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Bug: https://bugs.gentoo.org/show_bug.cgi?id=603902
--- a/qucs-core/src/components/verilog/bsim3v34nMOS.core.cpp
+++ b/qucs-core/src/components/verilog/bsim3v34nMOS.core.cpp
@@ -8432,9 +8432,9 @@
fourkt=(5.5226012e-23*Temp);
leffx2=(leff*leff);
_save_flickernoise2(drainp,sourcep,((KF*pow(cdrain,AF))/(cox*leffx2)),EF,"flicker");
-_save_whitenoise2(drainp,sourcep,(((fourkt*ueff)*abs(qinv))/leffx2),"channel");
-_save_whitenoise2(drain,drainp,abs((fourkt*drainConductance)),"thermal");
-_save_whitenoise2(sourcep,source,abs((fourkt*sourceConductance)),"thermal");
+_save_whitenoise2(drainp,sourcep,(((fourkt*ueff)*std::abs(qinv))/leffx2),"channel");
+_save_whitenoise2(drain,drainp,std::abs((fourkt*drainConductance)),"thermal");
+_save_whitenoise2(sourcep,source,std::abs((fourkt*sourceConductance)),"thermal");
}
/* ------------------ end of verilog analog equations --------------------- */
--- a/qucs-core/src/components/verilog/bsim3v34pMOS.core.cpp
+++ b/qucs-core/src/components/verilog/bsim3v34pMOS.core.cpp
@@ -8432,9 +8432,9 @@
fourkt=(5.5226012e-23*Temp);
leffx2=(leff*leff);
_save_flickernoise2(drainp,sourcep,((KF*pow(cdrain,AF))/(cox*leffx2)),EF,"flicker");
-_save_whitenoise2(drainp,sourcep,(((fourkt*ueff)*abs(qinv))/leffx2),"channel");
-_save_whitenoise2(drain,drainp,abs((fourkt*drainConductance)),"thermal");
-_save_whitenoise2(sourcep,source,abs((fourkt*sourceConductance)),"thermal");
+_save_whitenoise2(drainp,sourcep,(((fourkt*ueff)*std::abs(qinv))/leffx2),"channel");
+_save_whitenoise2(drain,drainp,std::abs((fourkt*drainConductance)),"thermal");
+_save_whitenoise2(sourcep,source,std::abs((fourkt*sourceConductance)),"thermal");
}
/* ------------------ end of verilog analog equations --------------------- */
--- a/qucs-core/src/components/verilog/bsim4v30nMOS.core.cpp
+++ b/qucs-core/src/components/verilog/bsim4v30nMOS.core.cpp
@@ -13629,16 +13629,16 @@
{
fourkt=(5.5226012e-23*Temp);
leffx2=(leff*leff);
-_save_whitenoise2(drainp,sourcep,((((fourkt*NTNOI)*ueff)*abs((qd+qs)))/leffx2),"channel");
+_save_whitenoise2(drainp,sourcep,((((fourkt*NTNOI)*ueff)*std::abs((qd+qs)))/leffx2),"channel");
}
if
(FNOIMOD==0)
{
leffx2=(leff*leff);
-_save_flickernoise2(drainp,sourcep,((KF*pow(abs(cdrain),AF))/(cox*leffx2)),EF,"flicker");
+_save_flickernoise2(drainp,sourcep,((KF*pow(std::abs(cdrain),AF))/(cox*leffx2)),EF,"flicker");
}
-_save_whitenoise2(drain,drainp,abs((fourkt*gdtot)),"thermal");
-_save_whitenoise2(sourcep,source,abs((fourkt*gstot)),"thermal");
