type: real float
01767  * indexed
01768  */
01769 #define GENERATOR_RESISTANCE "GENERATOR_RESISTANCE"
01770 
01771 /**
01772  * Generator transient reactance
01773  * type: real float
01774  * indexed
01775  */
01776 #define GENERATOR_TRANSIENT_REACTANCE "GENERATOR_TRANSIENT_REACTANCE"
01777 
01778 /**
01779  * Generator subtransient reactance
01780  * type: real float
01781  * indexed
01782  */
01783 #define GENERATOR_SUBTRANSIENT_REACTANCE "GENERATOR_SUBTRANSIENT_REACTANCE"
01784 
01785 /**
01786  * Generator inertia constant
01787  * type: real float
01788  * indexed
01789  */
01790 #define GENERATOR_INERTIA_CONSTANT_H "GENERATOR_INERTIA_CONSTANT_H"
01791 
01792 /**
01793  * Generator damping coefficient
01794  * type: real float
01795  * indexed
01796  */
01797 #define GENERATOR_DAMPING_COEFFICIENT_0 "GENERATOR_DAMPING_COEFFICENT_0"
01798 
01799 /**
01800  * Generator TDOP
01801  * type: real float
01802  * indexed
01803  */
01804 #define GENERATOR_TDOP "GENERATOR_TDOP"
01805 
01806 /**
01807  * Generator TDOPP
01808  * type: real float
01809  * indexed
01810  */
01811 #define GENERATOR_TDOPP "GENERATOR_TDOPP"
01812 
01813 /**
01814  * Generator TQOP
01815  * type: real float
01816  * indexed
01817  */
01818 #define GENERATOR_TQOP "GENERATOR_TQOP"
01819 
01820 /**
01821  * Generator TQOPP
01822  * type: real float
01823  * indexed
01824  */
01825 #define GENERATOR_TQOPP "GENERATOR_TQOPP"
01826 
01827 /**
01828  * Generator XD
01829  * type: real float
01830  * indexed
01831  */
01832 #define GENERATOR_XD "GENERATOR_XD"
01833 
01834 /**
01835  * Generator XQ
01836  * type: real float
01837  * indexed
01838  */
01839 #define GENERATOR_XQ "GENERATOR_XQ"
01840 
01841 /**
01842  * Generator XDP
01843  * type: real float
01844  * indexed
01845  */
01846 #define GENERATOR_XDP "GENERATOR_XDP"
01847 
01848 /**
01849  * Generator XQP
01850  * type: real float
01851  * indexed
01852  */
01853 #define GENERATOR_XQP "GENERATOR_XQP"
01854 
01855 /**
01856  * Generator XDPP
01857  * type: real float
01858  * indexed
01859  */
01860 #define GENERATOR_XDPP "GENERATOR_XDPP"
01861 
01862 /**
01863  * Generator XL
01864  * type: real float
01865  * indexed
01866  */
01867 #define GENERATOR_XL "GENERATOR_XL"
01868 
01869 /**
01870  * Generator S1
01871  * type: real float
01872  * indexed
01873  */
01874 #define GENERATOR_S1 "GENERATOR_S1"
01875 
01876 /**
01877  * Generator S12
01878  * type: real float
01879  * indexed
01880  */
01881 #define GENERATOR_S12 "GENERATOR_S12"
01882 
01883 /**
01884  * Generator owner 1
01885  * type: real float
01886  * indexed
01887  */
01888 #define GENERATOR_OWNER1 "GENERATOR_OWNER1"
01889 
01890 /**
01891  * Generator owner 2
01892  * type: integer
01893  * indexed
01894  */
01895 #define GENERATOR_OWNER2 "GENERATOR_OWNER2"
01896 
01897 /**
01898  * Generator owner 3
01899  * type: integer
01900  * indexed
01901  */
01902 #define GENERATOR_OWNER3 "GENERATOR_OWNER3"
01903 
01904 /**
01905  * Generator owner 4
01906  * type: integer
01907  * indexed
01908  */
01909 #define GENERATOR_OWNER4 "GENERATOR_OWNER4"
01910 
01911 /**
01912  * Generator owner 1 fraction
01913  * type: integer
01914  * indexed
01915  */
01916 #define GENERATOR_OFRAC1 "GENERATOR_OFRAC1"
01917 
01918 /**
01919  * Generator owner 2 fraction
01920  * type: real float
01921  * indexed
01922  */
01923 #define GENERATOR_OFRAC2 "GENERATOR_OFRAC2"
01924 
01925 /**
01926  * Generator owner 3 fraction
01927  * type: real float
01928  * indexed
01929  */
01930 #define GENERATOR_OFRAC3 "GENERATOR_OFRAC3"
01931 
01932 /**
01933  * Generator owner 4 fraction
01934  * type: real float
01935  * indexed
01936  */
01937 #define GENERATOR_OFRAC4 "GENERATOR_OFRAC4"
01938 
01939 /**
01940  * Generator wind mode (distinguish wind generators)
01941  * type: integer
01942  * indexed
01943  */
01944 #define GENERATOR_WMOD "GENERATOR_WMOD"
01945 
01946 /**
01947  * Wind generator power factor
01948  * type: real float
01949  * indexed
01950  */
01951 #define GENERATOR_WPF "GENERATOR_WPF"
01952 
01953 /**
01954  * Non-blank alphanumeric string to identify model being used for pss   
01955  * type: string
01956  * indexed
01957  */
01958 #define PSSSIM_MODEL "PSSSIM_MODEL"
01959 
01960 /**
01961  * Non-blank alphanumeric string to identify model being used for generator 
01962  * type: string
01963  * indexed
01964  */
01965 #define GENERATOR_MODEL "GENERATOR_MODEL"
01966 
01967 // GOVERNOR DATA
01968 /**
01969  * Flag to indicate that governor is present
01970  * type: boolean
01971  * indexed
01972  */
01973 #define HAS_GOVERNOR "HAS_GOVERNOR"
01974 
01975 /**
01976  * Governor model
01977  * type: string
01978  * indexed
01979  */
01980 #define GOVERNOR_MODEL "GOVERNOR_MODEL"
01981 
01982 /**
01983  * Generator JBUS
01984  * type: integer
01985  * indexed
01986  */
01987 #define GOVERNOR_JBUS "GOVERNOR_JBUS"
01988 
01989 /**
01990  * Governor M
01991  * type: integer
01992  * indexed
01993  */
01994 #define GOVERNOR_M "GOVERNOR_M"
01995 
01996 /**
01997  * Governor K
01998  * type: real float
01999  * indexed
02000  */
02001 #define GOVERNOR_K "GOVERNOR_K"
02002 
02003 /**
02004  * Governor T1
02005  * type: real float
02006  * indexed
02007  */
02008 #define GOVERNOR_T1 "GOVERNOR_T1"
02009 
02010 /**
02011  * Governor T2
02012  * type: real float
02013  * indexed
02014  */
02015 #define GOVERNOR_T2 "GOVERNOR_T2"
02016 
02017 /**
02018  * Governor T3
02019  * type: real float
02020  * indexed
02021  */
02022 #define GOVERNOR_T3 "GOVERNOR_T3"
02023 
02024 /**
02025  * Governor UO
02026  * type: real float
02027  * indexed
02028  */
02029 #define GOVERNOR_UO "GOVERNOR_UO"
02030 
02031 /**
02032  * Governor UC
02033  * type: real float
02034  * indexed
02035  */
02036 #define GOVERNOR_UC "GOVERNOR_UC"
02037 
02038 /**
02039  * Governor PMAX
02040  * type: real float
02041  * indexed
02042  */
02043 #define GOVERNOR_PMAX "GOVERNOR_PMAX"
02044 
02045 /**
02046  * Governor PMIN
02047  * type: real float
02048  * indexed
02049  */
02050 #define GOVERNOR_PMIN "GOVERNOR_PMIN"
02051 
02052 /**
02053  * Governor T4
02054  * type: real float
02055  * indexed
02056  */
02057 #define GOVERNOR_T4 "GOVERNOR_T4"
02058 
02059 /**
02060  * Governor K1
02061  * type: real float
02062  * indexed
02063  */
02064 #define GOVERNOR_K1 "GOVERNOR_K1"
02065 
02066 /**
02067  * Governor K2
02068  * type: real float
02069  * indexed
02070  */
02071 #define GOVERNOR_K2 "GOVERNOR_K2"
02072 
02073 /**
02074  * Governor T5
02075  * type: real float
02076  * indexed
02077  */
02078 #define GOVERNOR_T5 "GOVERNOR_T5"
02079 
02080 /**
02081  * Governor K3
02082  * type: real float
02083  * indexed
02084  */
02085 #define GOVERNOR_K3 "GOVERNOR_K3"
02086 
02087 /**
02088  * Governor K4
02089  * type: real float
02090  * indexed
02091  */
02092 #define GOVERNOR_K4 "GOVERNOR_K4"
02093 
02094 /**
