AC-1
.AC being redefined - data will be replaced.
.AC being redefined - data will be replaced.

AC-2
Found error in .AC statement
Found error in .AC statement

AC-3
No AC source found. AC analysis will be skipped. 
No AC source found. AC analysis will be skipped. 

AC-4
Multiple AC sources (%1%) found in circuit, outputs will be SUPERIMPOSED. 
Multiple AC sources (%1%) found in circuit, outputs will be SUPERIMPOSED. 

AC-5
Missing explicit points in .AC
Missing explicit points in .AC

AC-6
Skip output at sweeping freq=%1% (Hz) due to NaN in solution.
Skip output at sweeping freq=%1% (Hz) due to NaN in solution.

AGE-100
Unable to create age results file: %1%
Unable to create age results file: %1%

AMS-1
%1% cannot be open or does not exist.
%1% cannot be open or does not exist.

AMS-2
Unknown digitial simulator %1%, use ncsim instead!
Unknown digitial simulator %1%, use ncsim instead!

AMS-3
Invalid discipline resolution mode %1%.  Please use "basic" or "detailed".
Invalid discipline resolution mode %1%.  Please use "basic" or "detailed".

ANAL-1
Start value (%1%) on %2% for %3% exceeds %4% - if value appears correct, increase %4%. 
Start value (%1%) on %2% for %3% exceeds %4% - if value appears correct, increase %4%. 

ANAL-10
Undefined node (%1%) in %2% analysis statement.
Undefined node (%1%) in %2% analysis statement.

ANAL-11
Undefined device (%1%) in %2% analysis statement.
Undefined device (%1%) in %2% analysis statement.

ANAL-12
Analysis %1% defined more than once.
Analysis %1% defined more than once.

ANAL-13
Failed analysis due to error generated from output system.
Failed analysis due to error generated from output system.

ANAL-14
Maximum capacitance (%1%) on node > CAPMAX (%2%).
Maximum capacitance (%1%) on node > CAPMAX (%2%).

ANAL-15
Early exit from analysis due to assertion triggered in output system.
Early exit from analysis due to assertion triggered in output system.

ANAL-2
Analysis %1% being redefined, data will be replaced. 
Analysis %1% being redefined, data will be replaced. 

ANAL-3
Voltage (%1%) at node %2% exceeds VOLTMAX (%3%).
Voltage (%1%) at node %2% exceeds VOLTMAX (%3%).

ANAL-4
Current (%1%) of branch node %2% exceeds CURMAX (%3%).
Current (%1%) of branch node %2% exceeds CURMAX (%3%).

ANAL-5
Maximum voltage (%1%) or maximum current (%2%) exceed the limit. If these values appear normal, increase .OPTIONS VOLTMAX/CURMAX.
Maximum voltage (%1%) or maximum current (%2%) exceed the limit. If these values appear normal, increase .OPTIONS VOLTMAX/CURMAX.

ANAL-6
No analysis has been requested.
No analysis has been requested.

ANAL-7
Problems when %1% %2% analysis.
Problems when %1% %2% analysis.

ANAL-8
Unknown analysis: "%1%"
Unknown analysis: "%1%"

ANAL-9
Unresolved expressions in top-level netlist needed for %1% analysis.
Unresolved expressions in top-level netlist needed for %1% analysis.

ASSERT-1
Assert "%2%" is missing required parameter(s): %1%
Assert "%2%" is missing required parameter(s): %1%

ASSERT-10
Assert %1% references report "%2%" which has not been defined on a corresponding .REPORT statement.
Assert %1% references report "%2%" which has not been defined on a corresponding .REPORT statement.

ASSERT-11
Error creating assert %1%.
Error creating assert %1%.

ASSERT-12
Invalid setting on assert %1%: %2% = %3%
Invalid setting on assert %1%: %2% = %3%

ASSERT-13
Assert %1%: %2% expression cannot be resolved before the beginning of the analysis.
Assert %1%: %2% expression cannot be resolved before the beginning of the analysis.

ASSERT-14
%1% parameter (%2%) in %3% expression on assert %4%
%1% parameter (%2%) in %3% expression on assert %4%

ASSERT-15
Invalid parameter "%1%" on .assert statement: %2%
Invalid parameter "%1%" on .assert statement: %2%

ASSERT-16
Invalid parameter "%1%" on .assert statement, please use "%2%" instead: %3%
Invalid parameter "%1%" on .assert statement, please use "%2%" instead: %3%

ASSERT-17
Simulation terminated earlier for EXIT assertion triggered at time %1% seconds.
Simulation terminated earlier for EXIT assertion triggered at time %1% seconds.

ASSERT-2
Assert "%2%" has conflicting parameter(s): %1%
Assert "%2%" has conflicting parameter(s): %1%

ASSERT-3
(Assert %1%): %2% [%3%=%4%] (sweep_point=%5%, settings=[%6%], results=[%7%]) 
(Assert %1%): %2% [%3%=%4%] (sweep_point=%5%, settings=[%6%], results=[%7%]) 

ASSERT-4
(Assert %1%): %2% [%3%=%4%] (violation beginning at time %5% with a duration of %6% seconds, settings=[%7%], results=[%8%])
(Assert %1%): %2% [%3%=%4%] (violation beginning at time %5% with a duration of %6% seconds, settings=[%7%], results=[%8%])

ASSERT-5
(Assert %1%): %2% [%3%=%4%] (integrate_check violation at time = %5% sec, settings=[%6%], integrals=[%7%], results=[%8%])
(Assert %1%): %2% [%3%=%4%] (integrate_check violation at time = %5% sec, settings=[%6%], integrals=[%7%], results=[%8%])

ASSERT-6
(Assert %1%): %2% [%3%=%4%] (integrate_check violation of integrate_final expression, settings=[%5%], integrals=[%6%], results=[%7%])
(Assert %1%): %2% [%3%=%4%] (integrate_check violation of integrate_final expression, settings=[%5%], integrals=[%6%], results=[%7%])

ASSERT-7
Simulation terminated for FATAL assert error at sweep point %1% **
Simulation terminated for FATAL assert error at sweep point %1% **

ASSERT-8
Simulation terminated for FATAL assert error at time %1% seconds **
Simulation terminated for FATAL assert error at time %1% seconds **

ASSERT-9
(Assert %1%): %2% [%3%=%4%] (settings=[%5%], results=[%6%]) 
(Assert %1%): %2% [%3%=%4%] (settings=[%5%], results=[%6%]) 

BJT-1
Exponential overflow for bjt model %1%.  Check model parameters %2% and FC.
Exponential overflow for bjt model %1%.  Check model parameters %2% and FC.

BJT-2
Parameter PTF for bjt model %1% must be 0.0 if parameter TF is 0.0.
Parameter PTF for bjt model %1% must be 0.0 if parameter TF is 0.0.

BJT-3
%1% = %2% on %3% BJT model %4% has the wrong polarity - being corrected. 
%1% = %2% on %3% BJT model %4% has the wrong polarity - being corrected. 

BJT-4
%1% = %2% for bjt %3% becomes negative at TEMP = %4% C.
%1% = %2% for bjt %3% becomes negative at TEMP = %4% C.

BJT-5
Both IBE and IBC parameters must be defined for bjt model %1%.
Both IBE and IBC parameters must be defined for bjt model %1%.

BJT-6
Parameter QUASIMOD for bjt model %1% is not supported and will be ignored.
Parameter QUASIMOD for bjt model %1% is not supported and will be ignored.

BJT-7
Both STRUCT and SUBS parameters are given for bjt model %1%.
Both STRUCT and SUBS parameters are given for bjt model %1%.

BJT-8
Unrecognized argument for parameter STRUCT = "%2%" for bjt model %1%.
Unrecognized argument for parameter STRUCT = "%2%" for bjt model %1%.

BSIM-1
%1% = %2% on %3% %4% has the wrong polarity - being corrected. 
%1% = %2% on %3% %4% has the wrong polarity - being corrected. 

BSIM-10
A2 = %1% is larger than 1; set to 1 and A1 is set to zero for MOS device %2%.
A2 = %1% is larger than 1; set to 1 and A1 is set to zero for MOS device %2%.

BSIM-11
Temperature effect has caused %1% to be negative for model %2% of instance %3%. %1% is clamped to zero. 
Temperature effect has caused %1% to be negative for model %2% of instance %3%. %1% is clamped to zero. 