+_save_whitenoise2(drain,drainp,std::abs((fourkt*gdtot)),"thermal");
+_save_whitenoise2(sourcep,source,std::abs((fourkt*gstot)),"thermal");
/* ------------------ end of verilog analog equations --------------------- */
--- a/qucs-core/src/components/verilog/bsim4v30pMOS.core.cpp
+++ b/qucs-core/src/components/verilog/bsim4v30pMOS.core.cpp
@@ -13629,16 +13629,16 @@
{
fourkt=(5.5226012e-23*Temp);
leffx2=(leff*leff);
-_save_whitenoise2(drainp,sourcep,((((fourkt*NTNOI)*ueff)*abs((qd+qs)))/leffx2),"channel");
+_save_whitenoise2(drainp,sourcep,((((fourkt*NTNOI)*ueff)*std::abs((qd+qs)))/leffx2),"channel");
}
if
(FNOIMOD==0)
{
leffx2=(leff*leff);
-_save_flickernoise2(drainp,sourcep,((KF*pow(abs(cdrain),AF))/(cox*leffx2)),EF,"flicker");
+_save_flickernoise2(drainp,sourcep,((KF*pow(std::abs(cdrain),AF))/(cox*leffx2)),EF,"flicker");
}
-_save_whitenoise2(drain,drainp,abs((fourkt*gdtot)),"thermal");
-_save_whitenoise2(sourcep,source,abs((fourkt*gstot)),"thermal");
+_save_whitenoise2(drain,drainp,std::abs((fourkt*gdtot)),"thermal");
+_save_whitenoise2(sourcep,source,std::abs((fourkt*gstot)),"thermal");
/* ------------------ end of verilog analog equations --------------------- */
--- a/qucs-core/src/components/verilog/hic2_full.core.cpp
+++ b/qucs-core/src/components/verilog/hic2_full.core.cpp
@@ -9642,7 +9642,7 @@
#endif
d_Q=Q_pT;
while
-(((abs(d_Q)>=(1.0e-5*abs(Q_pT)))&&(l_it<=100)))
+(((std::abs(d_Q)>=(1.0e-5*std::abs(Q_pT)))&&(l_it<=100)))
{
#if defined(_DYNAMIC)
d_Q0=d_Q;
@@ -19895,10 +19895,10 @@
_save_whitenoise2(ci,ei,(twoq*it),"shot");
_save_whitenoise2(ci,bi,(twoq*iavl),"shot");
_save_whitenoise2(bi,ei,(twoq*ibei),"shot");
-_save_whitenoise2(bi,ci,(twoq*abs(ibci)),"shot");
+_save_whitenoise2(bi,ci,(twoq*std::abs(ibci)),"shot");
_save_whitenoise2(bp,ei,(twoq*ibep),"shot");
-_save_whitenoise2(bp,ci,(twoq*abs(ijbcx)),"shot");
-_save_whitenoise2(si,ci,(twoq*abs(ijsc)),"shot");
+_save_whitenoise2(bp,ci,(twoq*std::abs(ijbcx)),"shot");
+_save_whitenoise2(si,ci,(twoq*std::abs(ijsc)),"shot");
}
/* ------------------ end of verilog analog equations --------------------- */
--- a/qucs-core/src/components/verilog/hicumL2V2p1.core.cpp
+++ b/qucs-core/src/components/verilog/hicumL2V2p1.core.cpp
@@ -4895,7 +4895,7 @@
#endif
d_Q=Q_pT;
while
-(((abs(d_Q)>=(1.0e-5*abs(Q_pT)))&&(l_it<=100)))
+(((std::abs(d_Q)>=(1.0e-5*std::abs(Q_pT)))&&(l_it<=100)))
{
#if defined(_DYNAMIC)
d_Q0=d_Q;
--- a/qucs-core/src/components/verilog/hicumL2V2p23.core.cpp
+++ b/qucs-core/src/components/verilog/hicumL2V2p23.core.cpp