02095  * Governor T6
02096  * type: real float
02097  * indexed
02098  */
02099 #define GOVERNOR_T6 "GOVERNOR_T6"
02100 
02101 /**
02102  * Governor K5
02103  * type: real float
02104  * indexed
02105  */
02106 #define GOVERNOR_K5 "GOVERNOR_K5"
02107 
02108 /**
02109  * Governor K6
02110  * type: real float
02111  * indexed
02112  */
02113 #define GOVERNOR_K6 "GOVERNOR_K6"
02114 
02115 /**
02116  * Governor T7
02117  * type: real float
02118  * indexed
02119  */
02120 #define GOVERNOR_T7 "GOVERNOR_T7"
02121 
02122 /**
02123  * Governor K7
02124  * type: real float
02125  * indexed
02126  */
02127 #define GOVERNOR_K7 "GOVERNOR_K7"
02128 
02129 /**
02130  * Governor K8
02131  * type: real float
02132  * indexed
02133  */
02134 #define GOVERNOR_K8 "GOVERNOR_K8"
02135 
02136 /**
02137  * Governor DB1
02138  * type: real float
02139  * indexed
02140  */
02141 #define GOVERNOR_DB1 "GOVERNOR_DB1"
02142 
02143 /**
02144  * Governor ERR
02145  * type: real float
02146  * indexed
02147  */
02148 #define GOVERNOR_ERR "GOVERNOR_ERR"
02149 
02150 /**
02151  * Governor DB2
02152  * type: real float
02153  * indexed
02154  */
02155 #define GOVERNOR_DB2 "GOVERNOR_DB2"
02156 
02157 /**
02158  * Governor GV1
02159  * type: real float
02160  * indexed
02161  */
02162 #define GOVERNOR_GV1 "GOVERNOR_GV1"
02163 
02164 /**
02165  * Governor PGV1
02166  * type: real float
02167  * indexed
02168  */
02169 #define GOVERNOR_PGV1 "GOVERNOR_PGV1"
02170 
02171 /**
02172  * Governor GV2
02173  * type: real float
02174  * indexed
02175  */
02176 #define GOVERNOR_GV2 "GOVERNOR_GV2"
02177 
02178 /**
02179  * Governor PGV2
02180  * type: real float
02181  * indexed
02182  */
02183 #define GOVERNOR_PGV2 "GOVERNOR_PGV2"
02184 
02185 /**
02186  * Governor GV3
02187  * type: real float
02188  * indexed
02189  */
02190 #define GOVERNOR_GV3 "GOVERNOR_GV3"
02191 
02192 /**
02193  * Governor PGV3
02194  * type: real float
02195  * indexed
02196  */
02197 #define GOVERNOR_PGV3 "GOVERNOR_PGV3"
02198 
02199 /**
02200  * Governor GV4
02201  * type: real float
02202  * indexed
02203  */
02204 #define GOVERNOR_GV4 "GOVERNOR_GV4"
02205 
02206 /**
02207  * Governor PGV4
02208  * type: real float
02209  * indexed
02210  */
02211 #define GOVERNOR_PGV4 "GOVERNOR_PGV4"
02212 
02213 /**
02214  * Governor GV5
02215  * type: real float
02216  * indexed
02217  */
02218 #define GOVERNOR_GV5 "GOVERNOR_GV5"
02219 
02220 /**
02221  * Governor PGV5
02222  * type: real float
02223  * indexed
02224  */
02225 #define GOVERNOR_PGV5 "GOVERNOR_PGV5"
02226 
02227 /**
02228  * Governor IBLOCK
02229  * type: integer
02230  * indexed
02231  */
02232 #define GOVERNOR_IBLOCK "GOVERNOR_IBLOCK"
02233 
02234 /**
02235  * Governor RSELECT
02236  * type: real float
02237  * indexed
02238  */
02239 #define GOVERNOR_RSELECT "GOVERNOR_RSELECT"
02240 
02241 /**
02242  * Governor FLAGSWITCH
02243  * type: real float
02244  * indexed
02245  */
02246 #define GOVERNOR_FLAGSWITCH "GOVERNOR_FLAGSWITCH"
02247 
02248 /**
02249  * Governor R
02250  * type: real float
02251  * indexed
02252  */
02253 #define GOVERNOR_R "GOVERNOR_R"
02254 
02255 /**
02256  * Governor TPELEC
02257  * type: real float
02258  * indexed
02259  */
02260 #define GOVERNOR_TPELEC "GOVERNOR_TPELEC"
02261 
02262 /**
02263  * Governor MAXERR
02264  * type: real float
02265  * indexed
02266  */
02267 #define GOVERNOR_MAXERR "GOVERNOR_MAXERR"
02268 
02269 /**
02270  * Governor MINERR
02271  * type: real float
02272  * indexed
02273  */
02274 #define GOVERNOR_MINERR "GOVERNOR_MINERR"
02275 
02276 /**
02277  * Governor KPGOV
02278  * type: real float
02279  * indexed
02280  */
02281 #define GOVERNOR_KPGOV "GOVERNOR_KPGOV"
02282 
02283 /**
02284  * Governor KIGOV
02285  * type: real float
02286  * indexed
02287  */
02288 #define GOVERNOR_KIGOV "GOVERNOR_KIGOV"
02289 
02290 /**
02291  * Governor KDGOV
02292  * type: real float
02293  * indexed
02294  */
02295 #define GOVERNOR_KDGOV "GOVERNOR_KDGOV"
02296 
02297 /**
02298  * Governor TDGOV
02299  * type: real float
02300  * indexed
02301  */
02302 #define GOVERNOR_TDGOV "GOVERNOR_TDGOV"
02303 
02304 /**
02305  * Governor VMAX
02306  * type: real float
02307  * indexed
02308  */
02309 #define GOVERNOR_VMAX "GOVERNOR_VMAX"
02310 
02311 /**
02312  * Governor VMIN
02313  * type: real float
02314  * indexed
02315  */
02316 #define GOVERNOR_VMIN "GOVERNOR_VMIN"
02317 
02318 /**
02319  * Governor TACT
02320  * type: real float
02321  * indexed
02322  */
02323 #define GOVERNOR_TACT "GOVERNOR_TACT"
02324 
02325 /**
02326  * Governor KTURB
02327  * type: real float
02328  * indexed
02329  */
02330 #define GOVERNOR_KTURB "GOVERNOR_KTURB"
02331 
02332 /**
02333  * Governor WFNL
02334  * type: real float
02335  * indexed
02336  */
02337 #define GOVERNOR_WFNL "GOVERNOR_WFNL"
02338 
02339 /**
02340  * Governor TB
02341  * type: real float
02342  * indexed
02343  */
02344 #define GOVERNOR_TB "GOVERNOR_TB"
02345 
02346 /**
02347  * Governor TC
02348  * type: real float
02349  * indexed
02350  */
02351 #define GOVERNOR_TC "GOVERNOR_TC"
02352 
02353 /**
02354  * Governor TENG
02355  * type: real float
02356  * indexed
02357  */
02358 #define GOVERNOR_TENG "GOVERNOR_TENG"
02359 
02360 /**
02361  * Governor TFLOAD
02362  * type: real float
02363  * indexed
02364  */
02365 #define GOVERNOR_TFLOAD "GOVERNOR_TFLOAD"
02366 
02367 /**
02368  * Governor KPLOAD
02369  * type: real float
02370  * indexed
02371  */
02372 #define GOVERNOR_KPLOAD "GOVERNOR_KPLOAD"
02373 
02374 /**
02375  * Governor KILOAD
02376  * type: real float
02377  * indexed
02378  */
02379 #define GOVERNOR_KILOAD "GOVERNOR_KILOAD"
02380 
02381 /**
02382  * Governor LDREF
02383  * type: real float
02384  * indexed
02385  */
02386 #define GOVERNOR_LDREF "GOVERNOR_LDREF"
02387 
02388 /**
02389  * Governor DM
02390  * type: real float
02391  * indexed
02392  */
02393 #define GOVERNOR_DM "GOVERNOR_DM"
02394 
02395 /**
02396  * Governor ROPEN
02397  * type: real float
02398  * indexed
02399  */
02400 #define GOVERNOR_ROPEN "GOVERNOR_ROPEN"
02401 
02402 /**
02403  * Governor RCLOSE
02404  * type: real float
02405  * indexed
02406  */
02407 #define GOVERNOR_RCLOSE "GOVERNOR_RCLOSE"
02408 
02409 /**
02410  * Governor KIMW
02411  * type: real float
02412  * indexed
02413  */
02414 #define GOVERNOR_KIMW "GOVERNOR_KIMW"
02415 
02416 /**
02417  * Governor ASET
02418  * type: real float
02419  * indexed
02420  */
02421 #define GOVERNOR_ASET "GOVERNOR_ASET"
02422 
02423 /**
02424  * Governor KA
02425  * type: real float
02426  * indexed
02427  */
02428 #define GOVERNOR_KA "GOVERNOR_KA"
02429 
02430 /**
02431  * Governor TA
02432  * type: real float
02433  * indexed
02434  */
02435 #define GOVERNOR_TA "GOVERNOR_TA"
02436 
02437 /**
02438  * Governor TRATE
02439  * type: real float
02440  * indexed
02441  */
02442 #define GOVERNOR_TRATE "GOVERNOR_TRATE"
02443 
02444 /**