BSIM-12
%1% has parameter %2% = %3%, conflicted with %4% = %5% in model %6%.
%1% has parameter %2% = %3%, conflicted with %4% = %5% in model %6%.

BSIM-13
Instance %1% parasitic %2% resistor removed because its value (%3%) < MINR (%4%)
Instance %1% parasitic %2% resistor removed because its value (%3%) < MINR (%4%)

BSIM-2
%1% on %2% %3% has the wrong sign - being corrected.
%1% on %2% %3% has the wrong sign - being corrected.

BSIM-3
%1% on %2% %3% is zero. 
%1% on %2% %3% is zero. 

BSIM-4
Parameter %1% is not defined and will be set to %2% for %3% %4%.
Parameter %1% is not defined and will be set to %2% for %3% %4%.

BSIM-5
Parameter %1% is ignored because K1 or K2 is defined for %2% %3%.
Parameter %1% is ignored because K1 or K2 is defined for %2% %3%.

BSIM-6
%1% = %2% is less than %3%. Set to %3% for %4% %5%.
%1% = %2% is less than %3%. Set to %3% for %4% %5%.

BSIM-7
Parameter checking failed for %1% %2%. 
Parameter checking failed for %1% %2%. 

BSIM-8
%1% = 0 causing divide-by-zero for %2% %3%.
%1% = 0 causing divide-by-zero for %2% %3%.

BSIM-9 
%1% may be too small for %2% %3%.
%1% may be too small for %2% %3%.

CANT_FORCE-1
Node %1% is connected to a voltage source, thus cannot be forced or initialized.
Node %1% is connected to a voltage source, thus cannot be forced or initialized.

CAP-1
Only one controling source is allowed in nonlinear capacitor %1%.
Only one controling source is allowed in nonlinear capacitor %1%.

CAP-2
Nonlinear capacitor %1% is not self-controlled.
Nonlinear capacitor %1% is not self-controlled.

CAPACITOR-1
Capacitor model %1% has none of CJ, CJSW, SCALE, VC1, or VC2 defined. 
Capacitor model %1% has none of CJ, CJSW, SCALE, VC1, or VC2 defined. 

CAPACITOR-2
Capacitor %1% had both capacitance (%2%) and length (%3%) specified
Capacitor %1% had both capacitance (%2%) and length (%3%) specified

CAPACITOR-3
%1% is not defined for capacitor %2%
%1% is not defined for capacitor %2%

CAPACITOR-4
Can not calculate capacitance for %1% because %2%
Can not calculate capacitance for %1% because %2%

CAPACITOR-5
Capacitance of %1% is VERY LARGE (%2% F) - CAN CAUSE TIME-STEP PROBLEMS IN TRANSIENT ANALYSIS.
Capacitance of %1% is VERY LARGE (%2% F) - CAN CAUSE TIME-STEP PROBLEMS IN TRANSIENT ANALYSIS.

CAPACITOR-6
Nonlinear capacitor %1% has no definition for charge. 
Nonlinear capacitor %1% has no definition for charge. 

CAPACITOR-7
Nonlinear capacitor %1% is not self-controlled. 
Nonlinear capacitor %1% is not self-controlled. 

CAPACITOR-8
Function on capacitor %1% is not supported.
Function on capacitor %1% is not supported.

CCS-1
Found voltage control node in %2% in line %3%
Found voltage control node in %2% in line %3%

CCS-2
Failed to create %1% function in %2% in line %3%
Failed to create %1% function in %2% in line %3%

CCS-3
Couldn't find voltage controling nodes in %1% in line %2%
Couldn't find voltage controling nodes in %1% in line %2%

CCS-4
Controlling voltage source %1% not found for %2% %3%.
Controlling voltage source %1% not found for %2% %3%.

CCS-5
Found voltage control node %1% in %2% %3%.
Found voltage control node %1% in %2% %3%.

CCS-6 
Failed to resolve expression %1% in %2% %3%.
Failed to resolve expression %1% in %2% %3%.

CCS-7
Add cross capacitor (%1%) to nonlinear vccs %2%.
Add cross capacitor (%1%) to nonlinear vccs %2%.

CMDLINE-1
Input netlist not specified.
Input netlist not specified.

CMDLINE-2
File does not exist: %1%
File does not exist: %1%

CMDLINE-3
Output file can not be a directory: %1%
Output file can not be a directory: %1%

CMDLINE-4
Output file can not be a directory: %1%  Changing path to: %2%
Output file can not be a directory: %1%  Changing path to: %2%

CMDLINE-5
Invalid value for %1%: %2%
Invalid value for %1%: %2%

CMDLINE-6
FTSX mode requires the --ftsxlib option.
FTSX mode requires the --ftsxlib option.

CMDLINE-7
RJF mode requires --rjfcfg option.
RJF mode requires --rjfcfg option.

CONTROL-1
%1% in %2% is not supported in this release.
%1% in %2% is not supported in this release.

CONTROL-2
%1% is missing in %2%.
%1% is missing in %2%.

DBG-ERROR-10001
Inalid XML file name of size (%1%).
Inalid XML file name of size (%1%).

DBG-ERROR-10002
Error parsing XML file (%1%).
Error parsing XML file (%1%).

DBG-ERROR-10003
Error Getting document root element for XML file (%1%).
Error Getting document root element for XML file (%1%).

DBG-ERROR-10004
Error inserting solution vector name-value pair (%1%, %2%) from golden input.
Error inserting solution vector name-value pair (%1%, %2%) from golden input.

DBG-ERROR-10005
Error inserting index-name mapping (%1%, %2%) from golden input.
Error inserting index-name mapping (%1%, %2%) from golden input.

DBG-ERROR-10006
Failed to get SPICE4 node index by name (%1%).
Failed to get SPICE4 node index by name (%1%).

DBG-ERROR-10007
Failed to insert node index mapping between SPICE3 and SPICE4 (%1%, %2%).
Failed to insert node index mapping between SPICE3 and SPICE4 (%1%, %2%).

DBG-ERROR-10008
Failed to retrieve value for SPICE3 node name (%1%).
Failed to retrieve value for SPICE3 node name (%1%).

DBG-ERROR-10009
Failed to insert SPICE4 to SPICE3 node name mapping (%1%, %2%).
Failed to insert SPICE4 to SPICE3 node name mapping (%1%, %2%).

DBG-ERROR-10010
Failed to insert SPICE4 node index-name mapping (%1%, %2%).
Failed to insert SPICE4 node index-name mapping (%1%, %2%).

DC-1
Found error in .DC statement.
Found error in .DC statement.

DC-10
%1% sweeps on .DC statement has %2% value = 0.
%1% sweeps on .DC statement has %2% value = 0.

DC-11
%1% sweeps on .DC statement has illegal stop value. Start (%2%) and stop (%3%) do not have the same polarity. 
%1% sweeps on .DC statement has illegal stop value. Start (%2%) and stop (%3%) do not have the same polarity. 

DC-2
Number of points must be greater than 0 on .DC statement.
Number of points must be greater than 0 on .DC statement.

DC-5
Stop value (%1%) must be equal to start value (%2%) for LINEAR sweep with 1 point on .DC statement
Stop value (%1%) must be equal to start value (%2%) for LINEAR sweep with 1 point on .DC statement

DC-6
Stop value cannot be equal to start value for multi-point (%1%) LINEAR sweeps on .DC statement
Stop value cannot be equal to start value for multi-point (%1%) LINEAR sweeps on .DC statement

DC-7
Step size is zero on .DC statement.
Step size is zero on .DC statement.

