savedComponent = (let
(tmp1 tmp2)
tmp1 = (let
(tmp1 tmp2 tmp3 tmp4 tmp5 tmp6 tmp7)
(unless tmp1
tmp1 = make_sevOutputStruct()
)
(unless tmp1
tmp1 = (ncons nil)
)
tmp1->inLastSet = nil
tmp1->name = nil
tmp1->expression = nil
tmp1->signal = "/INP"
tmp1->type = 'net
tmp1->selectionDetail = (let
(tmp1)
tmp1 = (let
(tmp1 tmp2)
tmp1 = 'color
tmp2 = (let
(tmp1 tmp2)
tmp1 = "y4"
tmp2 = "drawing"
list(tmp1 tmp2)
)
list(tmp1 tmp2)
)
list(tmp1)
)
tmp1->value = nil
tmp1->plot = 't
tmp1->save = 't
tmp1->march = nil
tmp1->index = 1
(unless tmp2
tmp2 = make_sevOutputStruct()
)
(unless tmp2
tmp2 = (ncons nil)
)
tmp2->inLastSet = nil
tmp2->name = nil
tmp2->expression = nil
tmp2->signal = "/INM"
tmp2->type = 'net
tmp2->selectionDetail = (let
(tmp1)
tmp1 = (let
(tmp1 tmp2)
tmp1 = 'color
tmp2 = (let
(tmp1 tmp2)
tmp1 = "y2"
tmp2 = "drawing"
list(tmp1 tmp2)
)
list(tmp1 tmp2)
)
list(tmp1)
)
tmp2->value = nil
tmp2->plot = 't
tmp2->save = 't
tmp2->march = nil
tmp2->index = 2
(unless tmp3
tmp3 = make_sevOutputStruct()
)
(unless tmp3
tmp3 = (ncons nil)
)
tmp3->inLastSet = nil
tmp3->name = nil
tmp3->expression = nil
tmp3->signal = "/OUTP"
tmp3->type = 'net
tmp3->selectionDetail = (let
(tmp1)
tmp1 = (let
(tmp1 tmp2)
tmp1 = 'color
tmp2 = (let
(tmp1 tmp2)
tmp1 = "y5"
tmp2 = "drawing"
list(tmp1 tmp2)
)
list(tmp1 tmp2)
)
list(tmp1)
)
tmp3->value = nil
tmp3->plot = 't
tmp3->save = 't
tmp3->march = nil
tmp3->index = 3
(unless tmp4
tmp4 = make_sevOutputStruct()
)
(unless tmp4
tmp4 = (ncons nil)
)
tmp4->inLastSet = nil
tmp4->name = nil
tmp4->expression = nil
tmp4->signal = "/OUTM"
tmp4->type = 'net
tmp4->selectionDetail = (let
(tmp1)
tmp1 = (let
(tmp1 tmp2)
tmp1 = 'color
tmp2 = (let
(tmp1 tmp2)
tmp1 = "y6"
tmp2 = "drawing"
list(tmp1 tmp2)
)
list(tmp1 tmp2)
)
list(tmp1)
)
tmp4->value = nil
tmp4->plot = 't
tmp4->save = 't
tmp4->march = nil
tmp4->index = 4
(unless tmp5
tmp5 = make_sevOutputStruct()
)
(unless tmp5
tmp5 = (ncons nil)
)
tmp5->inLastSet = nil
tmp5->name = nil
tmp5->expression = nil
tmp5->signal = "/SAMPLE"
tmp5->type = 'net
tmp5->selectionDetail = (let
(tmp1)
tmp1 = (let
(tmp1 tmp2)
tmp1 = 'color
tmp2 = (let
(tmp1 tmp2)
tmp1 = "y7"
tmp2 = "drawing"
list(tmp1 tmp2)
)
list(tmp1 tmp2)
)
list(tmp1)
)
tmp5->value = nil
tmp5->plot = 't
tmp5->save = 't
tmp5->march = nil
tmp5->index = 5
(unless tmp6
tmp6 = make_sevOutputStruct()
)
(unless tmp6
tmp6 = (ncons nil)
)
tmp6->name = "SlewRate_V/uSec_P"
tmp6->expression = (let
(tmp1 tmp2 tmp3)
tmp1 = 'quotient
tmp2 = (let
(tmp1 tmp2 tmp3)
tmp1 = 'difference
tmp2 = (let
(tmp1 tmp2 tmp3)
tmp1 = 'value
tmp2 = (let
(tmp1 tmp2)
tmp1 = 'VT
tmp2 = "/OUTP"
list(tmp1 tmp2)
)
tmp3 = 1.9300000000000001e-08
list(tmp1 tmp2 tmp3)
)
tmp3 = (let
(tmp1 tmp2 tmp3)
tmp1 = 'value
tmp2 = (let
(tmp1 tmp2)
tmp1 = 'VT
tmp2 = "/OUTP"
list(tmp1 tmp2)
)
tmp3 = 1.7299999999999999e-08
list(tmp1 tmp2 tmp3)
)
list(tmp1 tmp2 tmp3)
)
tmp3 = (let
(tmp1 tmp2 tmp3)
tmp1 = 'times
tmp2 = (let