02445  * Governor DB
02446  * type: real float
02447  * indexed
02448  */
02449 #define GOVERNOR_DB "GOVERNOR_DB"
02450 
02451 /**
02452  * Governor TSA
02453  * type: real float
02454  * indexed
02455  */
02456 #define GOVERNOR_TSA "GOVERNOR_TSA"
02457 
02458 /**
02459  * Governor TSB
02460  * type: real float
02461  * indexed
02462  */
02463 #define GOVERNOR_TSB "GOVERNOR_TSB"
02464 
02465 /**
02466  * Governor RUP
02467  * type: real float
02468  * indexed
02469  */
02470 #define GOVERNOR_RUP "GOVERNOR_RUP"
02471 
02472 /**
02473  * Governor RDOWN
02474  * type: real float
02475  * indexed
02476  */
02477 #define GOVERNOR_RDOWN "GOVERNOR_RDOWN"
02478 
02479 /**
02480  * Governor TD
02481  * type: real float
02482  * indexed
02483  */
02484 #define GOVERNOR_TD "GOVERNOR_TD"
02485 
02486 /**
02487  * Governor KI
02488  * type: real float
02489  * indexed
02490  */
02491 #define GOVERNOR_KI "GOVERNOR_KI"
02492 
02493 /**
02494  * Governor TF
02495  * type: real float
02496  * indexed
02497  */
02498 #define GOVERNOR_TF "GOVERNOR_TF"
02499 
02500 /**
02501  * Governor KD
02502  * type: real float
02503  * indexed
02504  */
02505 #define GOVERNOR_KD "GOVERNOR_KD"
02506 
02507 /**
02508  * Governor KP
02509  * type: real float
02510  * indexed
02511  */
02512 #define GOVERNOR_KP "GOVERNOR_KP"
02513 
02514 /**
02515  * Governor TT
02516  * type: real float
02517  * indexed
02518  */
02519 #define GOVERNOR_TT "GOVERNOR_TT"
02520 
02521 /**
02522  * Governor GV5
02523  * type: real float
02524  * indexed
02525  */
02526 #define GOVERNOR_KG "GOVERNOR_KG"
02527 
02528 /**
02529  * Governor TP
02530  * type: real float
02531  * indexed
02532  */
02533 #define GOVERNOR_TP "GOVERNOR_TP"
02534 
02535 /**
02536  * Governor VELOPEN
02537  * type: real float
02538  * indexed
02539  */
02540 #define GOVERNOR_VELOPEN "GOVERNOR_VELOPEN"
02541 
02542 /**
02543  * Governor VELCLOSE
02544  * type: real float
02545  * indexed
02546  */
02547 #define GOVERNOR_VELCLOSE "GOVERNOR_VELCLOSE"
02548 
02549 /**
02550  * Governor ATURB
02551  * type: real float
02552  * indexed
02553  */
02554 #define GOVERNOR_ATURB "GOVERNOR_ATURB"
02555 
02556 /**
02557  * Governor BTURB
02558  * type: real float
02559  * indexed
02560  */
02561 #define GOVERNOR_BTURB "GOVERNOR_BTURB"
02562 
02563 /**
02564  * Governor TTURB
02565  * type: real float
02566  * indexed
02567  */
02568 #define GOVERNOR_TTURB "GOVERNOR_TTURB"
02569 
02570 /**
02571  * Governor TRATE
02572  * type: real float
02573  * indexed
02574  */
02575 #define GOVERNOR_TRATE "GOVERNOR_TRATE"
02576 
02577 // EXCITER DATA
02578 /**
02579  * Flag to indicate that exciter is present
02580  * type: boolean
02581  * indexed
02582  */
02583 #define HAS_EXCITER "HAS_EXCITER"
02584 
02585 /**
02586  * Exciter model
02587  * type: string
02588  * indexed
02589  */
02590 #define EXCITER_MODEL "EXCITER_MODEL"
02591 
02592 /**
02593  * Exciter TR
02594  * type: real float
02595  * indexed
02596  */
02597 #define EXCITER_TR "EXCITER_TR"
02598 
02599 /**
02600  * Exciter KA
02601  * type: real float
02602  * indexed
02603  */
02604 #define EXCITER_KA "EXCITER_KA"
02605 
02606 /**
02607  * Exciter TA
02608  * type: real float
02609  * indexed
02610  */
02611 #define EXCITER_TA "EXCITER_TA"
02612 
02613 /**
02614  * Exciter TB
02615  * type: real float
02616  * indexed
02617  */
02618 #define EXCITER_TB "EXCITER_TB"
02619 
02620 /**
02621  * Exciter TC
02622  * type: real float
02623  * indexed
02624  */
02625 #define EXCITER_TC "EXCITER_TC"
02626 
02627 /**
02628  * Exciter VRMAX
02629  * type: real float
02630  * indexed
02631  */
02632 #define EXCITER_VRMAX "EXCITER_VRMAX"
02633 
02634 /**
02635  * Exciter VRMIN
02636  * type: real float
02637  * indexed
02638  */
02639 #define EXCITER_VRMIN "EXCITER_VRMIN"
02640 
02641 /**
02642  * Exciter KE
02643  * type: real float
02644  * indexed
02645  */
02646 #define EXCITER_KE "EXCITER_KE"
02647 
02648 /**
02649  * Exciter TE
02650  * type: real float
02651  * indexed
02652  */
02653 #define EXCITER_TE "EXCITER_TE"
02654 
02655 /**
02656  * Exciter KF
02657  * type: real float
02658  * indexed
02659  */
02660 #define EXCITER_KF "EXCITER_KF"
02661 
02662 /**
02663  * Exciter TF1
02664  * type: real float
02665  * indexed
02666  */
02667 #define EXCITER_TF1 "EXCITER_TF1"
02668 
02669 /**
02670  * Exciter SWITCH
02671  * type: real float
02672  * indexed
02673  */
02674 #define EXCITER_SWITCH "EXCITER_SWITCH"
02675 
02676 /**
02677  * Exciter E1
02678  * type: real float
02679  * indexed
02680  */
02681 #define EXCITER_E1 "EXCITER_E1"
02682 
02683 /**
02684  * Exciter SE1
02685  * type: real float
02686  * indexed
02687  */
02688 #define EXCITER_SE1 "EXCITER_SE1"
02689 
02690 /**
02691  * Exciter E2
02692  * type: real float
02693  * indexed
02694  */
02695 #define EXCITER_E2 "EXCITER_E2"
02696 
02697 /**
02698  * Exciter SE2
02699  * type: real float
02700  * indexed
02701  */
02702 #define EXCITER_SE2 "EXCITER_SE2"
02703 
02704 /**
02705  * Exciter UEL
02706  * type: real float
02707  * indexed
02708  */
02709 #define EXCITER_UEL "EXCITER_UEL"
02710 
02711 /**
02712  * Exciter VOS
02713  * type: real float
02714  * indexed
02715  */
02716 #define EXCITER_VOS "EXCITER_VOS"
02717 
02718 /**
02719  * Exciter VIMAX
02720  * type: real float
02721  * indexed
02722  */
02723 #define EXCITER_VIMAX "EXCITER_VIMAX"
02724 
02725 /**
02726  * Exciter VIMIN
02727  * type: real float
02728  * indexed
02729  */
02730 #define EXCITER_VIMIN "EXCITER_VIMIN"
02731 
02732 /**
02733  * Exciter TC1
02734  * type: real float
02735  * indexed
02736  */
02737 #define EXCITER_TC1 "EXCITER_TC1"
02738 
02739 /**
02740  * Exciter TB1
02741  * type: real float
02742  * indexed
02743  */
02744 #define EXCITER_TB1 "EXCITER_TB1"
02745 
02746 /**
02747  * Exciter VAMAX
02748  * type: real float
02749  * indexed
02750  */
02751 #define EXCITER_VAMAX "EXCITER_VAMAX"
02752 
02753 /**
02754  * Exciter VAMIN
02755  * type: real float
02756  * indexed
02757  */
02758 #define EXCITER_VAMIN "EXCITER_VAMIN"
02759 
02760 /**
02761  * Exciter KC
02762  * type: real float
02763  * indexed
02764  */
02765 #define EXCITER_KC "EXCITER_KC"
02766 
02767 /**
02768  * Exciter TF
02769  * type: real float
02770  * indexed
02771  */
02772 #define EXCITER_TF "EXCITER_TF"
02773 
02774 /**
02775  * Exciter KLR
02776  * type: real float
02777  * indexed
02778  */
02779 #define EXCITER_KLR "EXCITER_KLR"
02780 
02781 /**
02782  * Exciter ILR
02783  * type: real float
02784  * indexed
02785  */
02786 #define EXCITER_ILR "EXCITER_ILR"
02787 
02788 /**
02789  * Exciter KPR
02790  * type: real float
02791  * indexed
02792  */
02793 #define EXCITER_KPR "EXCITER_KPR"
02794 
02795 /**
02796  * Exciter KIR
02797  * type: real float
02798  * indexed
02799  */
02800 #define EXCITER_KIR "EXCITER_KIR"
02801 
02802 /**
02803  * Exciter KPM
