Package: qucs
Version: 0.0.8-1
Severity: important
Your package fails to build with G++ 4.1. I'm filing this bug as
important for now, but when 4.1 will be the default compiler in
unstable (probably in a few weeks) I'll upgrade this to serious.
I started writing a patch and managed to solve a few issues, but
there are more (and more and more) so I gave up.
> Automatic build of qucs_0.0.8-1 on bigsur by sbuild/mips 1.94
...
> if mips-linux-gnu-g++ -DHAVE_CONFIG_H -I. -I. -I../../.. -I../../../src
> -I../../../src/components -I../../../src/components/devices -O2 -pipe
> -fno-exceptions -fno-rtti -fno-check-new -MT msline.o -MD -MP -MF
> ".deps/msline.Tpo" -c -o msline.o msline.cpp; \
> then mv -f ".deps/msline.Tpo" ".deps/msline.Po"; else rm -f
> ".deps/msline.Tpo"; exit 1; fi
> msline.cpp: In member function 'virtual void msline::calcNoiseSP(double)':
> msline.cpp:56: error: 'eye' was not declared in this scope
> msline.cpp: In member function 'virtual void msline::calcSP(double)':
> msline.cpp:107: error: 'rect' was not declared in this scope
> msline.cpp: In member function 'virtual void msline::calcAC(double)':
> msline.cpp:477: error: 'rect' was not declared in this scope
> make[7]: *** [msline.o] Error 1
> make[7]: Leaving directory
> `/build/tbm/qucs-0.0.8/qucs-core/src/components/microstrip'
> make[6]: *** [all-recursive] Error 1
--- ./qucs-core/src/components/devices/device.h~ 2006-03-15
17:30:32.000000000 +0000
+++ ./qucs-core/src/components/devices/device.h 2006-03-15 18:22:31.000000000
+0000
@@ -29,6 +29,150 @@
class node;
class net;
+class device;
+
+circuit * splitResistor (
+ circuit * base, // calling circuit (this)
+ circuit * res, // additional resistor circuit (can be NULL)
+ char * c, // name of the additional circuit
+ char * n, // name of the inserted (internal) node
+ int internal); // number of new node (the original external node)
+
+void disableResistor (
+ circuit * base, // calling circuit (this)
+ circuit * res, // additional resistor circuit
+ int internal); // number of new node (the original external node)
+
+circuit * splitCapacitor (
+ circuit * base, // calling circuit (this)
+ circuit * cap, // additional capacitor circuit (can be NULL)
+ char * c, // name of the additional circuit
+ node * n1, // first node of new capacitor
+ node * n2); // second node of new capacitor
+
+void disableCapacitor (
+ circuit * base, // calling circuit (this)
+ circuit * cap); // additional capacitor circuit
+
+int deviceEnabled (circuit * c);
+
+void pnJunctionMOS (
+ nr_double_t Upn, // pn-voltage
+ nr_double_t Iss, // saturation current
+ nr_double_t Ute, // temperature voltage
+ nr_double_t& I, // result current
+ nr_double_t& g); // result derivative
+
+nr_double_t pnCriticalVoltage (
+ nr_double_t Iss, // saturation current
+ nr_double_t Ute); // temperature voltage
+
+nr_double_t fetVoltage (
+ nr_double_t Ufet, // current fet voltage
+ nr_double_t Uold, // previous fet voltage
+ nr_double_t Uth); // threshold voltage
+
+nr_double_t fetVoltageDS (
+ nr_double_t Ufet, // current fet voltage
+ nr_double_t Uold); // previous fet voltage
+
+void pnJunctionBIP (
+ nr_double_t Upn, // pn-voltage
+ nr_double_t Iss, // saturation current
+ nr_double_t Ute, // temperature voltage
+ nr_double_t& I, // result current
+ nr_double_t& g); // result derivative
+
+nr_double_t pnVoltage (
+ nr_double_t Ud, // current pn-voltage
+ nr_double_t Uold, // previous pn-voltage
+ nr_double_t Ut, // temperature voltage
+ nr_double_t Ucrit); // critical voltage
+
+nr_double_t pnCurrent (
+ nr_double_t Upn, // pn-voltage
+ nr_double_t Iss, // saturation current
+ nr_double_t Ute); // temperature voltage
+
+nr_double_t pnConductance (
+ nr_double_t Upn, // pn-voltage
+ nr_double_t Iss, // saturation current
+ nr_double_t Ute); // temperature voltage
+
+nr_double_t pnCapacitance (
+ nr_double_t Uj, // pn-voltage
+ nr_double_t Cj, // zero-bias capacitance
+ nr_double_t Vj, // built-in potential
+ nr_double_t Mj, // grading coefficient
+ nr_double_t Fc); // forward-bias coefficient
+
+nr_double_t pnCharge (
+ nr_double_t Uj, // pn-voltage
+ nr_double_t Cj, // zero-bias capacitance
+ nr_double_t Vj, // built-in potential
