Sidebar.prototype.addElectricalPalette=function(){var e=mxConstants.STYLE_VERTICAL_LABEL_POSITION+"=bottom;shadow=0;dashed=0;align=center;html=1;"+mxConstants.STYLE_VERTICAL_ALIGN+"=top;"+mxConstants.STYLE_SHAPE,t=e+"=mxgraph.electrical.abstract.",l="pointerEvents=1;"+e+"=mxgraph.electrical.capacitors.",r="pointerEvents=1;fillColor=strokeColor;"+e+"=mxgraph.electrical.diodes.",n="pointerEvents=1;"+e+"=mxgraph.electrical.inductors.",i="pointerEvents=1;"+e+"=mxgraph.electrical.miscellaneous.",a="pointerEvents=1;"+e+"=mxgraph.electrical.electro-mechanical.",o=e+"=mxgraph.electrical.logic_gates.",s=e+"=mxgraph.electrical.mosfets1.",c=e+"=mxgraph.electrical.transistors.",u=e+"=mxgraph.electrical.opto_electronics.",h="pointerEvents=1;"+e+"=mxgraph.electrical.plc_ladder.",g=e+"=mxgraph.electrical.radio.",p="pointerEvents=1;"+e+"=mxgraph.electrical.resistors.",m="pointerEvents=1;"+e+"=mxgraph.electrical.signal_sources.",T=e+"=mxgraph.electrical.thermionic_devices.",_="pointerEvents=1;"+e+"=mxgraph.electrical.waveforms.",d="perimeter=ellipsePerimeter;"+e+"=mxgraph.electrical.instruments.",S=e+"=mxgraph.electrical.iec_logic_gates.",y=e+"=mxgraph.electrical.rot_mech.",E=e+"=mxgraph.electrical.transmission.",x="mxgraph.electrical.logic_gates",F="electrical logic gate ",j="mxgraph.electrical.iec_logic_gates",V="electrical iec logic gate ",f="mxgraph.electrical.resistors",b="electrical resistor ",w="mxgraph.electrical.capacitors",v="electrical capacitor ",C="mxgraph.electrical.inductors",k="electrical inductor ",P="mxgraph.electrical.electro-mechanical",L="electrical switch relay ",A="mxgraph.electrical.diodes",I="electrical diode ",M="mxgraph.electrical.signal_sources",D="electrical signal source ",R="mxgraph.electrical.transistors",O="electrical transistor ",B="mxgraph.electrical.instruments",N="electrical instrument ",W="mxgraph.electrical.radio",z="electrical radio audio ",q="mxgraph.electrical.miscellaneous",G="electrical ",H="mxgraph.electrical.abstract",J="electrical ",Y="mxgraph.electrical.plc_ladder",U="electrical plc ladder programmable logic logical controller",K="mxgraph.electrical.opto_electronics",X="electrical optical ",Q="mxgraph.electrical.thermionic_devices",Z="electrical thermionic thermo device vacuum tube ",$="mxgraph.electrical.waveforms",ee="electrical waveform signal ",te="mxgraph.electrical.rot_mech",le="electrical rotating equipment mechanical function functions",re="mxgraph.electrical.transmission",ne="electrical transmission paths bus buses";this.setCurrentSearchEntryLibrary("electrical","electricalLogicGates"),this.addPaletteFunctions("electricalLogicGates","Electrical / Logic Gates",!1,[this.createVertexTemplateEntry(o+"logic_gate;operation=and;",100,60,"","AND",null,null,this.getTagsForStencil(x,"and",F).join(" ")),this.createVertexTemplateEntry(o+"buffer2;",100,60,"","Buffer",null,null,this.getTagsForStencil(x,"buffer",F).join(" ")),this.createVertexTemplateEntry(o+"d_type_flip-flop;",100,80,"","D Type Flip-Flop",null,null,this.getTagsForStencil(x,"d_type_flip-flop",F).join(" ")),this.createVertexTemplateEntry(o+"d_type_flip-flop_with_clear_2;",100,90,"","D Type Flip-Flop With Clear",null,null,this.getTagsForStencil(x,"d_type_flip-flop_with_clear",F).join(" ")),this.createVertexTemplateEntry(o+"d_type_rs_flip-flop;",100,100,"","D Type RS Flip-Flop",null,null,this.getTagsForStencil(x,"d_type_rs_flip-flop",F).join(" ")),this.createVertexTemplateEntry(o+"inverter_2",100,60,"","Inverter",null,null,this.getTagsForStencil(x,"inverter",F).join(" ")),this.createVertexTemplateEntry(o+"inverting_contact;",10,10,"","Inverting