DEVICE-1
Device module/model not found: %1% in line %2%
Device module/model not found: %1% in line %2%

DEVICE-10
%1% = 0 causing divided-by-zero for %2% instance %6%
%1% = 0 causing divided-by-zero for %2% instance %6%

DEVICE-11
%1% (%2%) at current temperature is %3% %4% for %5% instance %6%
%1% (%2%) at current temperature is %3% %4% for %5% instance %6%

DEVICE-12
%1% (%2%) is %3% %4% for %5% instance %6%. Reset to %7%
%1% (%2%) is %3% %4% for %5% instance %6%. Reset to %7%

DEVICE-13
%1% (%2%) may be too small for %3% instance %4%
%1% (%2%) may be too small for %3% instance %4%

DEVICE-14
%1% (%2%) may be too large for %3% instance %4%
%1% (%2%) may be too large for %3% instance %4%

DEVICE-15
%1% (%2%) is %3% %4% (%5%) for %6% instance %7%
%1% (%2%) is %3% %4% (%5%) for %6% instance %7%

DEVICE-16
No WPE because all parameter conditions not met for %1% instance %2%
No WPE because all parameter conditions not met for %1% instance %2%

DEVICE-17
Unknown instance parameter %1% in %2%
Unknown instance parameter %1% in %2%

DEVICE-18
Unsupport function %1% in %2%
Unsupport function %1% in %2%

DEVICE-19
Model %1% of instance %2% has parameter %3% = %4% out of range (%5% %6%).
Model %1% of instance %2% has parameter %3% = %4% out of range (%5% %6%).

DEVICE-19.1
Model %1% of instance %2% has parameter %3% = %4% out of range (%5% %6% [%7%]).
Model %1% of instance %2% has parameter %3% = %4% out of range (%5% %6% [%7%]).

DEVICE-2
Device type not found: %1% in line %2%
Device type not found: %1% in line %2%

DEVICE-20
Instance %1% has parameter %2% = %3% out of range (%4% %5%).
Instance %1% has parameter %2% = %3% out of range (%4% %5%).

DEVICE-20.1
Instance %1% has parameter %2% = %3% out of range (%4% %5% [%6%]).
Instance %1% has parameter %2% = %3% out of range (%4% %5% [%6%]).

DEVICE-20.2
Instance %1% has parameter %2% = %3% out of range %4%%5% , %6%%7%.
Instance %1% has parameter %2% = %3% out of range %4%%5% , %6%%7%.

DEVICE-21
Model %1% of instance %2% has parameter %3% set to %4%.
Model %1% of instance %2% has parameter %3% set to %4%.

DEVICE-22
Instance %1% has parameter %2% set to %3%.
Instance %1% has parameter %2% set to %3%.

DEVICE-23
TNOM is not defined on %1% model %2%.
TNOM is not defined on %1% model %2%.

DEVICE-25
NOISE (%1%) on %2% %3% is not 0 or 1 - assumed to be 1.
NOISE (%1%) on %2% %3% is not 0 or 1 - assumed to be 1.

DEVICE-26
Model %1% has parameter %2% = %3% out of range (%4% %5%). 
Model %1% has parameter %2% = %3% out of range (%4% %5%). 

DEVICE-27
Model %1% doesnot satisfy the dmu rules. Instance %2% is always active.
Model %1% doesnot satisfy the dmu rules. Instance %2% is always active.

DEVICE-28
Unknown pin "%1%" connected to node "%2%" from instance %3%.
Unknown pin "%1%" connected to node "%2%" from instance %3%.

DEVICE-29
Error when creating function on device %1%
Error when creating function on device %1%

DEVICE-3
%1% of %2% (%3%) is out of range
%1% of %2% (%3%) is out of range

DEVICE-30
Model %1% of instance %2% has parameter %3% = %4% microns is out of valid range.
Model %1% of instance %2% has parameter %3% = %4% microns is out of valid range.

DEVICE-31
Model %1% of instance %2% has parameter %3% = %4% microns^2 is out of valid range.
Model %1% of instance %2% has parameter %3% = %4% microns^2 is out of valid range.

DEVICE-32
If the instance dimensions and units are correct, change global options minmos_dim and maxmos_dim.
If the instance dimensions and units are correct, change global options minmos_dim and maxmos_dim.

DEVICE-33
Using current from %1% in %2% is not supported. 
Using current from %1% in %2% is not supported. 

DEVICE-34
The device %1% as referred in %2% cannot be found.
The device %1% as referred in %2% cannot be found.

DEVICE-35
The %1%=%2% on %3% %4% may have conflict with other initial conditions.
The %1%=%2% on %3% %4% may have conflict with other initial conditions.

DEVICE-36
There is no stamping on node %1% of device %2%.
There is no stamping on node %1% of device %2%.

DEVICE-37
Device %1% entering extreme %2% current region at %3%s defined by model parameter IMELT or option RMIN. Junction linearized.
Device %1% entering extreme %2% current region at %3%s defined by model parameter IMELT or option RMIN. Junction linearized.

DEVICE-38
Device %1% leaving extreme %2% current region at %3%s.
Device %1% leaving extreme %2% current region at %3%s.

DEVICE-39
Device %1% has extreme %2% current defined by model parameter IMELT or option RMIN. Junction linearized.
Device %1% has extreme %2% current defined by model parameter IMELT or option RMIN. Junction linearized.

DEVICE-4
Parameter %1% (%2%) for %3% %4% is %5% %6%
Parameter %1% (%2%) for %3% %4% is %5% %6%

DEVICE-40
Device %1% extrinsic resistance, %2% (%3%), is less than RMIN (%4%) and will be removed.
Device %1% extrinsic resistance, %2% (%3%), is less than RMIN (%4%) and will be removed.

DEVICE-5
Expecting %1% in instance %2%
Expecting %1% in instance %2%

DEVICE-6
Parameter %1% (%2%) in instance %3% is out of range of model %4%.
Parameter %1% (%2%) in instance %3% is out of range of model %4%.

DEVICE-7
Unknown device type %1% in scale in line %2%
Unknown device type %1% in scale in line %2%

DEVICE-9
%1% (%2%) is %3% %4% for %5% instance %6%
%1% (%2%) is %3% %4% for %5% instance %6%

DIGITAL-1
Unknown digital device type %1%
Unknown digital device type %1%

DIGITAL-2
Digital INV can only have 1 input, but %1% has %2% inputs.
Digital INV can only have 1 input, but %1% has %2% inputs.

DIGITAL-3
Digital VCO %1% control input (%2%) is negative, frequency unchanged.
Digital VCO %1% control input (%2%) is negative, frequency unchnaged.

DIODE-1
Exponential overflow for diode model %1%.  Check model parameters M and FC.
Exponential overflow for diode model %1%.  Check model parameters M and FC.

DIODE-2
RS is not defined or equal to zero on diode model %1%
RS is not defined or equal to zero on diode model %1%

DIODE-3
%1% diodes reverse-biased with constant voltages were replaced with current source. 
%1% diodes reverse-biased with constant voltages were replaced with current source. 

DIODE-4
%1% %2% (%3%) is negative.
%1% %2% (%3%) is negative.

EXPANSION-1
Unknown type for parameter %1% defined in %2%
Unknown type for parameter %1% defined in %2%

EXPANSION-2
Expansion error... bailing out.
Expansion error... bailing out.

EXPANSION-3
No top-level circuit defined.
No top-level circuit defined.

EXPANSION-4
Unresolved expression in top-level netlist.
Unresolved expression in top-level netlist.

EXPANSION-5
Release redundant device memory after expansion.
Release redundant device memory after expansion.

FILE-1
Unable to open file: %1%
Unable to open file: %1%

FILE-2
File %1% is not a valid %2% file.
File %1% is not a valid %2% file.

FILE-3
File %1% is not a current version: %2% != %3%
File %1% is not a current version: %2% != %3%

FUNCTION-1
Failed to read data from %1% card in %2%.
Failed to read data from %1% card in %2%.

FUNCTION-10
Missing required %1% bit in bit file %2%
Missing required %1% bit in bit file %2%

FUNCTION-11
Invalid control source expression %1% on device %2%
Invalid control source expression %1% on device %2%

FUNCTION-12
Function PULSE on device %1% has PER < TR+PW+TF.
Function PULSE on device %1% has PER < TR+PW+TF.

FUNCTION-13
Function PULSE on device %1% has %2% (%3%) < TMIN (%4%).
Function PULSE on device %1% has %2% (%3%) < TMIN (%4%).

FUNCTION-14
%1% needs to be defined for %2% function.
%1% needs to be defined for %2% function.

FUNCTION-15
%1% needs to be defined for %2% function on device %3%.
%1% needs to be defined for %2% function on device %3%.

FUNCTION-2
Insufficient number of data points in %1%.
Insufficient number of data points in %1%.

