Index

A

ArrayFunction (class in ie_circle)

C

CircleShape (class in ie_circle) COT_POWER (ie_circle.QuadratureType attribute)

cot_power_fourier_integral_coefficients() (in module ie_circle) cot_power_quadrature() (in module ie_circle)

D

ddx() (ie_circle.CircleShape method) (ie_circle.KressShape method) (ie_circle.Shape method) (ie_circle.SympyShape method)

dx() (ie_circle.CircleShape method) (ie_circle.KressShape method) (ie_circle.Shape method) (ie_circle.SympyShape method)

E

example_13_19() (in module ie_circle) example_13_19_answer() (in module ie_circle) example_13_23() (in module ie_circle)

example_13_23_answer() (in module ie_circle) example_simple() (in module ie_circle) example_simple_answer() (in module ie_circle)

F

fourier_coeff_to_quadrature() (in module ie_circle)

G

garrick_wittich_quadrature() (in module ie_circle)

H

harmonic_number() (in module ie_circle)

I

ie_circle module

K

KernelFunction (class in ie_circle)

KressShape (class in ie_circle) kussmaul_martensen_kress_quadrature() (in module ie_circle)

L

LOG_COT_POWER (ie_circle.QuadratureType attribute)

log_cot_power_fourier_integral_coefficients() (in module ie_circle) log_cot_power_quadrature() (in module ie_circle)

M

module ie_circle

N

NO_SINGULARITY (ie_circle.QuadratureType attribute) nystrom() (in module ie_circle)

nystrom_lhs() (in module ie_circle) nystrom_rhs() (in module ie_circle) NystromInterpolant (class in ie_circle)

P

PowerQuadratureRule (class in ie_circle)

Q

QuadratureRule (class in ie_circle)

QuadratureType (class in ie_circle)

R

rho (ie_circle.CircleShape attribute)

S

Shape (class in ie_circle) shift_quadrature_singularity() (in module ie_circle)

sol (ie_circle.NystromInterpolant attribute) SympyShape (class in ie_circle)

T

t_symbol (ie_circle.SympyShape attribute)

trapezoidal_basis() (in module ie_circle) trapezoidal_quadrature() (in module ie_circle)

X

x() (ie_circle.CircleShape method) (ie_circle.KressShape method) (ie_circle.Shape method) (ie_circle.SympyShape method)

x_expr (ie_circle.SympyShape attribute)

Y

y_expr (ie_circle.SympyShape attribute)