Contact",null,null,this.getTagsForStencil(x,"inverting_contact",F).join(" ")),this.createVertexTemplateEntry(o+"jk_flip-flop;",100,80,"","JK Flip-Flop",null,null,this.getTagsForStencil(x,"jk_flip-flop",F).join(" ")),this.createVertexTemplateEntry(o+"jk_flip-flop_with_clear_2;",100,90,"","JK Flip-Flop With Clear",null,null,this.getTagsForStencil(x,"jk_flip-flop_with_clear",F).join(" ")),this.createVertexTemplateEntry(o+"jk_flip-flop_with_sr;",100,100,"","JK Flip-Flop With SR",null,null,this.getTagsForStencil(x,"jk_flip-flop_with_sr",F).join(" ")),this.createVertexTemplateEntry(o+"logic_gate;operation=and;negating=1;negSize=0.15;",100,60,"","NAND",null,null,this.getTagsForStencil(x,"nand not and",F).join(" ")),this.createVertexTemplateEntry(o+"logic_gate;operation=or;",100,60,"","OR",null,null,this.getTagsForStencil(x,"or",F).join(" ")),this.createVertexTemplateEntry(o+"logic_gate;operation=or;negating=1;negSize=0.15;",100,60,"","NOR",null,null,this.getTagsForStencil(x,"nor",F).join(" ")),this.createVertexTemplateEntry(o+"rs_latch;",100,80,"","RS Latch",null,null,this.getTagsForStencil(x,"rs_latch",F).join(" ")),this.createVertexTemplateEntry(o+"synchronous_rs_latch;",100,80,"","RS Latch (Synchronous)",null,null,this.getTagsForStencil(x,"synchronous_rs_latch",F).join(" ")),this.createVertexTemplateEntry(o+"schmitt_trigger;",100,60,"","Schmitt Trigger",null,null,this.getTagsForStencil(x,"schmitt_trigger",F).join(" ")),this.createVertexTemplateEntry(o+"t_type_flip-flop;",100,80,"","T Type Flip-Flop",null,null,this.getTagsForStencil(x,"t_type_flip-flop",F).join(" ")),this.createVertexTemplateEntry(o+"logic_gate;operation=xor;",100,60,"","XOR",null,null,this.getTagsForStencil(x,"xor",F).join(" ")),this.createVertexTemplateEntry(o+"logic_gate;operation=xor;negating=1;negSize=0.15;",100,60,"","XNOR",null,null,this.getTagsForStencil(x,"xnor",F).join(" ")),this.createVertexTemplateEntry(S+"and;",60,80,"","AND (IEC)",null,null,this.getTagsForStencil(j,"and",V).join(" ")),this.createVertexTemplateEntry(S+"nand_2;",66,80,"","NAND (IEC)",null,null,this.getTagsForStencil(j,"nand",V).join(" ")),this.createVertexTemplateEntry(S+"or;",60,80,"","OR (IEC)",null,null,this.getTagsForStencil(j,"or",V).join(" ")),this.createVertexTemplateEntry(S+"nor_2;",66,80,"","NOR (IEC)",null,null,this.getTagsForStencil(j,"nor",V).join(" ")),this.createVertexTemplateEntry(S+"not_2;",66,80,"","NOT (IEC)",null,null,this.getTagsForStencil(j,"xor",V).join(" ")),this.createVertexTemplateEntry(S+"xor;",60,80,"","XOR (IEC)",null,null,this.getTagsForStencil(j,"xor",V).join(" ")),this.createVertexTemplateEntry("shadow=0;dashed=0;align=center;html=1;strokeWidth=1;shape=mxgraph.electrical.logic_gates.dual_inline_ic;labelNames=a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p,q,r,s,t;",100,200,"IC","Dual In-Line IC",null,null,this.getTagsForStencil(x,"dual inline in line ic integrated circuit",F).join(" ")),this.createVertexTemplateEntry("shadow=0;dashed=0;align=center;html=1;strokeWidth=1;shape=mxgraph.electrical.logic_gates.qfp_ic;labelNames=a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p,q,r,s,t,u,v,w,x,y,z,a1,b1,c1,d1,e1,f1,g1,h1,i1,j1,k1,l1,m1,n1;",200,200,"IC","Quad Flat Package IC",null,null,this.getTagsForStencil(x,"quad flat package qfp ic integrated circuit",F).join(" "))]),this.setCurrentSearchEntryLibrary("electrical","electricalResistors"),this.addPaletteFunctions("electricalResistors","Electrical / Resistors",!1,[this.createVertexTemplateEntry(p+"resistor_1;",100,20,"","Resistor",null,null,this.getTagsForStencil(f,"resistor_1",b).join(" ")),this.createVertexTemplateEntry(p+"resistor_2;",100,20,"","Resistor",null,null,this.getTagsForStencil(f,"resistor_2",b).join(" ")),this.createVertexTemplateEntry(p+"potentiometer_1;",100,40,"","Potentiometer",null,null,this.getTagsForStencil(f,"potentiometer_1",b).join(" ")),this.createVertexTemplateEntry(p+"potentiometer_2;",100,40,"","Potentiometer",null,null,this.getTagsForStencil(f,"potentiometer_2",b).join(" ")),this.createVertexTemplateEntry(p+"trimmer_pot_1;",100,40,"","Potentiometer (Trimmer)",null,null,this.getTagsForStencil(f,"trimmer_pot_1",b).join(" ")),this.createVertexTemplateEntry(p+"trimmer_pot_2;",100,40,"","Potentiometer (Trimmer)",null,null,this.getTagsForStencil(f,"trimmer_pot_2",b).join(" ")),this.createVertexTemplateEntry(p+"trimmer_resistor_1;",100,65.5,"","Resistor (Trimmer)",null,null,this.getTagsForStencil(f,"trimmer_resistor_1",b).join(" ")),this.createVertexTemplateEntry(p+"trimmer_resistor_2;",100,65.5,"","Resistor (Trimmer)",null,null,this.getTagsForStencil(f,"trimmer_resistor_2",b).join(" ")),this.createVertexTemplateEntry(p+"variable_resistor_1;",100,60,"","Resistor (Variable)",null,null,this.getTagsForStencil(f,"variable_resistor_1",b).join(" ")),this.createVertexTemplateEntry(p+"variable_resistor_2;",100,60,"","Resistor (Variable)",null,null,this.getTagsForStencil(f,"variable_resistor_2",b).join(" ")),this.createVertexTemplateEntry(p+"resistor_with_instrument_or_relay_shunt;",100,20,"","Resistor (Instrument/Relay Shunt)",null,null,this.getTagsForStencil(f,"resistor_with_instrument_or_relay_shunt",b).join(" ")),this.createVertexTemplateEntry(p+"attenuator;",100,60,"","Attenuator",null,null,this.getTagsForStencil(f,"attenuator",b).join(" ")),this.createVertexTemplateEntry(p+"resistor,_adjustable_contact;",100,40,"","Resistor (Adjustable Contact)",null,null,this.getTagsForStencil(f,"resistor,_adjustable_contact",b).join(" ")),this.createVertexTemplateEntry(p+"resistor,_shunt;",100,45,"","Resistor (Shunt)",null,null,this.getTagsForStencil(f,"resistor,_shunt",b).join(" ")),this.createVertexTemplateEntry(p+"symmetrical_varistor;",100,60,"","Varistor (Symmetrical)",null,null,this.getTagsForStencil(f,"symmetrical_varistor",b).join(" ")),this.createVertexTemplateEntry(p+"tapped_resistor;",100,40,"","Resistor (Tapped)",null,null,this.getTagsForStencil(f,"tapped_resistor",b).join(" ")),this.createVertexTemplateEntry(p+"nonlinear_resistor;",100,60,"","Resistor (Nonlinear)",null,null,this.getTagsForStencil(f,"nonlinear_resistor",b).join(" ")),this.createVertexTemplateEntry(p+"memristor_1;",100,20,"","Memristor",null,null,this.getTagsForStencil(f,"memristor_1",b).join(" ")),this.createVertexTemplateEntry(p+"memristor_2;",100,24,"","Memristor",null,null,this.getTagsForStencil(f,"memristor_2",b).join(" ")),this.createVertexTemplateEntry(p+"magnetoresistor;",100,60,"","Magnetoresistor",null,null,this.getTagsForStencil(f,"magnetoresistor",b).join(" ")),this.createVertexTemplateEntry(p+"symmetrical_photoconductive_transducer;",100,40,"","Photoconductive Transducer (Symmetrical)",null,null,this.getTagsForStencil(f,"symmetrical_photoconductive_transducer",b).join(" "))]),this.setCurrentSearchEntryLibrary("electrical","electricalCapacitors"),this.addPaletteFunctions("electricalCapacitors","Electrical / Capacitors",!1,[this.createVertexTemplateEntry(l+"capacitor_1;",100,60,"","Capacitor (US)",null,null,this.getTagsForStencil(w,"capacitor_1",v).join(" ")),this.createVertexTemplateEntry(l+"capacitor_2;",100,60,"","Capacitor (US)",null,null,this.getTagsForStencil(w,"capacitor_2",v).join(" ")),this.createVertexTemplateEntry(l+"capacitor_3;",100,60,"","Electrolytic Capacitor (US)",null,null,this.getTagsForStencil(w,"capacitor_3",v).join(" ")),this.createVertexTemplateEntry(l+"capacitor_4;",100,60,"","Capacitor (UK)",null,null,this.getTagsForStencil(w,"capacitor_4",v).join(" ")),this.createVertexTemplateEntry(l+"capacitor_5;",100,60,"","Electrolytic Capacitor (US)",null,null,this.getTagsForStencil(w,"capacitor_5",v).join(" ")),this.createVertexTemplateEntry(l+"capacitor_6;",100,60,"","Capacitor",null,null,this.getTagsForStencil(w,"capacitor_6",v).join(" ")),this.createVertexTemplateEntry(l+"differential_capacitor;",100,80,"","Differential Capacitor",null,null,this.getTagsForStencil(w,"differential_capacitor",v).join(" ")),this.createVertexTemplateEntry(l+"trimmer_capacitor_1;",100,65.5,"","Tuning Variable Capacitor (US)",null,null,this.getTagsForStencil(w,"trimmer_capacitor_1",v).join(" ")),this.createVertexTemplateEntry(l+"trimmer_capacitor_2;",100,65.5,"","Tuning Variable Capacitor (US)",null,null,this.getTagsForStencil(w,"trimmer_capacitor_2",v).join(" ")),this.createVertexTemplateEntry(l+"variable_capacitor_1;",100,60,"","Trimmer Variable Capacitor (US)",null,null,this.getTagsForStencil(w,"variable_capacitor_1",v).join(" ")),this.createVertexTemplateEntry(l+"variable_capacitor_2;",100,60,"","Trimmer Variable Capacitor (US)",null,null,this.getTagsForStencil(w,"variable_capacitor_2",v).join(" ")),this.createVertexTemplateEntry(l+"feed_through_capacitor;",100,90,"","Feed Through Capacitor",null,null,this.getTagsForStencil(w,"feed_through_capacitor",v).join(" ")),this.createVertexTemplateEntry(l+"ganged_capacitor;",100,130,"","Ganged Capacitor",null,null,this.getTagsForStencil(w,"ganged_capacitor",v).join(" ")),this.createVertexTemplateEntry(l+"multiple_capacitor;",100,130,"","Multiple Capacitor",null,null,this.getTagsForStencil(w,"multiple_capacitor",v).join(" ")),this.createVertexTemplateEntry(l+"multiple_electrolytic_capacitor_comm_neg;",100,130,"","Multiple Electrolytic Capacitor (Common Negative)",null,null,this.getTagsForStencil(w,"multiple_electrolytic_capacitor_comm_neg",v).join(" ")),this.createVertexTemplateEntry(l+"multiple_electrolytic_capacitor_comm_pos;",100,130,"","Multiple Electrolytic Capacitor (Common Positive)",null,null,this.getTagsForStencil(w,"multiple_electrolytic_capacitor_comm_pos",v).join(" "))]),this.setCurrentSearchEntryLibrary("electrical","electricalInductors"),this.addPaletteFunctions("electricalInductors","Electrical / Inductors",!1,[this.createVertexTemplateEntry(n+"inductor_3;",100,8,"","Inductor (Air Core)",null,null,this.getTagsForStencil(C,"inductor_3",k).join(" ")),this.createVertexTemplateEntry(n+"inductor_5;",100,14,"","Inductor (Air Core)",null,null,this.getTagsForStencil(C,"inductor_5",k).join(" ")),this.createVertexTemplateEntry(n+"inductor_1;",100,15,"","Inductor (Air Core)",null,null,this.getTagsForStencil(C,"inductor_1",k).join(" ")),this.createVertexTemplateEntry(n+"variable_inductor;",100,60,"","Variable",null,null,this.getTagsForStencil(C,"variable_inductor",k).join(" ")),this.createVertexTemplateEntry(n+"ferrite_core;",64,4,"","Ferrite Core",null,null,this.getTagsForStencil(C,"ferrite_core",k).join(" ")),this.createVertexTemplateEntry(n+"iron_core;",64,4,"","Iron Core",null,null,this.getTagsForStencil(C,"iron_core",k).join(" ")),this.createVertexTemplateEntry(n+"magnetic_core;direction=north;",64,3,"","Magnetic Core",null,null,this.getTagsForStencil(C,"magnetic core",k).join(" ")),this.createVertexTemplateEntry(n+"transformer_1;",64,60,"","Transformer (Iron Core)",null,null,this.getTagsForStencil(C,"transformer_1",k).join(" ")),this.createVertexTemplateEntry(n+"transformer_2;",64,60,"","Transformer (Iron Core)",null,null,this.getTagsForStencil(C,"transformer_2",k).join(" ")),this.createVertexTemplateEntry(n+"half_inductor;",32,23,"","Half Inductor",null,null,this.getTagsForStencil(C,"half inductor",k).join(" ")),this.createVertexTemplateEntry(n+"transformer;direction=north;",64,64,"","Transformer",null,null,this.getTagsForStencil(C,"transformer",k).join(" ")),this.createVertexTemplateEntry(n+"inductor;",100,42,"","Inductor",null,null,this.getTagsForStencil(C,"inductor",k).join(" ")),this.createVertexTemplateEntry(n+"choke;",100,200,"","Choke",null,null,this.getTagsForStencil(C,"choke",k).join(" ")),this.createVertexTemplateEntry("verticalLabelPosition=top;shadow=0;dashed=0;align=center;fillColor=#000000;html=1;verticalAlign=bottom;strokeWidth=1;shape=mxgraph.electrical.inductors.variometer;",150,88,"","Variometer",null,null,this.getTagsForStencil(C,"variometer",k).join(" ")),this.createVertexTemplateEntry(n+"coaxial_choke;",300,50,"","Coaxial Choke",null,null,this.getTagsForStencil(C,"coaxial choke",k).join(" ")),this.createVertexTemplateEntry(n+"transductor;",200,100,"","Transductor",null,null,this.getTagsForStencil(C,"transductor",k).join(" ")),this.createVertexTemplateEntry(n+"saturating_transformer;",200,150,"","Saturating Transformer",null,null,this.getTagsForStencil(C,"saturating_transformer",k).join(" ")),this.createVertexTemplateEntry(n+"potential_transformer_2;",92,40,"","Potential Transformer",null,null,this.getTagsForStencil(C,"potential transformer",k).join(" ")),this.createVertexTemplateEntry(n+"pot_trans_3_windings;",67,96,"","Pot. Trans. 3 Windings",null,null,this.getTagsForStencil(C,"potential transformer 3 three windings",k).join(" ")),this.createVertexTemplateEntry("verticalLabelPosition=bottom;shadow=0;dashed=0;align=center;html=1;verticalAlign=top;strokeWidth=1;shape=mxgraph.electrical.signal_sources.current_source;",40,60,"","Transformer",null,null,this.getTagsForStencil(C,"",k).join(" ")),this.createVertexTemplateEntry(n+"adjustable_transformer;",46,60,"","Adjustable Transformer",null,null,this.getTagsForStencil(C,"adjustable_transformer",k).join(" ")),this.createVertexTemplateEntry(n+"1_phase_induction_volt_reg;",100,100,"","1-Phase Induction Voltage Regulator",null,null,this.getTagsForStencil(C,"1 phase induction voltage regulator monophase",k).join(" ")),this.createVertexTemplateEntry(n+"triplex_induction_volt_reg;",100,100,"","Triplex Induction Voltage Regulator",null,null,this.getTagsForStencil(C,"triplex induction voltage regulator",k).join(" ")),this.createVertexTemplateEntry(n+"induction_voltage_regulator;",160,210,"","Induction Voltage Regulator",null,null,this.getTagsForStencil(C,"induction voltage regulator",k).join(" ")),this.createVertexTemplateEntry(n+"current_transformer_1;",12,75,"","Current Transformer",null,null,this.getTagsForStencil(C,"current transformer",k).join(" ")),this.createVertexTemplateEntry(n+"current_transformer_2;",125,175,"","Current Transformer",null,null,this.getTagsForStencil(C,"current transformer",k).join(" ")),this.createVertexTemplateEntry(n+"current_transformer_3;",75,10,"","Current Transformer",null,null,this.getTagsForStencil(C,"current transformer",k).join(" ")),this.createVertexTemplateEntry(n+"potential_transformer;",100,50,"","Potential Transformer",null,null,this.getTagsForStencil(C,"potential transformer",k).join(" ")),this.createVertexTemplateEntry(n+"outdoor_metering_device;",100,100,"","Outdoor