FUNCTION-3
Function type is not supported yet in %1% in line %2%
Function type is not supported yet in %1% in line %2%

FUNCTION-4
Failed to create function for %1% in line %2%
Failed to create function for %1% in line %2%

FUNCTION-5 
Failed to open bit file %1%
Failed to open bit file %1%

FUNCTION-6
Failed to read bit file %1%
Failed to read bit file %1%

FUNCTION-7
The bit pattern is missing in %1% function
The bit pattern is missing in %1% function

FUNCTION-8
Failed to read bit pattern %1%
Failed to read bit pattern %1%

FUNCTION-9
Requested special function is not implemented: %1%
Requested special function is not implemented: %1%

HDL-10
%1%
%1%

HDL-11
%1% from instance %2%
%1% from instance %2%

HDL-12
Could not open library: %1%. Dynamic Linker Error: %2%
Could not open library: %1%. Dynamic Linker Error: %2%

HDL-13
Can not find module descriptor %1%.
Can not find module descriptor %1%.

HDL-14
TIspice received a %1% request from HDL instance: %2%
TIspice received a %1% request from HDL instance: %2%

HDL-15
TIspice received a %1% system request from HDL.
TIspice received a %1% system request from HDL.

HDL-16
Unsupported stamp type: %1%
Unsupported stamp type: %1%

HDL-17
Cannot resolve the expression %1% = %2% in HDL instance %3%
Cannot resolve the expression %1% = %2% in HDL instance %3%

HDL-18
Naming collision on parameter "%1%" from HDL instance %2%.
Naming collision on parameter "%1%" from HDL instance %2%.

HDL-19
The internal node %1% from HDL device is dangling.
The internal node %1% from HDL device is dangling.

HDL-20
The internal node %1% from HDL device has no DC path to ground.
The internal node %1% from HDL device has no DC path to ground.

IBIS-1
Buffer model %1% was not found in ibis data file: %2% for instance %3%.
Buffer model %1% was not found in ibis data file: %2% for instance %3%.

IBIS-10
Pulldown C_COMP splits specified for %1% ibis buffer type for instance %2%.
Pulldown C_COMP splits specified for %1% ibis buffer type for instance %2%.

IBIS-11
Pulldown/powerup/powerclamp/groundclamp C_COMP splits specified for %1% ibis buffer type for instance %2%.
Pulldown/powerup/powerclamp/groundclamp C_COMP splits specified for %1% ibis buffer type for instance %2%.

IBIS-12
C_COMP splits do not add up to 1.0 for instance %1%.
C_COMP splits do not add up to 1.0 for instance %1%.

IBIS-13
Parameter %1% valid values are [0, 1, 2].  resetting to 0 for instance %2%.
Parameter %1% valid values are [0, 1, 2].  resetting to 0 for instance %2%.

IBIS-14
Parameter %1% valid values are [0, 1, 2].  resetting to %2% or max of %3% waveforms for instance %4%.
Parameter %1% valid values are [0, 1, 2].  resetting to %2% or max of %3% waveforms for instance %4%.

IBIS-15
Parameter %1% only valid for parameter %2% in range %3% for instance %4%.
Parameter %1% only valid for parameter %2% in range %3% for instance %4%.

IBIS-16
Parameter %1% must be within range %2% for instance %3%.
Parameter %1% must be within range %2% for instance %3%.

IBIS-17
Parameter %1% must be within range %2% for instance %3%.  Reset to %4%.
Parameter %1% must be within range %2% for instance %3%.  Reset to %4%.

IBIS-18
Parameter %1% = %2% not supported for instance %3%.  Reset to %4%.
Parameter %1% = %2% not supported for instance %3%.  Reset to %4%.

IBIS-19
Parameter %1% for multiplier coefficients not supported for %2%.   Use device attributes to save %3%.
Parameter %1% for multiplier coefficients not supported for %2%.   Use device attributes to save %3%.

IBIS-2
Unknown corner name: %1% specified for instance %2%
Unknown corner name: %1% specified for instance %2%

IBIS-20
Building %1% coefficient tables for instance %2%.
Building %1% coefficient tables for instance %2%.

IBIS-3
Incorrect number of nodes for buffer type %1% of instance %2%.  Expecting %3% or %4% nodes, found %5%.
Incorrect number of nodes for buffer type %1% of instance %2%.  Expecting %3% or %4% nodes, found %5%.

IBIS-4
Nodes of pc and pu (or gc and pd) are merged, but have different reference voltages for instance %1%.
Nodes of pc and pu (or gc and pd) are merged, but have different reference voltages for instance %1%.

IBIS-5
Power or ground clamp specified but inappropriate for %1% buffer types for instance %2%.
Power or ground clamp specified but inappropriate for %1% buffer types for instance %2%.

IBIS-6
Unknown power parameter value %1% specified for instance %2%.
Unknown power parameter value %1% specified for instance %2%.

IBIS-7
Neither pullup reference or voltage range specified for the power clamp of the instance %1%.
Neither pullup reference or voltage range specified for the power clamp of the instance %1%.

IBIS-8
Neither pullup reference or voltage range specified for the pullup of the instance %1%.
Neither pullup reference or voltage range specified for the pullup of the instance %1%.

IBIS-9
Pullup/powerup C_COMP splits specified for %1% ibis buffer type for instance %2%.
Pullup/powerup C_COMP splits specified for %1% ibis buffer type for instance %2%.

IC-1
Node %1% in .IC/.FORCE/.INIT/.NODESET not found
Node %1% in .IC/.FORCE/.INIT/.NODESET not found

IC-2
Device %1% in .IC/.FORCE/.INIT/.NODESET not found
Device %1% in .IC/.FORCE/.INIT/.NODESET not found

IC-3
Specify a pair of nodes in .IC/.FORCE/.INIT/.NODESET not supported yet
Specify a pair of nodes in .IC/.FORCE/.INIT/.NODESET not supported yet

IC-4
Inconsistant initial condition (ic=%1%) between node %2% and node %3% is ignored!
Inconsistant initial condition (ic=%1%) between node %2% and node %3% is ignored!

IC-5
Inconsistant initial condition (ic=%1%) on device %2% is ignored!
Inconsistant initial condition (ic=%1%) on device %2% is ignored!

IC-6
Node %1% in RDINIT not found, ignore the file.
Node %1% in RDINIT not found, ignore the file.

IC-7
Node %1% in RDINIT not found, exit!
Node %1% in RDINIT not found, exit!

INDUCTOR-1
Inductance = %1% for %2% is very LARGE - can cause time-step problems in transient analysis. 
Inductance = %1% for %2% is very LARGE - can cause time-step problems in transient analysis. 

INTERNAL-1
Could not find %1% to save expression %2%.
Could not find %1% to save expression %2%.

INTERNAL-2
Unknown type for parameter %1% given in %2%
Unknown type for parameter %1% given in %2%

INTERNAL-3
Unknown type for default parameter %1% in %2%
Unknown type for default parameter %1% in %2%

INTERNAL-4
Cannot find alias parameter %1% in %2%
Cannot find alias parameter %1% in %2%

INTERNAL-5
Unknown stamp type %1%
Unknown stamp type %1%

INTERNAL-6
Stamps out of range
Stamps out of range

INTERNAL-7
Circuit matrix row %1% (%2%) is empty!
Circuit matrix row %1% (%2%) is empty!

ISOURCE-1
DC current (%1%) on current source %2% exceeds CURMAX (%3%). If that current appears correct, increase .option curmax.
DC current (%1%) on current source %2% exceeds CURMAX (%3%). If that current appears correct, increase .option curmax.

ISOURCE-2
isource device (%1%) cannot refer to node voltages or current values.  Please use a controlled source.
isource device (%1%) cannot refer to node voltages or current values.  Please use a controlled source.

JFET-1
In %1%, %2% (%3%) for JFET model %4% is not positive at TEMP = %5% C.
In %1%, %2% (%3%) for JFET model %4% is not positive at TEMP = %5% C.

JFET-2
%1% = %2% on %3% type JFET model %4% has the wrong polarity - being corrected. 
%1% = %2% on %3% type JFET model %4% has the wrong polarity - being corrected. 

LF-1
LF cannot find poles.
LF cannot find poles.

LICENSE-1
Unable to check out license for simulation.
Unable to check out license for simulation.

LICENSE-2
Unable to check out license for Verilog-A.
Unable to check out license for Verilog-A.

LICENSE-3
Unable to check out license for Verilog-AMS.
Unable to check out license for Verilog-AMS.

