261   m_oPnlABSTOL  .SetToolTip( wxT(" Absolute current error tolerance ") );  in ToolTips()
262   m_oPnlCHGTOL  .SetToolTip( wxT(" Charge tolerance (in Coulomb) ") );  in ToolTips()
263   m_oPnlCONVABSS.SetToolTip( wxT(" Absolute step limit applied to code models ") );  in ToolTips()
264   m_oPnlCONVSTEP.SetToolTip( wxT(" Relative step limit applied to code models ") );  in ToolTips()
265   m_oPnlDEFL    .SetToolTip( wxT(" MOSFET default channel length ") );  in ToolTips()
266   m_oPnlDEFW    .SetToolTip( wxT(" MOSFET default channel width ") );  in ToolTips()
267   m_oPnlDEFAD   .SetToolTip( wxT(" MOSFET default drain diffusion area ") );  in ToolTips()
268   m_oPnlDEFAS   .SetToolTip( wxT(" MOSFET default source diffusion area ") );  in ToolTips()
269   m_oPnlGMIN    .SetToolTip( wxT(" Minimum allowable conductance (in Siemen)") );  in ToolTips()
270   m_oPnlGMINSTEP.SetToolTip( wxT(" Number of GMIN steps to be attempted ") );  in ToolTips()
271   m_oPnlITL1    .SetToolTip( wxT(" DC iteration limit ") );  in ToolTips()
272   m_oPnlITL2    .SetToolTip( wxT(" DC transfer curve iteration limit ") );  in ToolTips()
273   m_oPnlITL3    .SetToolTip( wxT(" Transient analysis lower iteration limit ") );  in ToolTips()
274   m_oPnlITL4    .SetToolTip( wxT(" Transient analysis timepoint iteration limit ") );  in ToolTips()
275   m_oPnlITL5    .SetToolTip( wxT(" Transient analysis total iteration limit ") );  in ToolTips()
276   m_oPnlITL6    .SetToolTip( wxT(" Source stepping iteration limit (synonym for SRCSTEPS) ") );  in ToolTips()
277   m_oPnlMAXEVIT .SetToolTip( wxT(" Maximum event iterations at an analysis point ") );  in ToolTips()
278   m_oPnlMAXOPALT.SetToolTip( wxT(" Maximum analog/event alternations in OP analysis ") );  in ToolTips()
279   m_oPnlMAXORD  .SetToolTip( wxT(" Maximum order for the numerical integration method ") );  in ToolTips()
280 …m_oPnlMAXWARNS.SetToolTip( wxT(" Maximum number of SOA (Safe Operating Area) voltage warning messa…  in ToolTips()
281 …m_oPnlPIVREL  .SetToolTip( wxT(" Relative ratio between largest column entry and an acceptable piv…  in ToolTips()
282   m_oPnlPIVTOL  .SetToolTip( wxT(" Absolute minimum value for matrix entry as pivot ") );  in ToolTips()
283   m_oPnlRAMPTIME.SetToolTip( wxT(" Transient analysis supply ramping time ") );  in ToolTips()
284   m_oPnlRELTOL  .SetToolTip( wxT(" Relative error tolerance ") );  in ToolTips()
285   m_oPnlRSERIES .SetToolTip( wxT(" Adds a resistor to each inductor in the circuit ") );  in ToolTips()
286   m_oPnlRSHUNT  .SetToolTip( wxT(" Adds a resistor from each analogue node to ground ") );  in ToolTips()
287   m_oPnlSRCSTEPS.SetToolTip( wxT(" Source stepping iteration limit ") );  in ToolTips()
288   m_oPnlTEMP    .SetToolTip( wxT(" Operating temperature of circuit ") );  in ToolTips()
289   m_oPnlTNOM    .SetToolTip( wxT(" Nominal temperature at which device parameters measured ") );  in ToolTips()
290   m_oPnlTRTOL   .SetToolTip( wxT(" Transient error tolerance ") );  in ToolTips()
291   m_oPnlVNTOL   .SetToolTip( wxT(" Absolute voltage error tolerance ") );  in ToolTips()
293   m_oCbxBADMOS3 .SetToolTip( wxT(" Use MOS3 model with \"kappa\" discontinuity ") );  in ToolTips()
294   m_oCbxINTERP  .SetToolTip( wxT(" Interpolate output data onto fixed time steps ") );  in ToolTips()
295   m_oCbxNOOPAC  .SetToolTip( wxT(" Don't do an OP analysis before the AC analysis ") );  in ToolTips()
296   m_oCbxNOOPALT .SetToolTip( wxT(" Analog/event alternation in OP analysis ") );  in ToolTips()
297   m_oCbxOPTS    .SetToolTip( wxT(" Enable printing of option values ") );  in ToolTips()
298   m_oCbxTRYTOCOM.SetToolTip( wxT(" Try to condense LTRA model's past history ") );  in ToolTips()
299   m_oCbxWARN    .SetToolTip( wxT(" Enable SOA (Safe Operating Area) voltage warning messages ") );  in ToolTips()
301   m_oChoMETHOD.GetParent( )->SetToolTip( wxT(" Numerical integration method ") );  in ToolTips()