Metering Device",null,null,this.getTagsForStencil(C,"outdoor metering device",k).join(" ")),this.createVertexTemplateEntry(n+"linear_coupler;",80,20,"","Linear Coupler",null,null,this.getTagsForStencil(C,"linear coupler",k).join(" "))]),this.setCurrentSearchEntryLibrary("electrical","electricalSwitchesRelays"),this.addPaletteFunctions("electricalSwitchesRelays","Electrical / Switches and Relays",!1,[this.createVertexTemplateEntry(a+"2-way_switch;",75,26,"","SPDT",null,null,this.getTagsForStencil(P,"2-way switch",L).join(" ")),this.createVertexTemplateEntry(a+"push_switch_nc;",75,10,"","Pushbutton NC",null,null,this.getTagsForStencil(P,"push switch nc",L).join(" ")),this.createVertexTemplateEntry(a+"push_switch_no;",75,19,"","Pushbutton NO",null,null,this.getTagsForStencil(P,"push switch no",L).join(" ")),this.createVertexTemplateEntry(a+"simple_switch;",75,19,"","SPST",null,null,this.getTagsForStencil(P,"simple switch",L).join(" ")),this.createVertexTemplateEntry(a+"switch_disconnector;",75,19,"","Switch Disconnector",null,null,this.getTagsForStencil(P,"switch disconnector",L).join(" ")),this.createVertexTemplateEntry(a+"fuse;",75,16,"","Fuse",null,null,this.getTagsForStencil(P,"fuse",L).join(" ")),this.createVertexTemplateEntry(a+"liquid_level_actuated;",75,28,"","Liquid Level Actuated",null,null,this.getTagsForStencil(P,"liquid level actuated",L).join(" ")),this.createVertexTemplateEntry(a+"liquid_level_actuated_2;",75,32,"","Liquid Level Actuated",null,null,this.getTagsForStencil(P,"liquid level actuated",L).join(" ")),this.createVertexTemplateEntry(a+"gas_flow_actuated;",75,32,"","Gas Flow Actuated",null,null,this.getTagsForStencil(P,"gas flow actuated",L).join(" ")),this.createVertexTemplateEntry(a+"flow_actuated;",75,31,"","Flow Actuated",null,null,this.getTagsForStencil(P,"flow actuated",L).join(" ")),this.createVertexTemplateEntry(a+"pressure_actuated;",75,31,"","Pressure Actuated",null,null,this.getTagsForStencil(P,"pressure actuated",L).join(" ")),this.createVertexTemplateEntry(a+"temperature_actuated;",75,31,"","Temperature Actuated",null,null,this.getTagsForStencil(P,"temperature actuated",L).join(" ")),this.createVertexTemplateEntry(a+"safety_interlock;",75,37,"","Safety Interlock",null,null,this.getTagsForStencil(P,"safety interlock",L).join(" ")),this.createVertexTemplateEntry(a+"temperature_switch;",75,18,"","Temperature Switch",null,null,this.getTagsForStencil(P,"temperature switch",L).join(" ")),this.createVertexTemplateEntry("verticalLabelPosition=top;shadow=0;dashed=0;align=center;html=1;verticalAlign=bottom;strokeWidth=1;shape=mxgraph.electrical.electro-mechanical.thermostat;fontSize=10;",75,7,"tº","Thermostat",null,null,this.getTagsForStencil(P,"thermostat",L).join(" ")),this.createVertexTemplateEntry(a+"limit_switch;",75,16,"","Limit Switch",null,null,this.getTagsForStencil(P,"limit switch",L).join(" ")),this.createVertexTemplateEntry(a+"circuit_breaker;",75,20,"","Circuit Breaker",null,null,this.getTagsForStencil(P,"circuit breaker",L).join(" ")),this.createVertexTemplateEntry(a+"selector_switch_3_position;",75,46,"","Selector Switch (3 positions)",null,null,this.getTagsForStencil(P,"selector_switch",L).join(" ")),this.createVertexTemplateEntry(a+"selector_switch;",75,66,"","Selector Switch (4 positions)",null,null,this.getTagsForStencil(P,"selector_switch",L).join(" ")),this.createVertexTemplateEntry(a+"selector_switch_6_position;",75,106,"","Selector Switch (6 positions)",null,null,this.getTagsForStencil(P,"selector_switch",L).join(" ")),this.createVertexTemplateEntry(a+"shorting_selector;",60,66,"","Shorting