(tmp1 tmp2 tmp3)
tmp1 = 'difference
tmp2 = 1.9300000000000001e+01
tmp3 = 1.7300000000000001e+01
list(tmp1 tmp2 tmp3)
)
tmp3 = 1.0000000000000000e-03
list(tmp1 tmp2 tmp3)
)
list(tmp1 tmp2 tmp3)
)
tmp6->signal = nil
tmp6->type = nil
tmp6->selectionDetail = nil
tmp6->value = 1.5112158335479409e+01
tmp6->plot = 't
tmp6->save = nil
tmp6->march = nil
tmp6->index = 6
(unless tmp7
tmp7 = make_sevOutputStruct()
)
(unless tmp7
tmp7 = (ncons nil)
)
tmp7->name = "DroopRate_V/uSec_P"
tmp7->expression = (let
(tmp1 tmp2 tmp3)
tmp1 = 'times
tmp2 = (let
(tmp1 tmp2 tmp3)
tmp1 = 'quotient
tmp2 = (let
(tmp1 tmp2 tmp3)
tmp1 = 'difference
tmp2 = (let
(tmp1 tmp2 tmp3)
tmp1 = 'value
tmp2 = (let
(tmp1 tmp2)
tmp1 = 'VT
tmp2 = "/OUTP"
list(tmp1 tmp2)
)
tmp3 = 4.9999999999999998e-08
list(tmp1 tmp2 tmp3)
)
tmp3 = (let
(tmp1 tmp2 tmp3)
tmp1 = 'value
tmp2 = (let
(tmp1 tmp2)
tmp1 = 'VT
tmp2 = "/OUTP"
list(tmp1 tmp2)
)
tmp3 = 1.9500000000000001e-07
list(tmp1 tmp2 tmp3)
)
list(tmp1 tmp2 tmp3)
)
tmp3 = (let
(tmp1 tmp2 tmp3)
tmp1 = 'difference
tmp2 = 195
tmp3 = 50
list(tmp1 tmp2 tmp3)
)
list(tmp1 tmp2 tmp3)
)
tmp3 = 1.0000000000000000e-03
list(tmp1 tmp2 tmp3)
)
tmp7->signal = nil
tmp7->type = nil
tmp7->selectionDetail = nil
tmp7->value = 1.2500364672239402e-06
tmp7->plot = 't
tmp7->save = nil
tmp7->march = nil
tmp7->index = 7
list(tmp1 tmp2 tmp3 tmp4 tmp5 tmp6 tmp7)
)
tmp2 = (let
(tmp1 tmp2 tmp3 tmp4 tmp5 tmp6 tmp7 tmp8 tmp9 tmp10 tmp11 tmp12 tmp13 tmp14 tmp15 tmp16 tmp17 tmp18 tmp19 tmp20 tmp21 tmp22 tmp23 tmp24 tmp25 tmp26 tmp27 tmp28 tmp29 tmp30 tmp31 tmp32 tmp33 tmp34 tmp35 tmp36 tmp37 tmp38 tmp39 tmp40 tmp41 tmp42 tmp43 tmp44 tmp45 tmp46 tmp47 tmp48 tmp49 tmp50 tmp51 tmp52 tmp53 tmp54 tmp55 tmp56 tmp57 tmp58 tmp59 tmp60 tmp61 tmp62 tmp63 tmp64 tmp65 tmp66 tmp67 tmp68 tmp69 tmp70 tmp71)
tmp1 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicExclude_sel5
tmp2 = ""
list(tmp1 tmp2)
)
tmp2 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicExclude5
tmp2 = ""
list(tmp1 tmp2)
)
tmp3 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicSubckt_sel5
tmp2 = ""
list(tmp1 tmp2)
)
tmp4 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicSubckt5
tmp2 = ""
list(tmp1 tmp2)
)
tmp5 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicDepth5
tmp2 = "1"
list(tmp1 tmp2)
)
tmp6 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicIncludeRC5
list(tmp1 tmp2)
)
tmp7 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllLogicTC5
list(tmp1 tmp2)
)
tmp8 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllLogicNV5
list(tmp1 tmp2)
)
tmp9 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicHighThreshold5
tmp2 = ""
list(tmp1 tmp2)
)
tmp10 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicLowThreshold5
tmp2 = ""
list(tmp1 tmp2)
)
tmp11 = (let
(tmp1 tmp2)
tmp1 = 'keepSeparator5
tmp2 = ""
list(tmp1 tmp2)
)
tmp12 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicExclude_sel4
tmp2 = ""
list(tmp1 tmp2)
)
