ceptreee

function Problems(n)
    ##############################################################
    if n == 1
        Lt    = 1.0
        K     = (t,s) -> 2.0 * cos( t - s )
        g     = (t) -> exp(t)
        y_exc = (t) -> exp(t) * ( 1.0 + t )^2 
    ##############################################################
    elseif n == 2
        Lt    = 3.0

ceptreee

function Problems(n)
    ##############################################################
    if n == "1"
        Lt    = 1.0
        K     = (t,s) -> 2.0 * cos( t - s )
        g     = (t) -> exp(t)
        y_exc = (t) -> exp(t) * ( 1.0 + t )^2 
    ##############################################################
    elseif n == "2"
        Lt    = 3.0

ceptreee

using BechmarkTools

# https://ja.coder.work/so/julia/715798

function test1!(foo1,foo2,foo3)
    foo3 = foo1 + foo2;
    return foo3
end

function test2!(foo1,foo2,foo3)

ceptreee

function hoge(number)
    if number == 1 
        f() = "1"
    elseif number == 2
        f() = "2"
    end 
    return f
end

f = hoge(1)

ceptreee

ceptreee

import numpy as np 
import matplotlib.pyplot as plt 
import sympy as sb

x = sb.Symbol('x')
xx = np.linspace(0,1,1000)

plt.rcParams["font.size"] = 12
plt.rcParams['text.usetex'] = True

ceptreee

ceptreee

import numpy as np 
import matplotlib.pyplot as plt 
import sympy as sb


class DKA():
    def __init__(self):
        pass

    def p(self,a,x):

ceptreee

ceptreee