Selector",null,null,this.getTagsForStencil(P,"shorting selector",L).join(" ")),this.createVertexTemplateEntry(a+"proximity_limit_switch;",75,55,"","Proximity Limit Switch",null,null,this.getTagsForStencil(P,"proximity limit switch",L).join(" ")),this.createVertexTemplateEntry(a+"inertia_switch;",75,19,"","Inertia 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")),this.createVertexTemplateEntry(m+"vss2;fontSize=24;flipV=1;",60,40,"V<sub>ss</sub>","Vss",null,null,this.getTagsForStencil(M,"vss",D).join(" ")),this.createVertexTemplateEntry(mxConstants.STYLE_VERTICAL_LABEL_POSITION+"=top;"+mxConstants.STYLE_VERTICAL_ALIGN+"=bottom;"+mxConstants.STYLE_SHAPE+"=mxgraph.electrical.signal_sources.vdd;shadow=0;dashed=0;align=center;strokeWidth=1;fontSize=24;html=1;flipV=1;",60,40,"V<sub>dd</sub>","Vdd",null,null,this.getTagsForStencil(M,"vdd",D).join(" ")),this.createVertexTemplateEntry(mxConstants.STYLE_VERTICAL_LABEL_POSITION+"=top;"+mxConstants.STYLE_VERTICAL_ALIGN+"=bottom;"+mxConstants.STYLE_SHAPE+"=mxgraph.electrical.signal_sources.current_flow;shadow=0;dashed=0;align=center;strokeWidth=1;fontSize=10;html=1;",70,10,"5 mA","Current Flow",null,null,this.getTagsForStencil(M,"current_flow",D).join(" 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")),this.createVertexTemplateEntry(y+"clutch;pointerEvents=1;",100,20,"","Clutch",null,null,this.getTagsForStencil(te,"clutch",le).join(" ")),this.createVertexTemplateEntry(y+"clutch_2;pointerEvents=1;",90,60,"","Clutch",null,null,this.getTagsForStencil(te,"clutch",le).join(" ")),this.createVertexTemplateEntry(y+"delayed_action;pointerEvents=1;",72,50,"","Delayed Action",null,null,this.getTagsForStencil(te,"delayed action",le).join(" ")),this.createVertexTemplateEntry(y+"manual_control;pointerEvents=1;",50,50,"","Manual Control",null,null,this.getTagsForStencil(te,"manual control",le).join(" ")),this.createVertexTemplateEntry(y+"blocking_device;pointerEvents=1;",100,15,"","Blocking Device",null,null,this.getTagsForStencil(te,"blocking device",le).join(" ")),this.createVertexTemplateEntry(y+"latching_device;pointerEvents=1;",100,22,"","Latching Device",null,null,this.getTagsForStencil(te,"latching device",le).join(" ")),this.createVertexTemplateEntry(y+"mechanical_interlock;pointerEvents=1;",100,30,"","Mechanical Interlock",null,null,this.getTagsForStencil(te,"mechanical interlock",le).join(" ")),this.createVertexTemplateEntry(y+"automatic_return;pointerEvents=1;",100,12,"","Automatic Return",null,null,this.getTagsForStencil(te,"automatic_return",le).join(" ")),this.createVertexTemplateEntry(y+"detent;pointerEvents=1;",100,8,"","Detent",null,null,this.getTagsForStencil(te,"detent",le).join(" "))]),this.setCurrentSearchEntryLibrary("electrical","electricalTransmission");var ie=[this.createVertexTemplateEntry(E+"bus_width;pointerEvents=1;",130,156,"","Bus Width",null,null,this.getTagsForStencil(re,"bus width",ne).join(" ")),this.createVertexTemplateEntry(E+"line_concentrator;",130,130,"","Line Concentrator",null,null,this.getTagsForStencil(re,"line concentrator",ne).join(" ")),this.createVertexTemplateEntry(E+"cable_group;pointerEvents=1;",130,130,"","Cable Group",null,null,this.getTagsForStencil(re,"cable group",ne).join(" ")),this.createVertexTemplateEntry(E+"overground_enclosure;",130,136,"","Overground Enclosure",null,null,this.getTagsForStencil(re,"overground enclosure",ne).join(" ")),this.createVertexTemplateEntry(E+"optical_fiber;",130,80,"","Optical Fiber",null,null,this.getTagsForStencil(re,"optical