02804  * type: real float
02805  * indexed
02806  */
02807 #define EXCITER_KPM "EXCITER_KPM"
02808 
02809 /**
02810  * Exciter KIM
02811  * type: real float
02812  * indexed
02813  */
02814 #define EXCITER_KIM "EXCITER_KIM"
02815 
02816 /**
02817  * Exciter VMMAX
02818  * type: real float
02819  * indexed
02820  */
02821 #define EXCITER_VMMAX "EXCITER_VMMAX"
02822 
02823 /**
02824  * Exciter VMMIN
02825  * type: real float
02826  * indexed
02827  */
02828 #define EXCITER_VMMIN "EXCITER_VMMIN"
02829 
02830 /**
02831  * Exciter KG
02832  * type: real float
02833  * indexed
02834  */
02835 #define EXCITER_KG "EXCITER_KG"
02836 
02837 /**
02838  * Exciter KP
02839  * type: real float
02840  * indexed
02841  */
02842 #define EXCITER_KP "EXCITER_KP"
02843 
02844 /**
02845  * Exciter KI
02846  * type: real float
02847  * indexed
02848  */
02849 #define EXCITER_KI "EXCITER_KI"
02850 
02851 /**
02852  * Exciter VBMAX
02853  * type: real float
02854  * indexed
02855  */
02856 #define EXCITER_VBMAX "EXCITER_VBMAX"
02857 
02858 /**
02859  * Exciter KC
02860  * type: real float
02861  * indexed
02862  */
02863 #define EXCITER_KC "EXCITER_KC"
02864 
02865 /**
02866  * Exciter XL
02867  * type: real float
02868  * indexed
02869  */
02870 #define EXCITER_XL "EXCITER_XL"
02871 
02872 /**
02873  * Exciter THETAP
02874  * type: real float
02875  * indexed
02876  */
02877 #define EXCITER_THETAP "EXCITER_THETAP"
02878 
02879 // BRANCH DATA
02880 /**
02881  * Global index used to sort branches into a fixed order
02882  * type: integer
02883  */
02884 #define BRANCH_INDEX "BRANCH_INDEX"
02885 /**
02886  * Branch �from bus�    
02887  * type: integer
02888  */
02889 #define BRANCH_FROMBUS "BRANCH_FROMBUS"
02890 
02891 /**
02892  * Branch �to bus�  
02893  * type: integer
02894  */
02895 #define BRANCH_TOBUS "BRANCH_TOBUS"
02896 
02897 /**
02898  * Alpha-numeric identifier assigned to new branches that may be
02899  * as part of the parsing process
02900  * type: string
02901  */
02902 #define NEW_BRANCH_TYPE "NEW_BRANCH_TYPE"
02903 
02904 /**
02905  * Number of transmission elements on branch
02906  * type: integer
02907  */
02908 #define BRANCH_NUM_ELEMENTS "BRANCH_NUM_ELEMENTS"
02909 
02910 /**
02911  * Logical flag that defines whether or not to and from bus are switched for
02912  * transmission element
02913  * type: boolean
02914  * indexed
02915  */
02916 #define BRANCH_SWITCHED "BRANCH_SWITCHED"
02917 
02918 /**
02919  * Non-blank alphanumeric branch circuit identifier
02920  * type: string
02921  * indexed
02922  */
02923 #define BRANCH_CKT "BRANCH_CKT"
02924 
02925 /**
02926  * Branch resistance; entered in pu
02927  * type: real float
02928  * indexed
02929  */
02930 #define BRANCH_R "BRANCH_R"
02931 
02932 /**
02933  * Branch reactance; entered in pu. 
02934  * type: real float
02935  * indexed
02936  */
02937 #define BRANCH_X "BRANCH_X"
02938 
02939 /**
02940  * Total branch charging susceptance; entered in pu
02941  * type: real float
02942  * indexed
02943  */
02944 #define BRANCH_B "BRANCH_B"
02945 
02946 /**
02947  * First current rating; entered in MVA
02948  * type: real float
02949  * indexed
02950  */
02951 #define BRANCH_RATING_A "BRANCH_RATING_A"
02952 
02953 /**
02954  * Second current rating; entered in MVA
02955  * type: real float
02956  * indexed
02957  */
02958 #define BRANCH_RATING_B "BRANCH_RATING_B"
02959 
02960 /**
02961  * Third current rating; entered in MVA
02962  * type: real float
02963  * indexed
02964  */
02965 #define BRANCH_RATING_C "BRANCH_RATING_C"
02966 
02967 /**
02968  * Transformer tap ratio in PTI 23 version
02969  * type: real float
02970  * indexed
02971  */
02972 #define BRANCH_TAP "BRANCH_TAP"
02973 
02974 /**
02975  * Transformer shift in PTI 23 version
02976  * type: real float
02977  * indexed
02978  */
02979 #define BRANCH_SHIFT "BRANCH_SHIFT"
02980 
02981 /**
02982  * Real part of admittance of the line shunt at the �from bus� end of the branch
02983  * type: real float
02984  * indexed
02985  */
02986 #define BRANCH_SHUNT_ADMTTNC_G1 "BRANCH_SHUNT_ADMTTNC_G1"
02987 
02988 /**
02989  * Imaginary part of admittance of the line shunt at the �from bus� end of the branch
02990  * type: real float
02991  * indexed
02992  */
02993 #define BRANCH_SHUNT_ADMTTNC_B1 "BRANCH_SHUNT_ADMTTNC_B1"
02994 
02995 /**
02996  * Real part of admittance of the line shunt at the �to bus� end of the branch
02997  * type: real float
02998  * indexed
02999  */
03000 #define BRANCH_SHUNT_ADMTTNC_G2 "BRANCH_SHUNT_ADMTTNC_G2"
03001 
03002 /**
03003  * Imaginary part of admittance of the line shunt at the �to bus� end of the branch
03004  * type: real float
03005  * indexed
03006  */
03007 #define BRANCH_SHUNT_ADMTTNC_B2 "BRANCH_SHUNT_ADMTTNC_B2"
03008 
03009 /**
03010  * Flag that indicates that branch was generated from a 3-winding transformer
03011  * type: boolean
03012  * indexed
03013  */
03014 #define BRANCH_3WINDING "BRANCH_3WINDING"
03015 
03016 /**
03017  * Initial branch status
03018  * 1: in-service
03019  * 0: out-of-service
03020  * type: integer
03021  * indexed
03022  */
03023 #define BRANCH_STATUS "BRANCH_STATUS"
03024 
03025 /**
03026  * Flag to indicate what end of the branch is metered
03027  * <=1: From bus is metered
03028  * >=2: To bus is metered
03029  * type: integer
03030  * indexed
03031  */
03032 #define BRANCH_METER "BRANCH_METER"
03033 
03034 /**
03035  * Parameter describing length of line
03036  * type: real float
03037  * indexed
03038  */
03039 #define BRANCH_LENGTH "BRANCH_LENGTH"
03040 
03041 /**
03042  * Branch owner number 1 (out of up to four)
03043  * type: integer
03044  * indexed
03045  */
03046 #define BRANCH_O1 "BRANCH_O1"
03047 
03048 /**
03049  * Fraction owned by owner 1
03050  * type: real float
03051  * indexed
03052  */
03053 #define BRANCH_F1 "BRANCH_F1"
03054 
03055 /**
03056  * Branch owner number 2 (out of up to four)
03057  * type: integer
03058  * indexed
03059  */
03060 #define BRANCH_O2 "BRANCH_O2"
03061 
03062 /**
03063  * Fraction owned by owner 2
03064  * type: real float
03065  * indexed
03066  */
03067 #define BRANCH_F2 "BRANCH_F2"
03068 
03069 /**
03070  * Branch owner number 3 (out of up to four)
03071  * type: integer
03072  * indexed
03073  */
03074 #define BRANCH_O3 "BRANCH_O3"
03075 
03076 /**
03077  * Fraction owned by owner 3
03078  * type: real float
03079  * indexed
03080  */
03081 #define BRANCH_F3 "BRANCH_F3"
03082 
03083 /**
03084  * Branch owner number 4 (out of up to four)
03085  * type: integer
03086  * indexed
03087  */
03088 #define BRANCH_O4 "BRANCH_O4"
03089 
03090 /**
03091  * Fraction owned by owner 4
03092  * type: real float
03093  * indexed
03094  */
03095 #define BRANCH_F4 "BRANCH_F4"
03096 
03097 
03098 // TRANSFORMER DATA 
03099 /**
03100  * Not parsed in PTI v23
03101  * Bus number to which the first winding is connected.