@@ -11502,7 +11502,7 @@
#endif
d_Q=Q_pT;
while
-(((abs(d_Q)>=(1.0e-5*abs(Q_pT)))&&(l_it<=100)))
+(((std::abs(d_Q)>=(1.0e-5*std::abs(Q_pT)))&&(l_it<=100)))
{
#if defined(_DYNAMIC)
d_Q0=d_Q;
@@ -23949,10 +23949,10 @@
}
twoq=(2.0*1.602176462e-19);
_save_whitenoise2(ci,bi,(twoq*iavl),"shot");
-_save_whitenoise2(bi,ci,(twoq*abs(ibci)),"shot");
+_save_whitenoise2(bi,ci,(twoq*std::abs(ibci)),"shot");
_save_whitenoise2(bp,ei,(twoq*ibep),"shot");
-_save_whitenoise2(bp,ci,(twoq*abs(ijbcx)),"shot");
-_save_whitenoise2(si,ci,(twoq*abs(ijsc)),"shot");
+_save_whitenoise2(bp,ci,(twoq*std::abs(ijbcx)),"shot");
+_save_whitenoise2(si,ci,(twoq*std::abs(ijsc)),"shot");
_save_whitenoise1(n1,((2*1.602176462e-19)*ibei),"shot");
_load_static_residual1(n1,NP(n1));
#if defined(_DERIVATE)
--- a/qucs-core/src/components/verilog/hicumL2V2p24.core.cpp
+++ b/qucs-core/src/components/verilog/hicumL2V2p24.core.cpp
@@ -6090,7 +6090,7 @@
#endif
d_Q=Q_pT;
while
-(((abs(d_Q)>=(1.0e-5*abs(Q_pT)))&&(l_it<=100)))
+(((std::abs(d_Q)>=(1.0e-5*std::abs(Q_pT)))&&(l_it<=100)))
{
#if defined(_DYNAMIC)
d_Q0=d_Q;
@@ -11855,10 +11855,10 @@
}
twoq=(2.0*1.602176462e-19);
_save_whitenoise2(ci,bi,(twoq*iavl),"shot");
-_save_whitenoise2(bi,ci,(twoq*abs(ibci)),"shot");
+_save_whitenoise2(bi,ci,(twoq*std::abs(ibci)),"shot");
_save_whitenoise2(bp,ei,(twoq*ibep),"shot");
-_save_whitenoise2(bp,ci,(twoq*abs(ijbcx)),"shot");
-_save_whitenoise2(si,ci,(twoq*abs(ijsc)),"shot");
+_save_whitenoise2(bp,ci,(twoq*std::abs(ijbcx)),"shot");
+_save_whitenoise2(si,ci,(twoq*std::abs(ijsc)),"shot");
_save_whitenoise1(n1,((2*1.602176462e-19)*ibei),"shot");
_load_static_residual1(n1,NP(n1));
#if defined(_DERIVATE)
--- a/qucs-core/src/components/verilog/hicumL2V2p31n.core.cpp
+++ b/qucs-core/src/components/verilog/hicumL2V2p31n.core.cpp
@@ -6726,7 +6726,7 @@
#endif
d_Q=Q_pT;
while
-(((abs(d_Q)>=(1.0e-5*abs(Q_pT)))&&(l_it<=100)))
+(((std::abs(d_Q)>=(1.0e-5*std::abs(Q_pT)))&&(l_it<=100)))
{
#if defined(_DYNAMIC)
d_Q0=d_Q;
@@ -12817,10 +12817,10 @@
}
twoq=(2.0*1.602176462e-19);
_save_whitenoise2(ci,bi,(twoq*iavl),"shot");
-_save_whitenoise2(bi,ci,(twoq*abs(ibci)),"shot");
+_save_whitenoise2(bi,ci,(twoq*std::abs(ibci)),"shot");
_save_whitenoise2(bp,ei,(twoq*ibep),"shot");
-_save_whitenoise2(bp,ci,(twoq*abs(ijbcx)),"shot");
-_save_whitenoise2(si,ci,(twoq*abs(ijsc)),"shot");
+_save_whitenoise2(bp,ci,(twoq*std::abs(ijbcx)),"shot");
+_save_whitenoise2(si,ci,(twoq*std::abs(ijsc)),"shot");
if
(flcono==1)
{
|
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