tmp13 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicExclude4
tmp2 = ""
list(tmp1 tmp2)
)
tmp14 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicSubckt_sel4
tmp2 = ""
list(tmp1 tmp2)
)
tmp15 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicSubckt4
tmp2 = ""
list(tmp1 tmp2)
)
tmp16 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicDepth4
tmp2 = "1"
list(tmp1 tmp2)
)
tmp17 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicIncludeRC4
list(tmp1 tmp2)
)
tmp18 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllLogicTC4
list(tmp1 tmp2)
)
tmp19 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllLogicNV4
list(tmp1 tmp2)
)
tmp20 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicHighThreshold4
tmp2 = ""
list(tmp1 tmp2)
)
tmp21 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicLowThreshold4
tmp2 = ""
list(tmp1 tmp2)
)
tmp22 = (let
(tmp1 tmp2)
tmp1 = 'keepSeparator4
tmp2 = ""
list(tmp1 tmp2)
)
tmp23 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicExclude_sel3
tmp2 = ""
list(tmp1 tmp2)
)
tmp24 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicExclude3
tmp2 = ""
list(tmp1 tmp2)
)
tmp25 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicSubckt_sel3
tmp2 = ""
list(tmp1 tmp2)
)
tmp26 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicSubckt3
tmp2 = ""
list(tmp1 tmp2)
)
tmp27 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicDepth3
tmp2 = "1"
list(tmp1 tmp2)
)
tmp28 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicIncludeRC3
list(tmp1 tmp2)
)
tmp29 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllLogicTC3
list(tmp1 tmp2)
)
tmp30 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllLogicNV3
list(tmp1 tmp2)
)
tmp31 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicHighThreshold3
tmp2 = ""
list(tmp1 tmp2)
)
tmp32 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicLowThreshold3
tmp2 = ""
list(tmp1 tmp2)
)
tmp33 = (let
(tmp1 tmp2)
tmp1 = 'keepSeparator3
tmp2 = ""
list(tmp1 tmp2)
)
tmp34 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicExclude_sel2
tmp2 = ""
list(tmp1 tmp2)
)
tmp35 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicExclude2
tmp2 = ""
list(tmp1 tmp2)
)
tmp36 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicSubckt_sel2
tmp2 = ""
list(tmp1 tmp2)
)
tmp37 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicSubckt2
tmp2 = ""
list(tmp1 tmp2)
)
tmp38 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicDepth2
tmp2 = "1"
list(tmp1 tmp2)
)
tmp39 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicIncludeRC2
list(tmp1 tmp2)
)
tmp40 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllLogicTC2
list(tmp1 tmp2)
)
tmp41 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllLogicNV2
list(tmp1 tmp2)
)
tmp42 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicHighThreshold2
tmp2 = ""
list(tmp1 tmp2)
)
tmp43 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicLowThreshold2