fiber",ne).join(" ")),this.createVertexTemplateEntry("verticalLabelPosition=bottom;shadow=0;dashed=0;align=center;html=1;verticalAlign=top;strokeWidth=1;shape=ellipse;",10,10,"","Terminal",null,null,this.getTagsForStencil(re,"terminal",ne).join(" ")),this.createVertexTemplateEntry(E+"terminal_3_phase;pointerEvents=1;",43,10,"","Terminal 3 Phase",null,null,this.getTagsForStencil(re,"Terminal 3 Phase",ne).join(" ")),this.createVertexTemplateEntry("verticalLabelPosition=middle;shadow=0;dashed=0;align=center;html=1;verticalAlign=middle;strokeWidth=1;shape=ellipse;fontSize=50;fontStyle=1;perimeter=ellipsePerimeter;",130,130,"T","Terminal",null,null,this.getTagsForStencil(re,"terminal",ne).join(" ")),this.createVertexTemplateEntry(E+"line_cable;",130,60,"","Line/Cable",null,null,this.getTagsForStencil(re,"line cable",ne).join(" ")),this.createVertexTemplateEntry(E+"anticreepage_device;pointerEvents=1;",130,88,"","Anticreepage Device",null,null,this.getTagsForStencil(re,"anticreepage device",ne).join(" ")),this.createVertexTemplateEntry(E+"testPoint;",60,130,"","Test Point",null,null,this.getTagsForStencil(re,"test point",ne).join(" ")),this.createEdgeTemplateEntry("endArrow=none;html=1;strokeWidth=1;",100,0,"","Transmission Path",null,this.getTagsForStencil(M,"","transmission path").join(" ")),this.createEdgeTemplateEntry("endArrow=classicThin;html=1;strokeWidth=1;endSize=20;",100,0,"","Direction of Flow",null,this.getTagsForStencil(M,"","direction flow").join(" ")),this.createVertexTemplateEntry(E+"straightBus;",90,130,"","Straight Bus",null,null,this.getTagsForStencil(re,"straight bus",ne).join(" ")),this.createVertexTemplateEntry("html=1;shadow=0;dashed=0;align=center;verticalAlign=middle;shape=mxgraph.arrows2.bendArrow;dy=15;dx=38;notch=0;arrowHead=55;rounded=0;strokeWidth=1",130,130,"","Elbow Bus",null,null,this.getTagsForStencil(re,"elbow bus",ne).join(" ")),this.createVertexTemplateEntry("html=1;shadow=0;dashed=0;align=center;verticalAlign=middle;shape=mxgraph.arrows2.bendArrow;dy=15;dx=38;notch=0;arrowHead=55;rounded=0;strokeWidth=1;flipH=1;",130,130,"","Elbow Bus",null,null,this.getTagsForStencil(re,"elbow bus",ne).join(" ")),this.createVertexTemplateEntry(E+"2_line_bus;",130,25,"","2-Line Bus",null,null,this.getTagsForStencil(re,"2 two line bus",ne).join(" ")),this.createVertexTemplateEntry(E+"3_line_bus;",130,30,"","3-Line Bus",null,null,this.getTagsForStencil(re,"3 three line bus",ne).join(" ")),this.createVertexTemplateEntry(E+"4_line_bus;",130,75,"","4-Line Bus",null,null,this.getTagsForStencil(re,"3 three line bus",ne).join(" ")),this.createVertexTemplateEntry(E+"8_line_bus;",130,180,"","8-Line Bus",null,null,this.getTagsForStencil(re,"3 three line bus",ne).join(" ")),this.createVertexTemplateEntry(E+"twoLineBusElbow;notch=25;",120,120,"","2-Line Bus Elbow",null,null,this.getTagsForStencil(re,"2 two line bus elbow",ne).join(" ")),this.createVertexTemplateEntry(E+"threeLineBusElbow;notch=30;",120,120,"","3-Line Bus Elbow",null,null,this.getTagsForStencil(re,"3 two line bus elbow",ne).join(" ")),this.createVertexTemplateEntry(E+"fourLineBusElbow;notch=75;",120,120,"","4-Line Bus Elbow",null,null,this.getTagsForStencil(re,"4 two line bus elbow",ne).join(" ")),this.createVertexTemplateEntry(E+"eightLineBusElbow;notch=180;",200,200,"","8-Line Bus Elbow",null,null,this.getTagsForStencil(re,"8 two line bus elbow",ne).join(" "))];this.addPalette("electricalTransmission","Electrical / Transmission Paths",!1,mxUtils.bind(this,(function(e){for(var t=0;t<ie.length;t++)e.appendChild(ie[t](e))}))),this.setCurrentSearchEntryLibrary()};