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author | Erich Eckner <git@eckner.net> | 2015-08-07 11:03:53 +0200 |
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committer | Erich Eckner <git@eckner.net> | 2015-08-07 11:03:53 +0200 |
commit | 313dc9c91ed794336898054a8e0d328e09875359 (patch) | |
tree | 25fcadc874694242db6f2e6ccfbc80b07cd83353 | |
parent | 924aa698dcd4fb33c925630aeff7b1320e445ab0 (diff) | |
download | Plasmapropagation-313dc9c91ed794336898054a8e0d328e09875359.tar.xz |
-rw-r--r-- | Physikunit.pas | 11 | ||||
-rw-r--r-- | Plasmapropagation.lps | 91 | ||||
-rw-r--r-- | input.epost | 26 | ||||
-rw-r--r-- | input.plap | 14 |
4 files changed, 79 insertions, 63 deletions
diff --git a/Physikunit.pas b/Physikunit.pas index ab99170..85b6508 100644 --- a/Physikunit.pas +++ b/Physikunit.pas @@ -648,12 +648,11 @@ begin for i:=0 to length(matWerte)-1 do matWerte[i,mfDPsiDX,true]:= besitzer.spezLadungen[i] * emWerte[efDPhiDX,false] -;// - (rN.matWerte[i,mfGamma,false] - lN.matWerte[i,mfGamma,false]) * iDX/2; + - (rN.matWerte[i,mfGamma,false] - lN.matWerte[i,mfGamma,false]) * iDX/2; - // d2A/dt2 = Laplace(A) - Nabla(phi) ... + // d2A/dt2 = Laplace(A) ... ( - Nabla(dPhi/dt) wird auf dA/dt aufgeschlagen !!! ) emWerte[efDAXDT,true]:= - ( rN.emWerte[efAX,false] - 2*emWerte[efAX,false] + lN.emWerte[efAX,false] )*sqr(iDX) - - emWerte[efDPhiDX,false]; + ( rN.emWerte[efAX,false] - 2*emWerte[efAX,false] + lN.emWerte[efAX,false] )*sqr(iDX); emWerte[efDAYDT,true]:= ( rN.emWerte[efAY,false] - 2*emWerte[efAY,false] + lN.emWerte[efAY,false] )*sqr(iDX); emWerte[efDAZDT,true]:= @@ -671,8 +670,8 @@ begin - (besitzer.spezLadungen[i] * matWerte[i,mfN,false] * matWerte[i,mfIGamma,false] * matWerte[i,mfPZ,false]); end; - // dA/dt = dA/dt - emWerte[efAX,true]:=emWerte[efDAXDT,false];// + emWerte[efDAXDT,true]*dT; + // dA/dt = dA/dt - Nabla(Phi) + emWerte[efAX,true]:=emWerte[efDAXDT,false] - emWerte[efDPhiDX,false];// + emWerte[efDAXDT,true]*dT; emWerte[efAY,true]:=emWerte[efDAYDT,false];// + emWerte[efDAYDT,true]*dT; emWerte[efAZ,true]:=emWerte[efDAZDT,false];// + emWerte[efDAZDT,true]*dT; end; diff --git a/Plasmapropagation.lps b/Plasmapropagation.lps index ba80993..6e683c8 100644 --- a/Plasmapropagation.lps +++ b/Plasmapropagation.lps @@ -9,20 +9,19 @@ <IsPartOfProject Value="True"/> <TopLine Value="54"/> <CursorPos X="37" Y="34"/> - <UsageCount Value="199"/> + <UsageCount Value="200"/> <Loaded Value="True"/> </Unit0> <Unit1> <Filename Value="Physikunit.pas"/> <IsPartOfProject Value="True"/> - <IsVisibleTab Value="True"/> <EditorIndex Value="1"/> - <TopLine Value="619"/> - <CursorPos X="13" Y="648"/> - <FoldState Value=" T3mD0,5 pjSlM0A[94BjZ0812114]DLnd0B[944jR08013]Bdl20U2 pp6q10G2 T0\9Q/0F171A"/> - <UsageCount Value="140"/> + <TopLine Value="620"/> + <CursorPos X="32" Y="673"/> + <FoldState Value=" T3mD0,5 pjSlM0A[94BjZ0803114 T0\8Q/0F171M"/> + <UsageCount Value="142"/> <Bookmarks Count="1"> - <Item0 Y="1078"/> + <Item0 