NESSi  v1.0.2 The NonEquilibrium Systems Simulation Library
cntr_bubble_decl.hpp File Reference

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cntr

## Functions

template<class GGC , class GGA , class GGB >
void cntr::Bubble1 (int tstp, GGC &C, int c1, int c2, GGA &A, GGA &Acc, int a1, int a2, GGB &B, GGB &Bcc, int b1, int b2)
Evaluate a bubble diagram ( $$C$$) from two-time contour functions $$A,B$$ at the time step; $$C_{c_1,c_2}(t_1,t_2) = i A_{a_1,a_2}(t_t,t_2) * B_{b_2,b_1}(t_2,t_1)$$. More...

template<class GGC , class GGA , class GGB >
void cntr::Bubble1 (int tstp, GGC &C, int c1, int c2, GGA &A, int a1, int a2, GGB &B, int b1, int b2)
Evaluate a bubble diagram ( $$C$$) from two-time contour functions $$A,B$$ at the time step; $$C_{c_1,c_2}(t_1,t_2) = i A_{a_1,a_2}(t_t,t_2) * B_{b_2,b_1}(t_2,t_1)$$. More...

template<class GGC , class GGA , class GGB >
void cntr::Bubble1 (int tstp, GGC &C, GGA &A, GGA &Acc, GGB &B, GGB &Bcc)
Evaluate a bubble diagram ( $$C$$) from two-time contour functions $$A,B$$ at the time step; $$C_{0,0}(t_1,t_2) = i A_{0,0}(t_t,t_2) * B_{0,0}(t_2,t_1)$$. More...

template<class GGC , class GGA , class GGB >
void cntr::Bubble1 (int tstp, GGC &C, GGA &A, GGB &B)
Evaluate a bubble diagram ( $$C$$) from two-time contour functions $$A,B$$ at the time step; $$C_{0,0}(t_1,t_2) = i A_{0,0}(t_t,t_2) * B_{0,0}(t_2,t_1)$$. More...

template<class GGC , class GGA , class GGB >
void cntr::Bubble2 (int tstp, GGC &C, int c1, int c2, GGA &A, GGA &Acc, int a1, int a2, GGB &B, GGB &Bcc, int b1, int b2)
Evaluate a bubble diagram ( $$C$$) from two-time contour functions $$A,B$$ at the time step; $$C_{c_1,c_2}(t_1,t_2) = i A_{a_1,a_2}(t_1,t_2) * B_{b_1,b_2}(t_1,t_2)$$. More...

template<class GGC , class GGA , class GGB >
void cntr::Bubble2 (int tstp, GGC &C, int c1, int c2, GGA &A, int a1, int a2, GGB &B, int b1, int b2)
Evaluate a bubble diagram ( $$C$$) from two-time contour functions $$A,B$$ at the time step; $$C_{c_1,c_2}(t_1,t_2) = i A_{a_1,a_2}(t_1,t_2) * B_{b_1,b_2}(t_1,t_2)$$. More...

template<class GGC , class GGA , class GGB >
void cntr::Bubble2 (int tstp, GGC &C, GGA &A, GGA &Acc, GGB &B, GGB &Bcc)
Evaluate a bubble diagram ( $$C$$) from two-time contour functions $$A,B$$ at the time step; $$C_{0,0}(t_1,t_2) = i A_{0,0}(t_1,t_2) * B_{0,0}(t_1,t_2)$$. More...

template<class GGC , class GGA , class GGB >
void cntr::Bubble2 (int tstp, GGC &C, GGA &A, GGB &B)
Evaluate a bubble diagram ( $$C$$) from two-time contour functions $$A,B$$ at the time step; $$C_{0,0}(t_1,t_2) = i A_{0,0}(t_1,t_2) * B_{0,0}(t_1,t_2)$$. More...