//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// PSCAD Help Link Properties
//
// This file is used by PSCAD to provide link identifiers for
// the online help system.
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

//-------------------------------------------------------------------------------
// System components
//-------------------------------------------------------------------------------
test 		= 172
Cable 	= 226			// Cable Configuration dialog
TLine 	= 220			// TLine
ControlPanel = 176		// Control panel
CtlText = 177			// Text Field
CtlInput = 178			// Input Field
CtlChoice = 179			// Choice Box
CtlPanel = 180			// Category
GfxText = 181			// Text Label	
GfxNode = 182			// Connection
GfxLine = 183			// Line
GfxBox = 183			// Rectangle
GfxOval = 183			// Ellipse
GfxArc = 183			// Arc
FileCmp = 187			// File Reference
Bus = 262			// Bus component

//-------------------------------------------------------------------------------
// System dialogs and menus
//-------------------------------------------------------------------------------
FindDialog = 188		// Find in... dialog
ControlSettings = 189		// Control data menu
Wizard = 190			// PSCAD Component Wizard
WorkspaceDialog = 212		// Workspace Settings Dialog
ProjectSettings = 213		// Project Settings Dialog
GraphFrame = 229		// Graph Frame menu
GraphPanelAnalog = 230		// Analog Graph menu
GraphPanelDigital = 230		// Digital Graph menu
Curve = 232			// Curve menu
PlotFrame = 235			// XY Plot Frame menu
ZGraphAxis = 234		// X-Axis Properties menu
ZPlotPanel = 233		// XY Plot menu
ZSpinControl = 236		// XY Plot Control Settings menu
CircuitDialog = 237		// Module Settings dialog
HelpKeyboardShortcuts = 247	// Help Menu - Keyboard Shortcuts
HelpComponentWizard = 190	// Help Menu - Component Wizard
HelpPlotting = 248		// Help Menu - Online Plotting
HelpControls = 249		// Help Menu - Online Controls
HelpTLineCable = 250		// Help Menu - T-Lines and Cables
HelpSupprotServices = 251	// Help Menu - Support Services
HelpWhatNew = 252		// Help Menu - What's New
ComputationView = 268		// View Parameters/Computations dialog
ComponentSignalView = 226       // Component/Signal Viewer dialog
PolyMeter = 231                 // PolyMeter Menu
PhasorMeter = 272               // PhasorMeter Menu
LCPinput = 273                  // LCP Input File Menu
LCPconstants = 274              // LCP Constants File Menu
LCPlog = 275                    // LCP Log File Menu
LCPoutput = 276                 // LCP Output File Menu
LCPeditor = 277                 // LCP Properties Editor Menu
UnitSystem = 278                // PSCAD Unit System
LCPDetailedOutput = 279         // LCP Detailed Output Viewer Toolbar
Fortran_Compilers = 282         // Fortran Compilers Page


//-------------------------------------------------------------------------------
// OBSOLETE components
//-------------------------------------------------------------------------------
jumper = 151			//Jumper(Obsolete)	
jumper2 = 151			//Jumper(Obsolete)
jumper3 = 151			//Jumper(Obsolete)		
flipflop = 32			//Flip Flop (Obsolete)
macdefn = 238			//V2 SNC375 Machine Model (Obsolete)
multimassdefn = 239		//Multimass Torsional Model (Obsolete)
exci35defn = 240		//SCRX Exciter (Obsolete)
hgov90defn = 241		//V2 Hydro Governor (Obsolete)
pi-section = 255		//PI Section (Obsolete)