LICENSE-4
Invalid node locked license for host [%1%].  Please send this entire error message when requesting a license file.
Invalid node locked license for host [%1%].  Please send this entire error message when requesting a license file.

LICENSE-5
Please install the new license file into the path: %1%
Please install the new license file into the path: %1%

MC-1
Invalid keyword for monte carlo statement: %1%
Invalid keyword for monte carlo statement: %1%

MC-2
Inconsistant header for derived variables file: %1%
Inconsistant header for derived variables file: %1%

MC-3
Run field must be an increasing value for derived variables file: %1%
Run field must be an increasing value for derived variables file: %1%

MC-4
Not enough runs specified in derived variables file: %1% < %2%   %3%
Not enough runs specified in derived variables file: %1% < %2%   %3%

MC-5
Unable to open derived variables file: %1%
Unable to open derived variables file: %1%

MC-6
Invalid valid value for monte carlo runs parameter: %1%
Invalid valid value for monte carlo runs parameter: %1%

MC-7
Invalid keyword for monte carlo var statement: %1%
Invalid keyword for monte carlo var statement: %1%

MC-8
Cannot read newer version of state file (v%1% < v%2%).  Please use the version of TIspice that generated the file.
Cannot read newer version of state file (v%1% < v%2%).  Please use the version of TIspice that generated the file.

MC-9
Error reading monte carlo state file.
Error reading monte carlo state file.

MEASUREMENT-1
Unable to resolve variable "%1%" in expression: %2%.
Unable to resolve variable "%1%" in expression: %2%.

MEASUREMENT-10
Unimplemented function "%1%" referenced by .measure statement %2%.
Unimplemented function "%1%" referenced by .measure statement %2%.

MEASUREMENT-11
Invalid hierarchical power "%1%" referenced by measure expression.
Invalid hierarchical power "%1%" referenced by measure expression.

MEASUREMENT-12
Specified value for fundamental frequency on .fourier "%1%" is off by %2%%%.  This can affect the number of timepoints in the simulation and therefore the sampling frequency of the measured waveform.
Specified value for fundamental frequency on .fourier "%1%" is off by %2%%%.  This can affect the number of timepoints in the simulation and therefore the sampling frequency of the measured waveform.

MEASUREMENT-12.1
Setting fundamental frequency on .fourier "%1%" to %2%.
Setting fundamental frequency on .fourier "%1%" to %2%.

MEASUREMENT-13
Specified TSTOP(%1%) on .tran is less than 1 period of fundamental frequency (%2%) for measure "%3%".  Stopping simulation.
Specified TSTOP(%1%) on .tran is less than 1 period of fundamental frequency (%2%) for measure "%3%".  Stopping simulation.

MEASUREMENT-14
Invalid type, set type to 0 (unwrap phase), 1 (group delay) or 2 (absolute delay).
Invalid type, set type to 0 (unwrap phase), 1 (group delay) or 2 (absolute delay).

MEASUREMENT-15
Invalid phase type, set phase to 0 (degree) or 1 (radians).
Invalid phase type, set phase to 0 (degree) or 1 (radians).

MEASUREMENT-2
Invalid variable specifier: %1%
Invalid variable specifier: %1%

MEASUREMENT-3
Invalid variable scope "%1%" in variable specifier: %2%
Invalid variable scope "%1%" in variable specifier: %2%

MEASUREMENT-4
Invalid instance "%1%" referenced by measure expression.
Invalid instance "%1%" referenced by measure expression.

MEASUREMENT-4.1
Invalid instance "%1%" referenced by measure expression. The instance was either not existed or removed by topology check.
Invalid instance "%1%" referenced by measure expression. The instance was either not existed or removed by topology check.

MEASUREMENT-5.1
Invalid output parameter "%1%" requested for device "%2%".
Invalid output parameter "%1%" requested for device "%2%".

MEASUREMENT-5.2
Invalid pin current "%1%" requested for device "%2%".
Invalid pin current "%1%" requested for device "%2%".

MEASUREMENT-5.3
Invalid model parameter "%1%" requested for device "%2%".
Invalid model parameter "%1%" requested for device "%2%".

MEASUREMENT-5.4
Invalid instance parameter "%1%" requested for device "%2%".
Invalid instance parameter "%1%" requested for device "%2%".

MEASUREMENT-5.5
Invalid power requested for device "%1%".
Invalid power requested for device "%1%".

MEASUREMENT-6
Duplicate measure found: %1%
Duplicate measure found: %1%

MEASUREMENT-7
Dependency loop detected between the following measures: %1%
Dependency loop detected between the following measures: %1%

MEASUREMENT-8
Invalid hierarchical pin current "%1%" referenced by measure expression.
Invalid hierarchical pin current "%1%" referenced by measure expression.

MEASUREMENT-9
Bad .measure statement "%2%" (func="%1%").
Bad .measure statement "%2%" (func="%1%").

MODEL-10
Parameter %1% (%2%) is out of range for %3% model %4%. Reset to %5%
Parameter %1% (%2%) is out of range for %3% model %4%. Reset to %5%

MODEL-11
Parameter %1% (%2%) is %3% %4% for %5% model %6%
Parameter %1% (%2%) is %3% %4% for %5% model %6%

MODEL-12
%1% should be given with %2% for %4% model %5%. Setting %1% to %3%
%1% should be given with %2% for %4% model %5%. Setting %1% to %3%

MODEL-13
Parameter %1% (%2%) is %3% for %4% model %5%. Reset to %6%
Parameter %1% (%2%) is %3% for %4% model %5%. Reset to %6%

MODEL-14
Parameter %1% (%2%) is not valid for %3% model %4%.
Parameter %1% (%2%) is not valid for %3% model %4%.

MODEL-15
Errors found in %1% instance %2% of %3% model %4%
Errors found in %1% instance %2% of %3% model %4%

MODEL-16
Instance %1% of model %2% has out-of-range parameters at temperature %3%C.
Instance %1% of model %2% has out-of-range parameters at temperature %3%C.

MODEL-17
Instance %1% of model %2% has %3% (%4%) %5% limit (%6%).
Instance %1% of model %2% has %3% (%4%) %5% limit (%6%).

MODEL-3
Parameter %1% is not defined or equal to zero on %2% model %3%.
Parameter %1% is not defined or equal to zero on %2% model %3%.

MODEL-4
%1% needed by %2% not found.
%1% needed by %2% not found. 

MODEL-5
Unknown model type %1% in scale in line %2%
Unknown model type %1% in scale in line %2%

MODEL-6
Model level is required for MOSFET model in scale in line %1%
Model level is required for MOSFET model in scale in line %1%

MODEL-7
Parameter %1% (%2%) is %3% %4% for %5% model %6%. Reset to %4%
Parameter %1% (%2%) is %3% %4% for %5% model %6%. Reset to %4%

MODEL-8
Parameters TOXE, TOXP and DTOX all given and TOXE != TOXP + DTOX; DTOX ignored for BSIM4 model %1%
Parameters TOXE, TOXP and DTOX all given and TOXE != TOXP + DTOX; DTOX ignored for BSIM4 model %1%

MODEL-9
Parameter %1% is ignored because K1 or K2 is given for %2% model %3%
Parameter %1% is ignored because K1 or K2 is given for %2% model %3%

MTLINE-1
Could not create TLE data for %1% (%2%).
Could not create TLE data for %1% (%2%).

MTLINE-2
RLGCMODEL are not yet handled - specified on mtline device %1%.
RLGCMODEL are not yet handled - specified on mtline device %1%.

MTLINE-3
Can not open RLGCFILE name (%1%) specified on mtline device %2%.
Can not open RLGCFILE name (%1%) specified on mtline device %2%.

MTLINE-4
Unknown pin name (%1%) specified for mtline device (%2%) output
Unknown pin name (%1%) specified for mtline device (%2%) output

MUTUAL-1
Absolute value of K (%1%) is greater than 1.0 for mutual inductor %2%.
Absolute value of K (%1%) is greater than 1.0 for mutual inductor %2%.

MUTUAL-2
First inductor %1% not found for mutual inductor %2%.
First inductor %1% not found for mutual inductor %2%.

MUTUAL-3
Second inductor %1% not found for mutual inductor %2%.
Second inductor %1% not found for mutual inductor %2%.