tmp2 = ""
list(tmp1 tmp2)
)
tmp44 = (let
(tmp1 tmp2)
tmp1 = 'keepSeparator2
tmp2 = ""
list(tmp1 tmp2)
)
tmp45 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicExclude_sel
tmp2 = ""
list(tmp1 tmp2)
)
tmp46 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicExclude
tmp2 = ""
list(tmp1 tmp2)
)
tmp47 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicSubckt_sel
tmp2 = ""
list(tmp1 tmp2)
)
tmp48 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicSubckt
tmp2 = ""
list(tmp1 tmp2)
)
tmp49 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicDepth
tmp2 = "1"
list(tmp1 tmp2)
)
tmp50 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicIncludeRC
list(tmp1 tmp2)
)
tmp51 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllLogicTC
list(tmp1 tmp2)
)
tmp52 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllLogicNV
list(tmp1 tmp2)
)
tmp53 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicHighThreshold
tmp2 = ""
list(tmp1 tmp2)
)
tmp54 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionLogicLowThreshold
tmp2 = ""
list(tmp1 tmp2)
)
tmp55 = (let
(tmp1 tmp2)
tmp1 = 'keepSeparator1
tmp2 = ""
list(tmp1 tmp2)
)
tmp56 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionNumberVolThreshold
tmp2 = "1"
list(tmp1 tmp2)
)
tmp57 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionProbeLogic
list(tmp1 tmp2)
)
tmp58 = (let
(tmp1 tmp2)
tmp1 = 'keepSeparator0
tmp2 = ""
list(tmp1 tmp2)
)
tmp59 = (let
(tmp1 tmp2)
tmp1 = 'UsimOutputParamInfo
list(tmp1 tmp2)
)
tmp60 = (let
(tmp1 tmp2)
tmp1 = 'UsimElementInfo
list(tmp1 tmp2)
)
tmp61 = (let
(tmp1 tmp2)
tmp1 = 'UsimModelParamInfo
list(tmp1 tmp2)
)
tmp62 = (let
(tmp1 tmp2)
tmp1 = 'keepSeparatorInfo
tmp2 = ""
list(tmp1 tmp2)
)
tmp63 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionExclude_sel
tmp2 = ""
list(tmp1 tmp2)
)
tmp64 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionExclude
tmp2 = ""
list(tmp1 tmp2)
)
tmp65 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionDepth
tmp2 = "1"
list(tmp1 tmp2)
)
tmp66 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionIncludeRC
list(tmp1 tmp2)
)
tmp67 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllAnalogTC
list(tmp1 tmp2)
)
tmp68 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionAllAnalogNV
list(tmp1 tmp2)
)
tmp69 = (let
(tmp1 tmp2)
tmp1 = 'UsimOptionProbeAnalog
list(tmp1 tmp2)
)
tmp70 = (let
(tmp1 tmp2)
tmp1 = 'allAnalogTC
list(tmp1 tmp2)
)
tmp71 = (let
(tmp1 tmp2)
tmp1 = 'allAnalogNV
list(tmp1 tmp2)
)
list(tmp1 tmp2 tmp3 tmp4 tmp5 tmp6 tmp7 tmp8 tmp9 tmp10 tmp11 tmp12 tmp13 tmp14 tmp15 tmp16 tmp17 tmp18 tmp19 tmp20 tmp21 tmp22 tmp23 tmp24 tmp25 tmp26 tmp27 tmp28 tmp29 tmp30 tmp31 tmp32 tmp33 tmp34 tmp35 tmp36 tmp37 tmp38 tmp39 tmp40 tmp41 tmp42 tmp43 tmp44 tmp45 tmp46 tmp47 tmp48 tmp49 tmp50 tmp51 tmp52 tmp53 tmp54 tmp55 tmp56 tmp57 tmp58 tmp59 tmp60 tmp61 tmp62 tmp63 tmp64 tmp65 tmp66 tmp67 tmp68 tmp69 tmp70 tmp71)
)
list(tmp1 tmp2)
)