dq0 = 257			//abc to dq0 transformation (Obsolete)
ff_t = 66			//T Flip-Flop (Obsolete) 
ff_d = 22			//D Flip-Flop (Obsolete) 
ff_rs = 63			//RS Flip-Flop (Obsolete) 
ff_jk = 41			//JK Flip-Flop (Obsolete) 
sregis = 48			//Shift Register (Obsolete) 
tline_interface_v2 = 254	//V2 Style T-Line Connection (Obsolete)
overcurrent = 124		//Over current detector block (Obsolete)
fload = 83			//Fixed Load (Obsolete)

//-------------------------------------------------------------------------------
// Master library components
//-------------------------------------------------------------------------------
xfmr-3p2w = 1			//3Phase 2Winding Transformer
xfmr-3p3w = 2			//3Phase 3Winding Transformer
xfmr-3p4w = 3			//3Phase 4Winding Transformer
xfmr-2w = 4			//Single Phase 2Winding Transformer
xfmr-3w = 5			//Single Phase 3Winding Transformer
umec-xfmr-2w = 6		//Single Phase 2Winding UMEC Transformer
umec-xfmr-3w = 7		//Single Phase 3Winding UMEC Transformer
umec-xfmr-4w = 8		//Single Phase 4Winding UMEC Transformer
umec-xfmr-6w5L = 9		//3/5 Limb UMEC Transformer
complex = 11			//Second Order Complex Pole
cmplx = 12			//Second Order Transfer Functions
mux1 = 13			//4,8 Channel Multiplexer
mux = 14			//6 Channel Multiplexer
abcdq0 = 15			//abc to dq0 transformation
abs = 16			//Absolute Value
modulator = 17			//AM/FM/PM Modulator
delay = 18			//Delay
buffer = 19			//Buffer
counter = 20			//Counter
compar = 21			//Two Signal Comparator
tdelay = 23			//Delay function
derivative = 24			//Derivative wiyh a time constant
diffpole = 25			//Differential Pole
div = 26			//Divider
downramp = 27			//Down Ramp Transfer Function
edge = 28			//Edge Detector
bin_delay = 29			//Binary Delay
monostable = 30			//Monostable Multivibrator
exp = 31			//Exponential Function
gain = 33			//Gain Block
txferfnc = 34			//Generic Transfer Function
thd = 35			//Harmonic Distortion Calculator
impulse = 36			//Impulse Train
integral = 37			//Integrator 
fp_int = 38			//Interpolated Firing Pulses
sampler = 39			//Interpolating sampler
inv = 40			//Binary Inverter
leadlag = 42			//Lead-lag
hardlimit = 43			//Hard Limiter
log = 44			//Logrithm Function
logic = 45			//Binary Gates
maxmin = 46			//Maximum/Minimum Function
mult = 47			//Multiplier
nl-gain = 49			//Non-Linear Gain
nl_tfun = 50			//Non-Linear Transfer Characteristic
trans_filt = 51			//Nth order butterworth/chebyshev filter
trans_fcn = 52			//Nth Order Transfer Function
fft = 53			//On-line Frequency Scanner
pi_ctlr = 54			//PI Controller
random = 55			//Randam number generator
range = 56			//Range comparator
ratelimit = 57			//Rate limiter
realpole = 58			//Real Pole
sequential = 59			//Sequential number generator
signalgen = 60			//Signal Geberator
square = 61			//Square 
sqrt = 62			//Square root
sumjct = 64			//Summing/Differencing Junctions
surge = 65			//Surge Generator
tvekta = 67			//Phase-Loxked loop
timer = 68			//Timer
trig = 69			//Trigonometric functions
compare = 70			//Single input level comparator
select = 71			//Two input selector
upramp = 72			//Up Ramp Transfer Function
sig_gen = 73			//Variable Frequency Sawtooth Generator
vco = 74			//Voltege-Controlled Oscillator
phdx = 75			//XOR phase difference
xy_transfer_function = 76	//X-Y transfer function
zerodetect = 77			//Zero-Crossing Detector
filter-band = 78		//Band Pass Filter