NOISE-1
Total output noise is negative at %1% Hz; setting to zero.
Total output noise is negative at %1% Hz; setting to zero.

NOISE-2
Noise gain is zero at %1% Hz; setting input noise to zero.
Noise gain is zero at %1% Hz; setting input noise to zero.

NPORT-1
Number of terminals (%1%) of nport %2% does not match the s-parameter file.
Number of terminals (%1%) of nport %2% does not match the s-parameter file.

NPORT-2
A reference node (%1%) in nport %2% is different from other reference nodes.
A reference node (%1%) in nport %2% is different from other reference nodes.

NPORT-3
Multiplicity (%1%) on nport %2% can not be different than 1.
Multiplicity (%1%) on nport %2% can not be different than 1.

NPORT-4
OOPS! tiscomp (%1%) is not there.
OOPS! tiscomp (%1%) is not there.

NPORT-5
Output of tiscomp for nport %1% is corrupt (status = %2%).
Output of tiscomp for nport %1% is corrupt (status = %2%).

NPORT-6
A non ground reference node (%1%) found in nport device %2%.
A non ground reference node (%1%) found in nport device %2%.

NPORT-7
During transient, timestep=0 for nport %1% - can cause program to abort.
During transient, timestep=0 for nport %1% - can cause program to abort.

NPORT-8
%1%: convolution with %2% pts ifft, frequency sampling up to %3% Hz with %4% Hz step. 
%1%: convolution with %2% pts ifft, frequency sampling up to %3% Hz with %4% Hz step. 

OPTIONS-1
.option %1% has been deprecated in favor of %2%.
.option %1% has been deprecated in favor of %2%.

OPTIONS-2
Invalid value for .option %1% = %2%
Invalid value for .option %1% = %2%

OUTPUT-1
%1% output format is not implemented yet...
%1% output format is not implemented yet...

OUTPUT-10
Invalid analysis %1% on punch statement: %2%
Invalid analysis %1% on punch statement: %2%

OUTPUT-11
Invalid power requested for device type "%1%" on instance "%2%".
Invalid power requested for device type "%1%" on instance "%2%".

OUTPUT-12
Output "%2%" selector "%1%" was not processed.  Another output statement may have eclipsed this one.
Output "%2%" selector "%1%" was not processed.  Another output statement may have eclipsed this one.

OUTPUT-13
Output "%2%" selector "%1%" did not match anything.
Output "%2%" selector "%1%" did not match anything.

OUTPUT-14
Error initializing VAVO database: %1%
Error initializing VAVO database: %1%

OUTPUT-2
Unrecognized output format: %1%
Unrecognized output format: %1%

OUTPUT-3
Invalid device parameter "%1%" requested for device type "%2%" on instance "%3%".
Invalid device parameter "%1%" requested for device type "%2%" on instance "%3%".

OUTPUT-4
Invalid device pin current "%1%" requested for device type "%2%" on instance "%3%".
Invalid device pin current "%1%" requested for device type "%2%" on instance "%3%".

OUTPUT-5
Output table type mismatch for device type "%1%" during analysis: %2%
Output table type mismatch for device type "%1%" during analysis: %2%

OUTPUT-6
Invalid noise voltage "%1%" requested for device type "%2%" on instance "%3%".
Invalid noise voltage "%1%" requested for device type "%2%" on instance "%3%".

OUTPUT-7
Invalid noise current "%1%" requested for device type "%2%" on instance "%3%".
Invalid noise current "%1%" requested for device type "%2%" on instance "%3%".

OUTPUT-8
Error converting RDR repository: %1%
Error converting RDR repository: %1%

OUTPUT-9
Duplicate .report "%1%" with different configuration.
Duplicate .report "%1%" with different configuration.

PARSER-1000
Sorry some devices or models are not supported yet in this release! 
Sorry some devices or models are not supported yet in this release! 

PARSER-1001
Parser error... bailing out.
Parser error... bailing out.

PARSER-1002
%1% is not supported in this release.
%1% is not supported in this release.

PARSER-1003
Syntax error in %1% function.
Syntax error in %1% function.

PARSER-1004
Syntax error in %1% statement.
Syntax error in %1% statement.

PARSER-1005
%1% is not supported in this release: %2%
%1% is not supported in this release: %2%

PARSER-1006
Option %1% is specified more than once.  Taking last setting.
Option %1% is specified more than once.  Taking last setting.

PARSER-1007
Option %1% is not supported in this release.
Option %1% is not supported in this release.

PARSER-1008
Name collision on .assert %1%: %2%
Name collision on .assert %1%: %2%

PARSER-1009
Name collision on .assertgroup %1%: %2%
Name collision on .assertgroup %1%: %2%

PARSER-1010
Problem walking the AST.  Stopping run.
Problem walking the AST.  Stopping run.

PARSER-1011
Problem building the HCO.  Stopping run.
Problem building the HCO.  Stopping run.

PARSER-1012
Problem resolving the global parameters.  Stopping run.
Problem resolving the global parameters.  Stopping run.

PORT-1
DC voltage (%1%) on port source %2% exceeds VOLTMAX (%3%). If that voltage appears correct, increase .option voltmax.
DC voltage (%1%) on port source %2% exceeds VOLTMAX (%3%). If that voltage appears correct, increase .option voltmax.

PWLFUN-1
Odd number of points found in PWL function in %1%, the last point will be ignored.
Odd number of points found in PWL function in %1%, the last point will be ignored.

PWLFUN-10
The PWL model name is missing 
The PWL model name is missing 

PWLFUN-11
%1% is missing in PWL model %2%
%1% is missing in PWL model %2%

PWLFUN-12
Unsupported PWL feature: %1%
Unsupported PWL feature: %1%

PWLFUN-13
Missing %1%/%2% parameter: Keywords %1% and %2% must be specified together on PWL function
Missing %1%/%2% parameter: Keywords %1% and %2% must be specified together on PWL function

PWLFUN-14
Error opening punch file specified on PWL function: %1% (file: %2%)
Error opening punch file specified on PWL function: %1% (file: %2%)

PWLFUN-15
Error reading punch file specified on PWL function: %1% (signame: %2%, file: %3%)
Error reading punch file specified on PWL function: %1% (signame: %2%, file: %3%)

PWLFUN-16
PWL function on %1% has adjacent time points with distance less than tmin (%2%)
PWL function on %1% has adjacent time points with distance less than tmin (%2%)

PWLFUN-17
Error opening the PWL file %1%
Error opening the PWL file %1%

PWLFUN-18
Invalid number format "%1%" in PWL file: %2%
Invalid number format "%1%" in PWL file: %2%

PWLFUN-2
Time values (%1% and %2%) are not monotonically increasing on PWL source %3%.
Time values (%1% and %2%) are not monotonically increasing on PWL source %3%.

PWLFUN-3
Repeated time points in PWL in %1%, will use the later one.
Repeated time points in PWL in %1%, will use the later one.

PWLFUN-4
The derivative of PWL function in %1% is not available. 
The derivative of PWL function in %1% is not available. 

PWLFUN-5
The integral of PWL model %1% to %2% is out of range (%3%, %4%).
The integral of PWL model %1% to %2% is out of range (%3%, %4%).

PWLFUN-6
Unknown PWL format %1%.
Unknown PWL format %1%.

PWLFUN-7
Only %1% points in PWL function.
Only %1% points in PWL function.

PWLFUN-8
%1% missing in PWL function
%1% missing in PWL function

PWLFUN-9
PWL function with dimension = %1% not supported
PWL function with dimension = %1% not supported

PZ-1
AC voltage source cannot be found between the input ports.
AC voltage source cannot be found between the input ports.

PZ-2
Two input ports should be different.
Two input ports should be different.

PZ-3
Two output ports should be different.
Two output ports should be different.

RESISTOR-1
Resistance of %1% is negative.
Resistance of %1% is negative.

RESISTOR-10
Parameter TEMP for resistor %1% is less than absloute zero
Parameter TEMP for resistor %1% is less than absloute zero

RESISTOR-11
Can not calculate resistance for %1% because %2%.
Can not calculate resistance for %1% because %2%.

RESISTOR-12
INTR value of BIAS resistor %1% not defined.  Setting it to TR Resistance.
INTR value of BIAS resistor %1% not defined.  Setting it to TR Resistance.