03102  * type: integer
03103  */
03104 #define TRANSFORMER_BUS1 "TRANSFORMER_BUS1"
03105 
03106 /**
03107  * Not parsed in PTI v23
03108  * Bus number to which the second winding is connected
03109  * type: integer
03110  */
03111 #define TRANSFORMER_BUS2 "TRANSFORMER_BUS2"
03112 
03113 /**
03114  * Not parsed in PTI v23
03115  * Non-blank alphanumeric transformer circuit identifier
03116  * type: string
03117  */
03118 #define TRANSFORMER_CKT "TRANSFORMER_CKT"
03119 
03120 /**
03121  * Number of bus to control. If different from BUS1 or BUS2 then sign determines
03122  * control. Positive sign, close to impedance (untapped) bus of transformer,
03123  * negative sign is opposite
03124  * type: integer
03125  * indexed
03126  */
03127 #define TRANSFORMER_CONTROL "TRANSFORMER_CONTROL"
03128 
03129 /**
03130  * Upper and lower limits of turns ratio or phase shift
03131  * type: float
03132  * indexed
03133  */
03134 #define TRANSFORMER_RMA "TRANSFORMER_RMA"
03135 #define TRANSFORMER_RMI "TRANSFORMER_RMI"
03136 
03137 /**
03138  * Upper and lower limits of controlled volts, MW or MVAR
03139  * type: float
03140  * indexed
03141  */
03142 #define TRANSFORMER_VMA "TRANSFORMER_VMA"
03143 #define TRANSFORMER_VMI "TRANSFORMER_VMI"
03144 
03145 /**
03146  * Number of available tap positions
03147  * type: integer
03148  * indexed
03149  */
03150 #define TRANSFORMER_NTP "TRANSFORMER_NTP"
03151 
03152 /**
03153  * Number of a transformer impedence table
03154  * type: integer
03155  * indexed
03156  */
03157 #define TRANSFORMER_TAB "TRANSFORMER_TAB"
03158 
03159 /**
03160  * Load drop compensation impedance for voltage controlling transformers
03161  * type: float
03162  * indexed
03163  */
03164 #define TRANSFORMER_CR "TRANSFORMER_CR"
03165 #define TRANSFORMER_CX "TRANSFORMER_CX"
03166 
03167 /**
03168  * Winding connection angle in degrees
03169  * type: float
03170  * indexed
03171  */
03172 #define TRANSFORMER_CNXA "TRANSFORMER_CNXA"
03173 
03174 /**
03175  * Turns ratio increment
03176  * type: float
03177  * indexed
03178  */
03179 #define TRANSFORMER_STEP "TRANSFORMER_STEP"
03180 
03181 /**
03182  * Zero or number of a transformer impedence correction tabel (1-5)
03183  * type: integer
03184  * indexed
03185  */
03186 #define TRANSFORMER_TABLE "TRANSFORMER_TABLE"
03187 
03188 //  These transformer variables are not getting parsed for the V23 file format
03189 
03190 /**
03191  * The winding one phase shift angle in degrees
03192  * Default value: 0.0
03193  * Type: real float
03194  * indexed
03195  */
03196 #define TRANSFORMER_ANG1 "TRANSFORMER_ANG1"
03197 
03198 /**
03199  * The winding data I/O code which defines the units in which
03200  * TRANSFORMER_WINDV1, and TRANSFORMER _WINDV2
03201  * are specified 
03202  * 1: off-nominal turns ratio in pu of winding bus base voltage
03203  * 2: winding voltage in kV.
03204  * Default value: 1
03205  * type: integer
03206  * indexed
03207  */
03208 #define TRANSFORMER_CW "TRANSFORMER_CW"
03209 
03210 /**
03211  * The impedance data I/O code defining the units in which R1-2, and X1-2 are specified
03212  * 1: for resistance and reactance in pu on system base quantities;
03213  * 2: for resistance and reactance in pu on a specified base MVA and winding bus base voltage
03214  * Default value: 1
03215  * type: integer
03216  * indexed
03217  */
03218 #define TRANSFORMER_CZ "TRANSFORMER_CZ"
03219 
03220 /**
03221  * The magnetizing admittance I/O code that defines the units in which TRANSFORMER_MAG1 and 
03222  * TRANSFORMER_MAG2 are specified
03223  * 1: for complex admittance in pu on system base quantities
03224  * 2: for no load loss in watts and exciting current in pu on winding one to two base MVA and
03225  *    nominal voltage
03226  * Default value: 1
03227  * type: integer
03228  * indexed
03229  */
03230 #define TRANSFORMER_CM "TRANSFORMER_CM"
03231 
03232 /**
03233  * The magnetizing conductance, in pu on system base quantities when TRANSFORMER_CM is 1; 
03234  * TRANSFORMER_MAG1 is the no load loss in watts when TRANSFORMER_CM is 2
03235  * type: real float
03236  * indexed
03237  */
03238 #define TRANSFORMER_MAG1 "TRANSFORMER_MAG1"
03239 
03240 /**
03241  * The magnetizing susceptance, in pu on system base quantities when CM is 1; 
03242  * TRANSFORMER_MAG2 is the exciting current in pu on winding one to two base MVA (SBASE1-2)
03243  * and nominal voltage (NOMV1) when TRANSFORMER_CM is 2
03244  * type: real float
03245  * indexed
03246  */
03247 #define TRANSFORMER_MAG2 "TRANSFORMER_MAG2"
03248 
03249 /**
03250  * The nonmetered end code of either 1 (for the winding one bus) or 2 (for the winding two bus).
03251  * Default value: 2
03252  * type: integer
03253  * indexed
03254  */
03255 #define TRANSFORMER_NMETR "TRANSFORMER_NMETR"
03256 
03257 /**
03258  * An alphanumeric identifier assigned to the transformer
03259  * type: string
03260  * indexed
03261  */
03262 #define TRANSFORMER_NAME "TRANSFORMER_NAME"
03263 
03264 /**
03265  * The initial transformer status, where 1 designates in-service and 0 designates out-of-service.
03266  * Default value: 1
03267  * type: integer
03268  * indexed
03269  */
03270 #define TRANSFORMER_STATUS "TRANSFORMER_STATUS"
03271 
03272 /**
03273  * Transformer owner number
03274  * type: integer
03275  * indexed
03276  */
03277 #define TRANSFORMER_OWNER "TRANSFORMER_OWNER"
03278 
03279 /**
03280  * The measured resistance of the transformer between the buses to which its first and second
03281  * windings are connected. 
03282  * Default value: 0.0
03283  * type: real float
03284  * indexed
03285  */
03286 #define TRANSFORMER_R1_2 "TRANSFORMER_R1_2"
03287 
03288 /**
03289  * The measured reactance of the transformer between the buses to which its
03290  * first and second
03291  * windings are connected.
03292  * type: real float
03293  * indexed
03294  */
03295 #define TRANSFORMER_X1_2 "TRANSFORMER_X1_2"
03296 
03297 /**
03298  * The winding one to two base MVA of the transformer
03299  * indexed
03300  * type: real float
03301  */
03302 #define TRANSFORMER_SBASE1_2 "TRANSFORMER_SBASE1_2"
03303 
03304 /**
03305  * Winding 1 and 2. Depends on CW
03306  * Default value: 1.0
03307  * type: real float
03308  * indexed
03309  */
03310 #define TRANSFORMER_WINDV1 "TRANSFORMER_WINDV1"
03311 #define TRANSFORMER_WINDV2 "TRANSFORMER_WINDV2"
03312 
03313 /**
03314  * Nominal winding 1 and 2 voltage base.