capacitor = 79			//Capacitor
ground = 80			//Ground Symbol
filter-hp = 81			//High Pass Filter
inductor = 82			//Inductor 
resistor = 84			//Resistor 
filter = 85			//Tuned Filter
varrlc = 86			//Variable R,LorC
breaker1 = 87			//Single Phase Breaker
breaker3 = 88			//3 Phase Breaker
tbreakn = 89			//Timed Breaker Logic
src_ccin_1 = 90			//Current source
cinj = 91			//Hamonic Current Injection
source_1 = 92			//Single phase voltage source model2
source_3 = 93			//Three phase voltage source model2
source1 = 94			//Single phase voltage source model1
source3 = 95			//Three phase voltage source model1
fault_sw = 96			//Single Phase Fault
tpflt = 97			//Three phase fault
tfaultn = 98			//Timed Fault Logic
Sequencer_Fault = 99		//Sequencer(Apply/Clear Fault)
Sequencer_Breaker = 100		//Sequencer(Close/Open Breaker)
Sequencer_SetVar = 101		//Sequencer(Set Variable)
Sequencer_Start = 102		//Sequencer(Start of sequence of events)
Sequencer_Wait = 103		//Sequencer(Wait for an event)
ammeter = 104			//Current Meter
freq-meas = 105			//Frequency/Phase/RMS meter
phasorimp = 106			//interface to harmonic impedance Solotion
nodeloop = 107    		//Three Phase Electrical node
phasediff = 108			//Phase Difference
power = 109			//Real/Reactive power meter
recorder2_0 = 110		//RTP and Comtrade recorder
rms-inst = 111			//Single phase RMS meter
rms3ph = 112			//Three phase RMS meter
voltmeter = 113			//Voltmeter(Line-Line)
voltmetergnd = 113		//Voltmeter(Line-Ground)
capacitive_load = 115		//Three phase capacitive load
reactive_load = 116		//Three Phase inductive load
resistive_load = 117		//Three phase resistive load
source3R = 118			//Three phase voltage source model3
xyz_tf = 119			//XYZ transfer function
block_avg = 120			//Block average phase comparator relay				
l2g_imp = 121			//Line to ground impedance
l2l_imp = 122			//Line to Line impedance
mho_circle = 123		//Mho Circle
seq_filter = 125		//Sequence Filter
trip_polygon = 126		//Trip polygon
doblestate = 127		//Double State file geberator
mux_array = 128			//12 channel multiplexer
g6p200 = 129			//6 Pulse Bridge
svc = 130			//Static Var Compensator
peswitch = 131			//Power electronic switch
appg1 = 132			//Apparent Gamma measurement
mesgam = 133			//Effective gamma measurement
vdvoci = 134			//CCCM controller for inverter
vdvocr = 135			//CCCM controller for rectifier
arrester = 136			//Arrestor
tsc_control = 137		//Thyristor switched capacitor allocator
vg6p18 = 138			//Generic Gamma Controller
polpi5 = 139			//Generic current controller
vdcl = 140			//Voltege Dependent Current Limits
annotation = 141		//Annotation Box
emtconst = 142			//Commonly Used Constants(pi...)
datalabel = 143			//Data signal label
datamerge = 144			//Merges data signals into an array
datatap = 145			//Data signal array tap
export = 146			//Export Symbol
xnode = 147			//External Electrical Node
zminusone = 148			//Feedback loop selector
import = 149			//Import Symbol
consti = 150			//Integer Constant
constl = 152			//Logical Constant					
nodelabel = 153			//Electrical node label
pin = 154			//Signal Junction
const = 155			//Real Constant
time-sig = 156			//Output of simulation time
delta-t = 157			//Output of Simulation Time-Step(DELT)
twist = 158			//Twist
unity = 159			//Type conversion block
wire = 160			//Wire
svcalloc1 = 161			//TSC/TCR Non-linear Susceptance Char.