RESISTOR-13
PWL resistor %1% has both voltage and current controlling nodes.
PWL resistor %1% has both voltage and current controlling nodes.

RESISTOR-14
Nonlinear resistor %1% has unresolved expression %2%.
Nonlinear resistor %1% has unresolved expression %2%.

RESISTOR-15
Nonlinear resistor %1% has unresolved definition.
Nonlinear resistor %1% has unresolved definition.

RESISTOR-16
BIAS resistor %1% has different INTR value (%2%) and TR value (%3%).
BIAS resistor %1% has different INTR value (%2%) and TR value (%3%).

RESISTOR-17
BIAS resistor %1% %2% value (%3%) is too small, reset it to %4%. 
BIAS resistor %1% %2% value (%3%) is too small, reset it to %4%. 

RESISTOR-18
BIAS resistor %1% %2% value (%3%) is too big, reset it to %4%. 
BIAS resistor %1% %2% value (%3%) is too big, reset it to %4%. 

RESISTOR-19
Resistor values are limited by %1% in the kitchen sink of DC convergence.
Resistor values are limited by %1% in the kitchen sink of DC convergence.

RESISTOR-2
Resistance of %1% is limited by %2%=%3%.
Resistance of %1% is limited by %2%=%3%.

RESISTOR-20
Resistor %1% has zero value.
Resistor %1% has zero value.

RESISTOR-21
Function on resistor %1% is not supported.
Function on resistor %1% is not supported.

RESISTOR-3
Resistor model %1% does not have RSH, SCALE or RTH defined.
Resistor model %1% does not have RSH, SCALE or RTH defined.

RESISTOR-6
%1% resistance (%2%) of BIAS resistor %3% is not positive
%1% resistance (%2%) of BIAS resistor %3% is not positive

RESISTOR-7
INTR value of BIAS resistor %1% not defined.  Setting it to TR resistance.
INTR value of BIAS resistor %1% not defined.  Setting it to TR resistance.

RESISTOR-8
M can not be defined for BIAS resistor %1%.
M can not be defined for BIAS resistor %1%.

RESISTOR-9
Effective %1%=%2% of resistor %3% is not positive.
Effective %1%=%2% of resistor %3% is not positive.

RESTART-1
Unable to restore restart data for %1%.
Unable to restore restart data for %1%.

RESTART-2
Unable to save restart data for %1%.
Unable to save restart data for %1%.

RESTART-3
Restart function not supported for device: %1%.
Restart function not supported for device: %1%.

RESTART-4
Failed to restore device: %1%.
Failed to restore device: %1%.

SETUP-1
An error occurred during post setup processing.
An error occurred during post setup processing.

SETUP-2
Setup failed at matrix initial setup.
Setup failed at matrix initial setup.

SOLVER-1
Matrix setup failed.
Matrix setup failed.

SOLVER-10
Equivalent node resistance at one or more nodes exceeds RESMAX (%1%).  (See node_resistance file.)
Equivalent node resistance at one or more nodes exceeds RESMAX (%1%).  (See node_resistance file.)

SOLVER-11
Matrix reordering failed due to too many fill-ins. Try to reorder the matrix again. 
Matrix reordering failed due to too many fill-ins. Try to reorder the matrix again. 

SOLVER-12
Transient analysis failed due to convergence problems. The transient parameter cmin=<value> could be helpful; it smooths abrupt transitions by adding the given capacitance to ground for every node.
Transient analysis failed due to convergence problems. The transient parameter cmin=<value> could be helpful; it smooths abrupt transitions by adding the given capacitance to ground for every node.

SOLVER-13
Relative tolerance at %1% has been loosened to %2% to obtain convergence.
Relative tolerance at %1% has been loosened to %2% to obtain convergence.

SOLVER-14
KCL checking has been temporally disabled to obtain DC convergence.
KCL checking has been temporally disabled to obtain DC convergence.

SOLVER-2
#eqns = %1%, #nonzeros = %2%, #fills = %3%
#eqns = %1%, #nonzeros = %2%, #fills = %3%

SOLVER-3
DC algorithms failed to converge.
DC algorithms failed to converge.

SOLVER-4
Transient analysis failed to obtain an initial operating point. The ramptime option could be helpful, which causes TIspice to ramp up all the sources from zero.
Transient analysis failed to obtain an initial operating point. The ramptime option could be helpful, which causes TIspice to ramp up all the sources from zero.

SOLVER-5
Sharp voltage change at %1% ns required time-step of %2% ns but was limited by TMIN to %3% ns.
Sharp voltage change at %1% ns required time-step of %2% ns but was limited by TMIN to %3% ns.

SOLVER-6
Matrix reorder failed due to the singularity of the matrix caused by all zeros of row %1% (with node name %2%).
Matrix reorder failed due to the singularity of the matrix caused by all zeros of row %1% (with node name %2%).

SOLVER-7
TIspice could not achieve requested tolerance at %1% ns.
TIspice could not achieve requested tolerance at %1% ns.

SOLVER-8
Unable to converge using previous solution - restarting convergence.
Unable to converge using previous solution - restarting convergence.

SOLVER-9
KCL checking is OFF in %1% analysis.
KCL checking is OFF in %1% analysis.

STB-1
Cannot find the probe device (%1%) for STB analysis.
Cannot find the probe device (%1%) for STB analysis.

SUBTOL-1
Invalid .SUBTOL command
Invalid .SUBTOL command

SUBTOL-2
No matching instances of subcircuit %1% for .SUBTOL
No matching instances of subcircuit %1% for .SUBTOL

SUBTOL-3
SUBTOL sets conflicting value of %1% to node %2%
SUBTOL sets conflicting value of %1% to node %2%

SUBTOL-4
SUBTOL cannot set %1% and %2% at the same time.
SUBTOL cannot set %1% and %2% at the same time.

SUBTOL-5
%1% nodes have new tolerance from subtol
%1% nodes have new tolerance from subtol

SWEEP-1
The step (%1%) size in a sweep based analysis statement has the wrong sign - being corrected.
The step (%1%) size in a sweep based analysis statement has the wrong sign - being corrected.

SWEEP-10
Frequency sweep starting (%1%) and ending (%2%) points must be > 0 Hz.
Frequency sweep starting (%1%) and ending (%2%) points must be > 0 Hz.

SWEEP-11
Temperature sweep starting (%1%) and ending (%2%) points must be > -273.15 degrees C.
Temperature sweep starting (%1%) and ending (%2%) points must be > -273.15 degrees C.

SWEEP-12
No values given for number of points or step size for sweep of %1%.
No values given for number of points or step size for sweep of %1%.

SWEEP-13
Invalid %1% analysis statement.
Invalid %1% analysis statement.

SWEEP-14
Frequency value of sweep (%1%) must be > 0 Hz.
Frequency value of sweep (%1%) must be > 0 Hz.

SWEEP-15
Temperature value of sweep (%1%) must be > -273.15 degrees C.
Temperature value of sweep (%1%) must be > -273.15 degrees C.

SWEEP-16
Invalid %1% analysis statement, no sweep given.
Invalid %1% analysis statement, no sweep given.

SWEEP-17
Invalid %1% analysis statement, required frequency sweep missing.
Invalid %1% analysis statement, required frequency sweep missing.

SWEEP-18
Unsupported sweep device type %1%.
Unsupported sweep device type %1%.

SWEEP-19
Start and stop are required parameters for a sweep.
Start and stop are required parameters for a sweep.

SWEEP-2
Step size (%1%) doesn't divide evenly into sweep range: adjusting stop value from %2% to %3%.
Step size (%1%) doesn't divide evenly into sweep range: adjusting stop value from %2% to %3%.

SWEEP-3
Only one sweep point on sweep based analysis statement - some units may be wrong.
Only one sweep point on sweep based analysis statement - some units may be wrong.

SWEEP-4
Too many points (%1%) on sweep based analysis statement - some units may be wrong.
Too many points (%1%) on sweep based analysis statement - some units may be wrong.

SWEEP-5
Invalid sweep variable or device (%1%).
Invalid sweep variable or device (%1%).

SWEEP-6
Starting (%1%) and ending (%2%) points must have the same polarity for sweep of %3%.
Starting (%1%) and ending (%2%) points must have the same polarity for sweep of %3%.

SWEEP-7
Starting (%1%) and ending (%2%) points must != 0 for sweep of %3%.
Starting (%1%) and ending (%2%) points must != 0 for sweep of %3%.