03315  * Default value: 0.0
03316  * type: real float
03317  * indexed
03318  */
03319 #define TRANSFORMER_NOMV1 "TRANSFORMER_NOMV1"
03320 #define TRANSFORMER_NOMV2 "TRANSFORMER_NOMV2"
03321 
03322 
03323 /**
03324  * Transformer control mode for winding 1 tap or phase shift
03325  * Default value: 0
03326  * type: integer
03327  * indexed
03328  */
03329 #define TRANSFORMER_CODE1 "TRANSFORMER_CODE1"
03330 
03331 /**
03332  * Bus number of the bus for which voltage is to be controlled by the
03333  * transformer turns ratio adjustment option
03334  * Default value: 0
03335  * type: integer
03336  * indexed
03337  */
03338 #define TRANSFORMER_CONT1 "TRANSFORMER_CONT1"
03339 
03340 /**
03341  * Number of tap positions available
03342  * Default value: 33
03343  * type: integer
03344  * indexed
03345  */
03346 #define TRANSFORMER_NTP1 "TRANSFORMER_NTP1"
03347 
03348 /**
03349  * The number of a transformer impedance correction table
03350  * Default value: 0
03351  * type: integer
03352  * indexed
03353  */
03354 #define TRANSFORMER_TAB1 "TRANSFORMER_TAB1"
03355 
03356 /**
03357  * Real and imaginary load drop compensation impedence for
03358  * voltage controlling transformers
03359  * Default value: 0.0
03360  * type: real float
03361  * indexed
03362  */
03363 #define TRANSFORMER_CR1 "TRANSFORMER_CR1"
03364 #define TRANSFORMER_CX1 "TRANSFORMER_CX1"
03365 
03366 /**
03367  * Winding connection angle in degrees
03368  * Default value: 0.0
03369  * type: real float
03370  * indexed
03371  */
03372 #define TRANSFORMER_CNXA1 "TRANSFORMER_CNXA1"
03373 
03374 // AREA DATA
03375 /**
03376  * Total number of area fields
03377  * type: integer
03378  */
03379 #define AREA_TOTAL "AREA_TOTAL"
03380 
03381 /**
03382  * Area number
03383  * type: integer
03384  * indexed
03385  */
03386 #define AREAINTG_NUMBER "AREAINTG_NUMBER"
03387 
03388 /**
03389  * Bus number of the area slack bus
03390  * type: integer
03391  * indexed
03392  */
03393 #define AREAINTG_ISW "AREAINTG_ISW"
03394 
03395 /**
03396  * Desired net interchange leaving the area (export); entered in MW
03397  * type: real float
03398  * indexed
03399  */
03400 #define AREAINTG_PDES "AREAINTG_PDES"
03401 
03402 /**
03403  * Interchange tolerance bandwidth; entered in MW
03404  * type: real float
03405  * indexed
03406  */
03407 #define AREAINTG_PTOL "AREAINTG_PTOL"
03408 
03409 /**
03410  * Area name
03411  * type: string
03412  * indexed
03413  */
03414 #define AREAINTG_NAME "AREAINTG_NAME"
03415 
03416 
03417 // SWITCHED DATA
03418 
03419 /**
03420  * Bus number to which the shunt is connected
03421  * type: integer
03422  */
03423 #define SWSHUNT_BUSNUMBER "SWSHUNT_BUSNUMBER"
03424 
03425 /**
03426  * Bus number to which fixed shunt is connected
03427  * type: integer
03428  */
03429 #define SHUNT_BUSNUMBER "SHUNT_BUSNUMBER"
03430 
03431 
03432 /**
03433  * Control mode:
03434  *  0 - fixed
03435  *  1 - discrete adjustment, controlling voltage locally or at bus SHUNT_SWREM
03436  *  2 - continuous adjustment, controlling voltage locally or at bus SHUNT_SWREM
03437  *  3 - discrete adjustment, controlling reactive power output of the plant at bus SHUNT_SWREM
03438  *  4 - discrete adjustment, controlling reactive power output of the VSC dc line converter at bus SHUNT_SWREM of the VSC dc line whose name is specified as SHUNT_RMIDNT
03439  *  5 - discrete adjustment, controlling admittance setting of the switched shunt at bus SHUNT_SWREM.
03440  * SHUNT_MODSW = 1 by default.
03441  * type: integer
03442  */
03443 #define SHUNT_MODSW "SHUNT_MODSW"
03444 
03445 /**
03446  * Adjustment method:
03447  *   0 - steps and blocks are switched on in iput order, and off in reverse
03448  *   order
03449  *   1 - steps and blocks are switched on and off such that the next highest (or
03450  *   lowest, as appropriate) total admittance is achieved.
03451  *   SHUNT_ADJM = 0 by default
03452  *   type: integer
03453  */
03454 #define SHUNT_ADJM "SHUNT_ADJM"
03455 
03456 /**
03457  * Initial switched shunt status of one for in-service and zero for
03458  * out-of-service
03459  * SHUNT_SWCH_STAT = 1 by default
03460  * type: integer
03461  */
03462 #define SHUNT_SWCH_STAT "SHUNT_SWCH_STAT"
03463 
03464 /**
03465  * When SHUNT_MODSW is 1 or 2, the controlled voltage upper limit; entered in pu.
03466  * When SHUNT_MODSW is 3, 4 or 5, the controlled reactive power range upper limit;
03467  * entered in pu of the total reactive power range of the controlled voltage
03468  * controlling device.
03469  * SHUNT_VSWHI = 1.0 by default.
03470  * type: real float
03471  */
03472 #define SHUNT_VSWHI "SHUNT_VSWHI"
03473 
03474 /**
03475  * When SHUNT_MODSW is 1 or 2, the controlled voltage lower limit; entered in pu.
03476  * When SHUNT_MODSW is 3, 4 or 5, the controlled reactive power range lower limit;
03477  * entered in pu of the total reactive power range of the controlled voltage
03478  * controlling device. SHUNT_VSWLO = 1.0 by default
03479  * type: real float
03480  */
03481 #define SHUNT_VSWLO "SHUNT_VSWLO"
03482 
03483 /**
03484  * Bus number of the bus whose voltage or connected equipment reactive power output
03485  * is controlled by this switched shunt
03486  * type: integer
03487  */
03488 #define SHUNT_SWREM "SHUNT_SWREM"
03489 
03490 /**
03491  * Percent of the total MVar required to hold the voltage at the bus controlled
03492  * by bus SWSHUNT_BUSNUMBER that are contributed by this switched shunt;
03493  * SHUNT_RMPCT must be positive.
03494  * SHUNT_RMPCT = 100.0 by default
03495  * type: float
03496  */
03497 #define SHUNT_RMPCT "SHUNT_RMPCT"
03498 
03499 /**
03500  * When SHUNT_MODSW is 4, the name of the VSC dc line where the converter bus is
03501  * specified in SHUNT_SWREM.
03502  * When SHUNT_MODSW is 6, the name of the FACTS device where the shunt element's
03503  * reactive output is to be controlled.
03504  * SHUNT_RMIDNT is blank by default
03505  * type: string
03506  */
03507 #define SHUNT_RMIDNT "SHUNT_RMIDNT"
03508 
03509 /**
03510  * Initial switched shunt admittance; entered in Mvar at unity voltage
03511  * Default value: 0.0
03512  * type: real float
03513  */
03514 #define SHUNT_BINIT "SHUNT_BINIT"
03515 
03516 /**
03517  * Number of steps for block i. The first zero value of Ni or Bi is interpreted as
03518  * the end of the switched shunt blocks for bus I.
03519  * Default value: 0
03520  * type: integer
03521  */
03522 #define SHUNT_N1 "SHUNT_N1"
03523 #define SHUNT_N2 "SHUNT_N2"
03524 #define SHUNT_N3 "SHUNT_N3"
03525 #define SHUNT_N4 "SHUNT_N4"
03526 #define SHUNT_N5 "SHUNT_N5"
03527 #define SHUNT_N6 "SHUNT_N6"
03528 #define SHUNT_N7 "SHUNT_N7"
03529 #define SHUNT_N8 "SHUNT_N8"
03530 
03531 /**
03532  * Admittance increment for each of Ni steps in block i; entered in Mvar at unity voltage.
03533  * Default value: 0
03534  * type: real float
03535  */
03536 #define SHUNT_B1 "SHUNT_B1"
03537 #define SHUNT_B2 "SHUNT_B2"
03538 #define SHUNT_B3 "SHUNT_B3"
03539 #define SHUNT_B4 "SHUNT_B4"
03540 #define SHUNT_B5 "SHUNT_B5"
03541 #define SHUNT_B6 "SHUNT_B6"
03542 #define SHUNT_B7 "SHUNT_B7"
03543 #define SHUNT_B8 "SHUNT_B8"
03544 
03545 
03546 // TRANSFORMER IMPEDANCE CORRECTION
03547 /**
03548  * Impedance correction table number
03549  * type: integer
03550  */
03551 #define XFMR_CORR_TABLE_NUMBER "XFMR_CORR_TABLE_NUMBER"
03552 
03553 /**
03554  * Either off-nominal turns ratio in pu or phase shift angle in degrees
03555  * type: real float
03556  */
03557 #define XFMR_CORR_TABLE_T1  "XFMR_CORR_TABLE_T1"
03558 #define XFMR_CORR_TABLE_T2  "XFMR_CORR_TABLE_T2"
03559 #define XFMR_CORR_TABLE_T3  "XFMR_CORR_TABLE_T3"
03560 #define XFMR_CORR_TABLE_T4  "XFMR_CORR_TABLE_T4"
03561 #define XFMR_CORR_TABLE_T5  "XFMR_CORR_TABLE_T5"
03562 #define XFMR_CORR_TABLE_T6  "XFMR_CORR_TABLE_T6"
03563 #define XFMR_CORR_TABLE_T7  "XFMR_CORR_TABLE_T7"
03564 #define XFMR_CORR_TABLE_T8  "XFMR_CORR_TABLE_T8"
03565 #define XFMR_CORR_TABLE_T9  "XFMR_CORR_TABLE_T9"
03566 #define XFMR_CORR_TABLE_T10 "XFMR_CORR_TABLE_T10"
03567 #define XFMR_CORR_TABLE_T11 "XFMR_CORR_TABLE_T11"
03568 
03569 /**
03570  * Scaling factor by which transformer nominal impedance is to be multiplied to obtain
03571  * the actual transformer impedance for the corresponding "Ti"
03572  * type: real float
03573  */
03574 #define XFMR_CORR_TABLE_F1  "XFMR_CORR_TABLE_F1"
03575 #define XFMR_CORR_TABLE_F2  "XFMR_CORR_TABLE_F2"
03576 #define XFMR_CORR_TABLE_F3  "XFMR_CORR_TABLE_F3"
03577 #define XFMR_CORR_TABLE_F4  "XFMR_CORR_TABLE_F4"
03578 #define XFMR_CORR_TABLE_F5  "XFMR_CORR_TABLE_F5"
03579 #define XFMR_CORR_TABLE_F6  "XFMR_CORR_TABLE_F6"
03580 #define XFMR_CORR_TABLE_F7  "XFMR_CORR_TABLE_F7"
03581 #define XFMR_CORR_TABLE_F8  "XFMR_CORR_TABLE_F8"
03582 #define XFMR_CORR_TABLE_F9  "XFMR_CORR_TABLE_F9"
03583 #define XFMR_CORR_TABLE_F10 "XFMR_CORR_TABLE_F10"
03584 #define XFMR_CORR_TABLE_T11 "XFMR_CORR_TABLE_T11"
03585 
03586 
03587 // MULTISECTION LINE GROUPING 
03588 /**
03589  * Two-character upper case alphanumeric multisection line grouping identifier.