+ nr_double_t Mj, // grading coefficient
+ nr_double_t Fc); // forward-bias coefficient
+
+nr_double_t pnCapacitance (
+ nr_double_t Uj, // pn-voltage
+ nr_double_t Cj, // zero-bias capacitance
+ nr_double_t Vj, // built-in potential
+ nr_double_t Mj); // grading coefficient
+
+nr_double_t pnCharge (
+ nr_double_t Uj, // pn-voltage
+ nr_double_t Cj, // zero-bias capacitance
+ nr_double_t Vj, // built-in potential
+ nr_double_t Mj); // grading coefficient
+
+void fetCapacitanceMeyer (
+ nr_double_t Ugs, // gate-source voltage
+ nr_double_t Ugd, // gate-drain voltage
+ nr_double_t Uth, // threshold voltage
+ nr_double_t Udsat, // drain-source saturation voltage
+ nr_double_t Phi, // built-in potential
+ nr_double_t Cox, // oxide capacitance
+ nr_double_t& Cgs, // resulting gate-source capacitance
+ nr_double_t& Cgd, // resulting gate-drain capacitance
+ nr_double_t& Cgb); // resulting gate-bulk capacitance
+
+nr_double_t Egap (
+ nr_double_t T, // temperature
+ nr_double_t Eg0); // bandgap at 0K
+
+nr_double_t pnCurrent_T (
+ nr_double_t T1, // reference temperature
+ nr_double_t T2, // temperature
+ nr_double_t Is, // saturation current
+ nr_double_t Eg, // bandgap at 300K
+ nr_double_t N, // emission coefficient
+ nr_double_t Xti); // temperature coefficient
+
+nr_double_t pnCapacitance (
+ nr_double_t Uj, // pn-voltage
+ nr_double_t Cj, // zero-bias capacitance
+ nr_double_t Vj, // built-in potential
+ nr_double_t Mj); // grading coefficient
+
+nr_double_t pnPotential_T (
+ nr_double_t T1, // reference temperature
+ nr_double_t T2, // temperature
+ nr_double_t Vj, // built-in potential
+ nr_double_t Eg0); // bandgap at 0K
+
+nr_double_t pnCapacitance_T (
+ nr_double_t T1, // reference temperature
+ nr_double_t T2, // temperature
+ nr_double_t M, // grading coefficient
+ nr_double_t VR, // built-in potential ratio
+ nr_double_t Cj); // zero-bias capacitance
+
+nr_double_t pnCapacitance_F (
+ nr_double_t T1, // reference temperature
+ nr_double_t T2, // temperature
+ nr_double_t M, // grading coefficient
+ nr_double_t VR); // built-in potential ratio: Vj(T2) / Vj(T1)
+
class device
{
public:
--- ./qucs-core/src/complex.h~ 2006-03-15 17:28:01.000000000 +0000
+++ ./qucs-core/src/complex.h 2006-03-15 18:23:51.000000000 +0000
@@ -29,6 +29,23 @@
#undef log2
#endif
+class complex;
+complex polar (const nr_double_t mag, const nr_double_t ang);
+complex rect (const nr_double_t x, const nr_double_t y);
+nr_double_t real (const complex); // the real part
+nr_double_t real (nr_double_t);
+nr_double_t imag (const complex); // the imaginary part
+nr_double_t imag (nr_double_t);
+nr_double_t norm (const complex); // the square of the magnitude
+nr_double_t norm (nr_double_t);
+complex sign (const complex);
+nr_double_t sign (const nr_double_t);
+nr_double_t xhypot (const nr_double_t, const nr_double_t);
+nr_double_t xhypot (const complex, const complex);
+complex operator + (const complex, const complex);
+complex operator + (const complex, const nr_double_t);
+complex operator + (const nr_double_t, const complex);
+
class complex
{
private:
--- ./qucs-core/src/matrix.h~ 2006-03-15 17:29:35.000000000 +0000
+++ ./qucs-core/src/matrix.h 2006-03-15 18:12:14.000000000 +0000
@@ -26,6 +26,10 @@
#define __MATRIX_H__
class vector;
+class matrix;
+matrix real (matrix);
+matrix eye (int);
+matrix imag (matrix);
class matrix
{
--- ./qucs-core/src/vector.h~ 2006-03-15 18:03:51.000000000 +0000
+++ ./qucs-core/src/vector.h 2006-03-15 18:08:45.000000000 +0000
@@ -34,6 +34,11 @@
class complex;
class strlist;
+class vector;
+
+vector norm (vector); // the square of the magnitude
+vector real (vector); // the real part
+vector imag (vector); // the imaginary part
class vector : public object
{
--- ./qucs-core/src/fourier.h~ 2006-03-15 18:08:53.000000000 +0000
+++ ./qucs-core/src/fourier.h 2006-03-15 18:10:50.000000000 +0000
@@ -27,6 +27,11 @@
class vector;
+vector fft_1d (vector, int isign);
+vector dft_1d (vector, int isign);
+void _fft_1d (nr_double_t *, int, int isign);
+void _dft_1d (nr_double_t *, int, int isign);
+
class fourier
{
public:
--
Martin Michlmayr
http://www.cyrius.com/
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