SWEEP-8
Number of points (%1%) must be > 0 for sweep of %2%.
Number of points (%1%) must be > 0 for sweep of %2%.

SWEEP-9
Step size (%1%) must be != 0 for sweep of %2%.
Step size (%1%) must be != 0 for sweep of %2%.

SWITCH-1
%2% model %1% has given %3% with %4% or %5% 
%2% model %1% has given %3% with %4% or %5% 

SWITCH-2
%2% model %1% has given TD != 0 which is currently unsupported.
%2% model %1% has given TD != 0 which is currently unsupported.

SWITCH-3
%1% is negative for %2% model %3%.
%1% is negative for %2% model %3%.

TASK-1
Unable to resolve parameters.
Unable to resolve parameters.

TLINE-1
TLINE %1% input and output shorted.
TLINE %1% input and output shorted.

TLINE-2
TLINE %1% has %2% (%4%) %3%.
TLINE %1% has %2% (%4%) %3%.

TLINE-3
TLINE %1% must have either TD or F defined by instance or model.
TLINE %1% must have either TD or F defined by instance or model.

TLINE-4
TLINE model %1% has %2% %3%.
TLINE model %1% has %2% %3%.

TOPOLOGY-50
Following dangling devices will be removed: %1%
Following dangling devices will be removed: %1%

TOPOLOGY-50.1
To avoid the removal of dangling device %1% (%2%), please set option "dangling_devices=warning" or add resistor between its dangling terminal and ground. 
To avoid the removal of dangling device %1% (%2%), please set option "dangling_devices=warning" or add resistor between its dangling terminal and ground. 

TOPOLOGY-51
Following net will be removed after pruning dangling devices: %1%
Following net will be removed after pruning dangling devices: %1%

TOPOLOGY-52.1
Following isolated net will be removed: %1%
Following isolated net will be removed: %1%

TOPOLOGY-52.2
Found isolated net: %1%
Found isolated net: %1%

TOPOLOGY-53
Following device will be removed after pruning isolated nets: %1%
Following device will be removed after pruning isolated nets: %1%

TOPOLOGY-54
Ground node "0" (zero) has no connections. Did you use "GND" (or other name) instead of "0"?
Ground node "0" (zero) has no connections. Did you use "GND" (or other name) instead of "0"?

TOPOLOGY-55
%1% junction is forward-biased for device %2%
%1% junction is forward-biased for device %2%

TOPOLOGY-56
"-previewsource" has been requested. TISPICE will only process independent source and ignore all other devices.
"-previewsource" has been requested. TISPICE will only process independent source and ignore all other devices.

TOPOLOGY-57
Following device is isolated (no topological path to ground 0): %1%
Following device is isolated (no topological path to ground 0): %1%

TOPOLOGY-58
Following devices are dangling: %1%
Following devices are dangling: %1%

TOPOLOGY-59
%1% device %2% has floating %3% node %4%
%1% device %2% has floating %3% node %4%

TOPOLOGY-99
Topology check failed!
Topology check failed!

TRAN-1
%1% (%2%) is smaller than 2 * TMIN (%3%).  Setting %1% = %4%.
%1% (%2%) is smaller than 2 * TMIN (%3%).  Setting %1% = %4%.

TRAN-10
Device %1% is not supported for transient save/restart.
Device %1% is not supported for transient save/restart.

TRAN-11
Cannot generate a restart file at %1%.
Cannot generate a restart file at %1%.

TRAN-12
A fixed time grid (step size = %1%) is used for transient simulaton. Off-grid TPUNCH points, TSTART, source breakpoints will be ignored.
A fixed time grid (step size = %1%) is used for transient simulaton. Off-grid TPUNCH points, TSTART, source breakpoints will be ignored.

TRAN-13
Resetting transient time integration method to gear for stepsize control scheme %1%.
Resetting transient time integration method to gear for stepsize control scheme %1%.

TRAN-14
Bad value format for the %1% parameter "%2%".  Acceptable values are @<time>, @time&<time>, &<time>.
Bad value format for the %1% parameter "%2%".  Acceptable values are @<time>, @time&<time>, &<time>.

TRAN-15
TMAX (%1%) is being reduced for proper oversampling from measurement requirements.  Setting TMAX = %2%.
TMAX (%1%) is being reduced for proper oversampling from measurement requirements.  Setting TMAX = %2%.

TRAN-16
Error when generating breakpoints
Error when generating breakpoints

TRAN-17
Too many breakpoints for SIN source
Too many breakpoints for SIN source

TRAN-18
Transient setup failed!
Transient setup failed!

TRAN-19
Backup step (%1%) is bigger than forward step (%2%)!
Backup step (%1%) is bigger than forward step (%2%)!

TRAN-2
%1% (%2%) is larger than .5 * TMAX (%3%).  Setting %1% = %4%.
%1% (%2%) is larger than .5 * TMAX (%3%).  Setting %1% = %4%.

TRAN-20
Required transient step is limited by TMIN(%1%) at time %2% ns.
Required transient step is limited by TMIN(%1%) at time %2% ns.

TRAN-21
Last timestep cleared more than one breakpoint.  TMIN might be too large.
Last timestep cleared more than one breakpoint.  TMIN might be too large.

TRAN-22
TSTEP is bigger than TSTOP.
TSTEP is bigger than TSTOP.

TRAN-23
TSTART is bigger than TSTOP.
TSTART is bigger than TSTOP.

TRAN-3
TMAX (%1%) is smaller than 2 * TMIN (%2%).  Setting TMAX = %3%.
TMAX (%1%) is smaller than 2 * TMIN (%2%).  Setting TMAX = %3%.

TRAN-4
Step (%1%) has already been tried at time %2%.
Step (%1%) has already been tried at time %2%.

TRAN-5
Transient statement parameter %1% is out of range: %2% %3% %4%.
Transient statement parameter %1% is out of range: %2% %3% %4%.

TRAN-6
Failure in small signal analysis %1% at tpunch point %2%.  Stopping simulation.
Failure in small signal analysis %1% at tpunch point %2%.  Stopping simulation.

TRAN-7
Specified TSTOP(%1%) on .tran is less than 1 period of fundamental frequency (FOUR_FREQ=%2%).  Stopping simulation.
Specified TSTOP(%1%) on .tran is less than 1 period of fundamental frequency (FOUR_FREQ=%2%).  Stopping simulation.

TRAN-8
TMAX (%1%) is being reduced for proper oversampling in fourier analysis.  Setting TMAX = %2%.
TMAX (%1%) is being reduced for proper oversampling in fourier analysis.  Setting TMAX = %2%.

TRAN-9
There is an error in the restart file. Cannot restore the transient state.
There is an error in the restart file. Cannot restore the transient state.

VCS-1
Found current controling node in %2% in line %3%
Found current controling node in %2% in line %3%

VCS-2
Failed to create %1% function in %2% in line %3%
Failed to create %1% function in %2% in line %3%

VCS-3
Couldn't find voltage controling nodes in %1% in line %2%
Couldn't find voltage controling nodes in %1% in line %2%

VCS-4
VCVS %1% cannot be self-controlled. 
VCVS %1% cannot be self-controlled. 

VCS-5
Missing expressions in VALUE function in %1%
Missing expressions in VALUE function in %1%

VCS-6
The terminal node %1% of VCCS %2% has no DC path to ground, add capacitance %3% to improve convergence. 
The terminal node %1% of VCCS %2% has no DC path to ground, add capacitance %3% to improve convergence. 

VSOURCE-1
DC voltage (%1%) on voltage source %2% exceeds VOLTMAX (%3%). If that voltage appears correct, increase .option voltmax.
DC voltage (%1%) on voltage source %2% exceeds VOLTMAX (%3%). If that voltage appears correct, increase .option voltmax.

VSOURCE-2
vsource device (%1%) cannot refer to node voltages or current values.  Please use a controlled source.
vsource device (%1%) cannot refer to node voltages or current values.  Please use a controlled source.

XFMR-1
TRANSFORMER %1% winding 1 and winding 2 shorted. 
TRANSFORMER %1% winding 1 and winding 2 shorted. 

XFMR-2
TRANSFORMER %1% has %2%=%3% turns <= 0.
TRANSFORMER %1% has %2%=%3% turns <= 0.