03590  * type: string
03591  */
03592 #define MULTI_SEC_LINE_ID "MULTI_SEC_LINE_ID"
03593 
03594 /**
03595  * Metered end flag
03596  * <= 1 to designate from bus as the metered end
03597  * >= 2 to designate to bus as metered end
03598  * type: integer
03599  */
03600 #define MULTI_SEC_LINE_MET "MULTI_SEC_LINE_MET"
03601 
03602 /**
03603  * Bus numbers of the "dummy buses" connected by the branches that comprise this multisection
03604  * line grouping. No defaults allowed.
03605  * type: integer
03606  */
03607 #define MULTI_SEC_LINE_DUM1 "MULTI_SEC_LINE_DUM1"
03608 #define MULTI_SEC_LINE_DUM2 "MULTI_SEC_LINE_DUM2"
03609 #define MULTI_SEC_LINE_DUM3 "MULTI_SEC_LINE_DUM3"
03610 #define MULTI_SEC_LINE_DUM4 "MULTI_SEC_LINE_DUM4"
03611 #define MULTI_SEC_LINE_DUM5 "MULTI_SEC_LINE_DUM5"
03612 #define MULTI_SEC_LINE_DUM6 "MULTI_SEC_LINE_DUM6"
03613 #define MULTI_SEC_LINE_DUM7 "MULTI_SEC_LINE_DUM7"
03614 #define MULTI_SEC_LINE_DUM8 "MULTI_SEC_LINE_DUM8"
03615 #define MULTI_SEC_LINE_DUM9 "MULTI_SEC_LINE_DUM9"
03616 
03617 
03618 // ZONE DATA
03619 /**
03620  * Zone Number
03621  * type: integer
03622  */
03623 #define ZONE_NUMBER "ZONE_NUMBER"
03624 
03625 /**
03626  * Zone Name
03627  * type: string
03628  */
03629 #define ZONE_NAME "ZONE_NAME"
03630 
03631 
03632 // INTERAREA TRANSFER
03633 /**
03634  * From area number of interarea transfer
03635  * type: integer
03636  */
03637 #define INTERAREA_TRANSFER_FROM "INTERAREA_TRANSFER_FROM"
03638 
03639 /**
03640  * To area number of interarea transfer
03641  * type: integer
03642  */
03643 #define INTERAREA_TRANSFER_TO "INTERAREA_TRANSFER_TO"
03644 
03645 /**
03646  * Single-character (0 through 9 or A through Z) upper case interarea transfer identifier
03647  * used to distinguish among multiple transfers
03648  * type: character
03649  */
03650 #define INTERAREA_TRANSFER_TRID "INTERAREA_TRANSFER_TRID"
03651 
03652 /**
03653  * MW comprising this transfer
03654  * type: real float
03655  */
03656 #define INTERAREA_TRANSFER_PTRAN "INTERAREA_TRANSFER_PTRAN"
03657 
03658 
03659 // OWNER
03660 /**
03661  * Owner number
03662  * type: integer
03663  */
03664 #define OWNER_NUMBER "OWNER_NUMBER"
03665 
03666 /**
03667  * Owner name
03668  * type: integer
03669  */
03670 #define OWNER_NAME "OWNER_NAME"
03671 
03672 // RELAY DATA
03673 /**
03674  * Relay number
03675  * type: integer
03676  */
03677 #define RELAY_NUMBER "RELAY_NUMBER"
03678 
03679 /**
03680  * Relay model
03681  * type: string
03682  * indexed
03683  */
03684 #define RELAY_MODEL "RELAY_MODEL"
03685 
03686 /**
03687  * Relay lid
03688  * type: string
03689  * indexed
03690  */
03691 #define RELAY_LID "RELAY_LID"
03692 
03693 /**
03694  * Relay jbus
03695  * type: integer
03696  * indexed
03697  */
03698 #define RELAY_JBUS "RELAY_JBUS"
03699 
03700 /**
03701  * Relay v1
03702  * type: real float
03703  * indexed
03704  */
03705 #define RELAY_V1 "RELAY_V1"
03706 
03707 /**
03708  * Relay t1
03709  * type: real float
03710  * indexed
03711  */
03712 #define RELAY_T1 "RELAY_T1"
03713 
03714 /**
03715  * Relay f1
03716  * type: real float
03717  * indexed
03718  */
03719 #define RELAY_F1 "RELAY_F1"
03720 
03721 /**
03722  * Relay v2
03723  * type: real float
03724  * indexed
03725  */
03726 #define RELAY_V2 "RELAY_V2"
03727 
03728 /**
03729  * Relay t2
03730  * type: real float
03731  * indexed
03732  */
03733 #define RELAY_T2 "RELAY_T2"
03734 
03735 /**
03736  * Relay f2
03737  * type: real float
03738  * indexed
03739  */
03740 #define RELAY_F2 "RELAY_F2"
03741 
03742 /**
03743  * Relay v3
03744  * type: real float
03745  * indexed
03746  */
03747 #define RELAY_V3 "RELAY_V3"
03748 
03749 /**
03750  * Relay t3
03751  * type: real float
03752  * indexed
03753  */
03754 #define RELAY_T3 "RELAY_T3"
03755 
03756 /**
03757  * Relay f3
03758  * type: real float
03759  * indexed
03760  */
03761 #define RELAY_F3 "RELAY_F3"
03762 
03763 /**
03764  * Relay tb
03765  * type: real float
03766  * indexed
03767  */
03768 #define RELAY_TB "RELAY_TB"
03769 
03770 /**
03771  * Relay mins
03772  * type: integer
03773  * indexed
03774  */
03775 #define RELAY_MINS "RELAY_MINS"
03776 
03777 /**
03778  * Relay frequency bus
03779  * type: integer
03780  * indexed
03781  */
03782 #define RELAY_FREBUS "RELAY_FREBUS"
03783 
03784 /**
03785  * Generator ID
03786  * type: string
03787  * indexed
03788  */
03789 #define RELAY_GENID "RELAY_GENID"
03790 
03791 /**
03792  * Relay fl
03793  * type: real float
03794  * indexed
03795  */
03796 #define RELAY_FL "RELAY_FL"
03797 
03798 /**
03799  * Relay fu
03800  * type: real float
03801  * indexed
03802  */
03803 #define RELAY_FU "RELAY_FU"
03804 
03805 /**
03806  * Relay tp
03807  * type: real float
03808  * indexed
03809  */
03810 #define RELAY_TP "RELAY_TP"
03811 
03812 /**
03813  * Relay ID
03814  * type: string
03815  * indexed
03816  */
03817 #define RELAY_ID "RELAY_ID"
03818 
03819 /**
03820  * Relay rs
03821  * type: integer
03822  * indexed
03823  */
03824 #define RELAY_RS "RELAY_RS"
03825 
03826 /**
03827  * Relay mtype
03828  * type: integer
03829  * indexed
03830  */
03831 #define RELAY_MTYPE "RELAY_MTYPE"
03832 
03833 /**
03834  * Relay bmon
03835  * type: integer
03836  * indexed
03837  */
03838 #define RELAY_BMON "RELAY_BMON"
03839 
03840 /**
03841  * Relay ibus1
03842  * type: integer
03843  * indexed
03844  */
03845 #define RELAY_IBUS1 "RELAY_IBUS1"
03846 
03847 /**
03848  * Relay jbus1
03849  * type: integer
03850  * indexed
03851  */
03852 #define RELAY_JBUS1 "RELAY_JBUS1"
03853 
03854 /**
03855  * Relay ID1
03856  * type: string
03857  * indexed
03858  */
03859 #define RELAY_ID1 "RELAY_ID1"
03860 
03861 /**
03862  * Relay ibus2
03863  * type: integer
03864  * indexed
03865  */
03866 #define RELAY_IBUS2 "RELAY_IBUS2"
03867 
03868 /**
03869  * Relay jbus2
03870  * type: integer
03871  * indexed
03872  */
03873 #define RELAY_JBUS2 "RELAY_JBUS2"
03874 
03875 /**
03876  * Relay ID2
03877  * type: string
03878  * indexed
03879  */
03880 #define RELAY_ID2 "RELAY_ID2"
03881 
03882 /**
03883  * Relay ibus3