caps = 162			//TCR/TSC Capacitor Switching Logic
fileread = 163			//File Read
run_num = 164			//Output of current Run number
mrun = 165			//Multiple run component
pgb = 166			//output channel
var_button = 167		//Push Button
var_pot = 168			//Rotary Switch
num_run = 169			//Output of total number of multiple runs
var_switch = 170		//Two State Switch
var = 171			//Variable Real/Integer input slider
exc_scrx = 173			//Solid State Exciter
sqc100 = 184			//Squirrel Cage Induction Machine
wound_rotor = 185		//Wound Rotor Induction Machine
sync_machine = 186		//Synchronous Machine
multimass = 191			//Multi-Mass Model
hy_gov = 192			//Hydro Governors
th_gov = 193			//Thermal (Steam) Governors
hy_tur = 194			//Hydro Turbines
th_tur = 195			//Thermal (Steam) Turbines
pss = 196			//Power System Stabilizers
excac = 197			//AC Exciters
excdc = 198			//DC Exciters
excst = 199			//Static Exciters
apple21 = 200			//Distance Relay Element – Apple Characteristics
lens21 = 201			//Distance Relay Element – Lens Characteristics
dir_neg32 = 202			//Negative Sequence Directional Element
dscd87 = 203			//Dual Slope Current Differential Relay
itoc51 = 204			//Inverse Time Over Current Relay
oos_lens68 = 205		//Out of Step Relay – Lens Characteristics
oos_mho68 = 206			//Out of Step Relay – Mho Characteristics
oos_poly68 = 207		//Out of Step Relay – Polygon Characteristics
ct_single = 208			//Current Transformer – JA Model
currenttf = 209			//Current Transformer – Lucas Model
ct_double = 210			//Out of Step Relay – Two CT Differential Configuration – JA Model
ccvt1 = 211			//Coupled Capacitor Voltage Transformer
dc_mac_2w = 214			//Two Winding DC Machine
coupled_2lines = 215		//Mutually Coupled Wires (Two Lines)
coupled_3lines = 216		//Mutually Coupled Wires (Three Lines)
tline_interface = 217		//Transmission Line Interface
Line_Tower_3_Delta = 218	//Line Constants 3 Conductor Delta Tower
Line_Tower_1 = 218		//Line Constants 1 Conductor Tower
Line_Tower_2_Flat = 218		//Line Constants 2 Conductor Flat Tower
Line_Tower_3-Flat = 218		//Line Constants 3 Conductor Flat Tower
Line_Tower_6_Concent = 218	//Line Constants 6 Conductor Concentric Tower
Line_Tower_6_Offset = 218	//Line Constants 6 Conductor Offset Tower
Line_Tower_6_Delta = 218	//Line Constants 6 Conductor Delta Tower
LIne_Tower_6_Vert = 218		//Line Constants 6 Conductor Vertical Tower
Line_Tower_6_Flat = 218		//Line Constants 6 Conductor Flat Tower
Line_Tower_12_Vert = 218	//Line Constants 12 Conductor Vertical Tower
Line_Tower_Universal = 219	//Line Constants Universal Tower
Line_Ground = 221		//Line Constants Ground Plane
Line_ManualYZ = 222		//Line Constants Manual Entry Y, Z
Line_Berg_Options = 223		//Line Constants Bergeron Model
Line_FreDep_Options = 224	//Line Constants FD Mode Model
Line_FrePhase_Options = 225	//Line Constants FD Phase Model
cable_interface = 227		//Cable Interface
Cable_Coax = 228		//Cable Coax Cross-Section
datatap2 = 242			//Data Signal Array Tap 2
breakout = 243			//3 Phase to SLD Electrical Wire Converter (Breakout)
breakout2 = 244			//6 to Twin 3-Phase Splitter
short = 245			//3-Phase Short
newpi = 246			//PI Section
logic_mult = 253		//Multiple Input Logic Gates
sandhdefn = 256			//Sample and Hold
wind_turbine = 258		//Wind Turbine
wind_source = 259		//Wind Source
wind_governor = 260		//Wind Governor
hydro_gov = 261			//Hydro Governor
radiolink = 263                 //Radio Links
ic_engine = 264			//Internal Combustion Engine
xfmr_2w_auto = 265		//1-Phase Auto Transformer
xfmr_3p2w_auto = 266		//3-Phase Star-Star Auto Transformer
optimum_run = 267		//Optimum Run
flip_flop = 269                 //Flip-flop 2004
shiftreg = 270                  //Shift Register 2004
multimeter = 271                //Multimeter
pt1 = 10                        //Potential Transformer
prod_array = 114                //Array Product
sum_array = 172                 //Array Sum
Line_BusWork_1 = 280            //Line Constants 1 Conductor Bus Bar
Line_BusWork_3H = 280           //Line Constants 3 Conductor Horizontal Bus Bar
Line_BusWork_3V = 280           //Line Constants 3 Conductor Vertical Bus Bar
Line_Out_Disp = 281             //Line Constants Additional Options
pm_machine = 283                //Permanent Magnet Synchronous Machine
polar_rec = 284                 //Polar/Rectangular Coordinate Converter
angle_resolver = 285            //Angle Resolver
over_current = 286              //Over-Current Detector
fixed_load = 287                //Fixed Load 2005
mingam = 288                    //Minimum Gamma Measurement
var_plotstep = 289              //Variable Plotstep
vector_interlace = 290          //Vector Interlace
pi_double_cct = 291             //Double-Circuit PI Section
