H2a3a. 1変数半無限区間積分 (関数入力)

関数
Sub	Dehint (F As LongPtr, A As Double, Result As Double, Info As Long, Optional Neval As Long, Optional L As Long, Optional Eps As Double=-1)
	半無限区間の積分 (自動積分) (二重指数関数(DE)公式)
Sub	Dehint_r (A As Double, Result As Double, Info As Long, XX As Double, YY As Double, IRev As Long, Optional Neval As Long, Optional L As Long, Optional Eps As Double=-1)
	半無限区間の積分 (自動積分) (二重指数関数(DE)公式) (リバースコミュニケーション版)
Sub	Deoint (F As LongPtr, A As Double, Omega As Double, Integr As Long, Result As Double, Info As Long, Optional Neval As Long, Optional Err As Double, Optional Eps As Double=-1, Optional Phi As Long=0)
	半無限区間の積分 (フーリエ型積分) (自動積分) (二重指数関数(DE)公式)
Sub	Deoint_r (A As Double, Omega As Double, Integr As Long, Result As Double, Info As Long, XX As Double, YY As Double, IRev As Long, Optional Neval As Long, Optional Err As Double, Optional Eps As Double=-1, Optional Phi As Long=0)
	半無限区間の積分 (フーリエ型積分) (自動積分) (二重指数関数(DE)公式) (リバースコミュニケーション版)
Sub	Qagi (F As LongPtr, Bound As Double, Inf As Long, Result As Double, Info As Long, Optional AbsErr As Double, Optional Neval As Long, Optional EpsAbs As Double=-1, Optional EpsRel As Double=-1, Optional Limit As Long=-1, Optional Last As Long)
	半無限区間／無限区間の積分 (適応自動積分) (15点ガウス・クロンロッド則)
Sub	Qagi_r (Bound As Double, Inf As Long, Result As Double, Info As Long, XX As Double, YY As Double, IRev As Long, Optional AbsErr As Double, Optional Neval As Long, Optional EpsAbs As Double=-1, Optional EpsRel As Double=-1, Optional Limit As Long=-1, Optional Last As Long)
	半無限区間／無限区間の自動積分 (適応自動積分) (リバースコミュニケーション版)
Sub	Qawf (F As LongPtr, A As Double, Omega As Double, Integr As Long, Result As Double, Info As Long, Optional AbsErr As Double, Optional Neval As Long, Optional EpsAbs As Double=-1, Optional Limlst As Long=-1, Optional Lst As Long, Optional Limit As Long=-1, Optional Maxp1 As Long=-1)
	半無限区間の積分 (フーリエ型積分) (適応自動積分) (25点クレンショー・カーチス公式および15点ガウス・クロンロッド則)
Sub	Qawf_r (A As Double, Omega As Double, Integr As Long, Result As Double, Info As Long, XX As Double, YY As Double, IRev As Long, Optional AbsErr As Double, Optional Neval As Long, Optional EpsAbs As Double=-1, Optional Limlst As Long=-1, Optional Lst As Long, Optional Limit As Long=-1, Optional Maxp1 As Long=-1)
	半無限区間の積分 (フーリエ型積分) (適応自動積分) (25点クレンショー・カーチス公式および15点ガウス・クロンロッド則) (リバースコミュニケーション版)
Sub	Qk15i (F As LongPtr, A As Double, Inf As Long, Result As Double, Optional AbsErr As Double)
	半無限区間／無限区間の積分 (ガウス・クロンロッド則 15固定分点)
Sub	Qk15i_r (A As Double, Inf As Long, Result As Double, XX As Double, YY As Double, IRev As Long, Optional AbsErr As Double)
	半無限区間／無限区間の積分 (ガウス・クロンロッド則 15固定分点) (リバースコミュニケーション版)

詳解

H2a3a. 1変数半無限区間積分 (関数入力) プログラムを表示しています.