03884  * type: integer
03885  * indexed
03886  */
03887 #define RELAY_IBUS3 "RELAY_IBUS3"
03888 
03889 /**
03890  * Relay jbus3
03891  * type: integer
03892  * indexed
03893  */
03894 #define RELAY_JBUS3 "RELAY_JBUS3"
03895 
03896 /**
03897  * Relay ID2
03898  * type: string
03899  * indexed
03900  */
03901 #define RELAY_ID3 "RELAY_ID3"
03902 
03903 /**
03904  * Relay Zone1 time
03905  * type: real float
03906  * indexed
03907  */
03908 #define RELAY_ZONE1_TIME "RELAY_ZONE1_TIME"
03909 
03910 /**
03911  * Relay Zone1 reach
03912  * type: real float
03913  * indexed
03914  */
03915 #define RELAY_ZONE1_REACH "RELAY_ZONE1_REACH"
03916 
03917 /**
03918  * Relay Zone1 cenang
03919  * type: real float
03920  * indexed
03921  */
03922 #define RELAY_ZONE1_CENANG "RELAY_ZONE1_CENANG"
03923 
03924 /**
03925  * Relay Zone1 cenang
03926  * type: real float
03927  * indexed
03928  */
03929 #define RELAY_ZONE1_CENDIS "RELAY_ZONE1_CENDIS"
03930 
03931 /**
03932  * Relay Zone2 time
03933  * type: real float
03934  * indexed
03935  */
03936 #define RELAY_ZONE2_TIME "RELAY_ZONE2_TIME"
03937 
03938 /**
03939  * Relay Zone2 reach
03940  * type: real float
03941  * indexed
03942  */
03943 #define RELAY_ZONE2_REACH "RELAY_ZONE2_REACH"
03944 
03945 /**
03946  * Relay Zone2 cenang
03947  * type: real float
03948  * indexed
03949  */
03950 #define RELAY_ZONE2_CENANG "RELAY_ZONE2_CENANG"
03951 
03952 /**
03953  * Relay Zone2 cenang
03954  * type: real float
03955  * indexed
03956  */
03957 #define RELAY_ZONE2_CENDIS "RELAY_ZONE2_CENDIS"
03958 
03959 /**
03960  * Relay Zone3 time
03961  * type: real float
03962  * indexed
03963  */
03964 #define RELAY_ZONE3_TIME "RELAY_ZONE3_TIME"
03965 
03966 /**
03967  * Relay Zone3 reach
03968  * type: real float
03969  * indexed
03970  */
03971 #define RELAY_ZONE3_REACH "RELAY_ZONE3_REACH"
03972 
03973 /**
03974  * Relay Zone2 cenang
03975  * type: real float
03976  * indexed
03977  */
03978 #define RELAY_ZONE3_CENANG "RELAY_ZONE3_CENANG"
03979 
03980 /**
03981  * Relay Zone3 cenang
03982  * type: real float
03983  * indexed
03984  */
03985 #define RELAY_ZONE3_CENDIS "RELAY_ZONE3_CENDIS"
03986 
03987 /**
03988  * Relay dirang
03989  * type: real float
03990  * indexed
03991  */
03992 #define RELAY_DIRANG "RELAY_DIRANG"
03993 
03994 /**
03995  * Relay thcur
03996  * type: real float
03997  * indexed
03998  */
03999 #define RELAY_THCUR "RELAY_THCUR"
04000 
04001 /**
04002  * Relay sebtime
04003  * type: real float
04004  * indexed
04005  */
04006 #define RELAY_SEBTIME "RELAY_SEBTIME"
04007 
04008 /**
04009  * Relay serctime
04010  * type: real float
04011  * indexed
04012  */
04013 #define RELAY_SERCTIME "RELAY_SERCTIME"
04014 
04015 /**
04016  * Relay trbtime
04017  * type: real float
04018  * indexed
04019  */
04020 #define RELAY_TRBTIME "RELAY_TRBTIME"
04021 
04022 /**
04023  * Relay trrctime
04024  * type: real float
04025  * indexed
04026  */
04027 #define RELAY_TRRCTIME "RELAY_TRRCTIME"
04028 
04029 /**
04030  * Relay bltype1
04031  * type: integer
04032  * indexed
04033  */
04034 #define RELAY_BLTYPE1 "RELAY_BLTYPE1"
04035 
04036 /**
04037  * Relay blint1
04038  * type: real float
04039  * indexed
04040  */
04041 #define RELAY_BLINT1 "RELAY_BLINT1"
04042 
04043 /**
04044  * Relay blro1
04045  * type: real float
04046  * indexed
04047  */
04048 #define RELAY_BLRO1 "RELAY_BLRO1"
04049 
04050 /**
04051  * Relay bltype2
04052  * type: integer
04053  * indexed
04054  */
04055 #define RELAY_BLTYPE2 "RELAY_BLTYPE2"
04056 
04057 /**
04058  * Relay blint2
04059  * type: real float
04060  * indexed
04061  */
04062 #define RELAY_BLINT2 "RELAY_BLINT2"
04063 
04064 /**
04065  * Relay blro2
04066  * type: real float
04067  * indexed
04068  */
04069 #define RELAY_BLRO2 "RELAY_BLRO2"
04070 
04071 // PSSSIM DATA
04072 /**
04073  * Flag to indicate that PSSSIM is present
04074  * type: boolean
04075  * indexed
04076  */
04077 #define HAS_PSS "HAS_PSS"
04078 
04079 /**
04080  * Exciter model
04081  * type: string
04082  * indexed
04083  */
04084 #define PSS_MODEL "PSS_MODEL"
04085 
04086 /**
04087  * PSSSIM inputtype
04088  * type: integer
04089  * indexed
04090  */
04091 #define PSSSIM_INPUTTYPE "PSSSIM_INPUTTYPE"
04092 
04093 /**
04094  * PSSSIM bus1 
04095  * type: ineger
04096  * indexed
04097  */
04098 #define PSSSIM_BUS1 "PSSSIM_BUS1"
04099 
04100 /**
04101  * PSSSIM bus2 
04102  * type: ineger
04103  * indexed
04104  */
04105 #define PSSSIM_BUS2 "PSSSIM_BUS2"
04106 
04107 /**
04108  * PSSSIM bus3 
04109  * type: ineger
04110  * indexed
04111  */
04112 #define PSSSIM_BUS3 "PSSSIM_BUS3"
04113 
04114 /**
04115  * PSSSIM bus4 
04116  * type: ineger
04117  * indexed
04118  */
04119 #define PSSSIM_BUS4 "PSSSIM_BUS4"
04120 
04121 /**
04122  * PSSSIM bus5 
04123  * type: ineger
04124  * indexed
04125  */
04126 #define PSSSIM_BUS5 "PSSSIM_BUS5"
04127 
04128 /**
04129  * PSSSIM bus6 
04130  * type: ineger
04131  * indexed
04132  */
04133 #define PSSSIM_BUS6 "PSSSIM_BUS6"
04134 
04135 /**
04136  * PSSSIM gainK 
04137  * type: real float
04138  * indexed
04139  */
04140 #define PSSSIM_GAINK "PSSSIM_GAINK"
04141 
04142 /**
04143  * PSSSIM TW 
04144  * type: real float
04145  * indexed
04146  */
04147 #define PSSSIM_TW "PSSSIM_TW"
04148 
04149 /**
04150  * PSSSIM T1
04151  * type: real float
04152  * indexed
04153  */
04154 #define PSSSIM_T1 "PSSSIM_T1"
04155 
04156 /**
04157  * PSSSIM T2
04158  * type: real float
04159  * indexed
04160  */
04161 #define PSSSIM_T2 "PSSSIM_T2"
04162 
04163 /**
04164  * PSSSIM T3
04165  * type: real float
04166  * indexed
04167  */
04168 #define PSSSIM_T3 "PSSSIM_T3"
04169 
04170 /**
04171  * PSSSIM T4
04172  * type: real float
04173  * indexed
04174  */
04175 #define PSSSIM_T4 "PSSSIM_T4"
04176 
04177 /**
04178  * PSSSIM MAXOUT
04179  * type: real float
04180  * indexed
04181  */
04182 #define PSSSIM_MAXOUT "PSSSIM_MAXOUT"
04183 
04184 /**
04185  * PSSSIM MINOUT
04186  * type: real float
04187  * indexed
04188  */
04189 #define PSSSIM_MINOUT "PSSSIM_MINOUT"
04190 
04191 #endif /* DICTIONARY_HPP_ */