Y="1077"/> </Bookmarks> <Loaded Value="True"/> </Unit1> @@ -31,15 +30,15 @@ <IsPartOfProject Value="True"/> <EditorIndex Value="-1"/> <CursorPos X="15" Y="46"/> - <UsageCount Value="102"/> + <UsageCount Value="104"/> </Unit2> <Unit3> <Filename Value="input.plap"/> <IsPartOfProject Value="True"/> <EditorIndex Value="3"/> - <TopLine Value="31"/> - <CursorPos X="26" Y="36"/> - <UsageCount Value="101"/> + <TopLine Value="9"/> + <CursorPos Y="29"/> + <UsageCount Value="103"/> <Loaded Value="True"/> <DefaultSyntaxHighlighter Value="None"/> </Unit3> @@ -49,15 +48,16 @@ <EditorIndex Value="2"/> <TopLine Value="88"/> <CursorPos X="50" Y="100"/> - <UsageCount Value="49"/> + <UsageCount Value="51"/> <Loaded Value="True"/> </Unit4> <Unit5> <Filename Value="input.epost"/> + <IsVisibleTab Value="True"/> <EditorIndex Value="4"/> <TopLine Value="13"/> - <CursorPos X="5" Y="22"/> - <UsageCount Value="84"/> + <CursorPos X="9" Y="27"/> + <UsageCount Value="85"/> <Loaded Value="True"/> <DefaultSyntaxHighlighter Value="None"/> </Unit5> @@ -146,122 +146,123 @@ <JumpHistory Count="30" HistoryIndex="29"> <Position1> <Filename Value="Physikunit.pas"/> + <Caret Line="126" Column="17" TopLine="93"/> </Position1> <Position2> <Filename Value="Physikunit.pas"/> - <Caret Line="126" Column="17" TopLine="93"/> + <Caret Line="521" Column="50" TopLine="433"/> </Position2> <Position3> <Filename Value="Physikunit.pas"/> - <Caret Line="521" Column="50" TopLine="433"/> + <Caret Line="550" Column="51" TopLine="509"/> </Position3> <Position4> <Filename Value="Physikunit.pas"/> - <Caret Line="550" Column="51" TopLine="509"/> + <Caret Line="551" Column="51" TopLine="510"/> </Position4> <Position5> <Filename Value="Physikunit.pas"/> - 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<Caret Line="425" Column="4" TopLine="210"/> + <Caret Line="438" Column="63" TopLine="216"/> </Position12> <Position13> <Filename Value="Physikunit.pas"/> - <Caret Line="438" Column="63" TopLine="216"/> + <Caret Line="801" Column="51" TopLine="768"/> </Position13> <Position14> <Filename Value="Physikunit.pas"/> - <Caret Line="801" Column="51" TopLine="768"/> + <Caret Line="1385" Column="60" TopLine="1232"/> </Position14> <Position15> <Filename Value="Physikunit.pas"/> - <Caret Line="1385" Column="60" TopLine="1232"/> + <Caret Line="789" Column="63" TopLine="773"/> </Position15> <Position16> <Filename Value="Physikunit.pas"/> - <Caret Line="789" Column="63" TopLine="773"/> + <Caret Line="10" Column="28"/> </Position16> <Position17> <Filename Value="Physikunit.pas"/> - <Caret Line="10" Column="28"/> + <Caret Line="1024" Column="31" TopLine="784"/> </Position17> <Position18> <Filename Value="Physikunit.pas"/> - <Caret Line="1024" Column="31" TopLine="784"/> + <Caret Line="1067" Column="29" TopLine="1056"/> </Position18> <Position19> <Filename Value="Physikunit.pas"/> - 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<Caret Line="44" Column="15" TopLine="5"/> + <Caret Line="56" Column="27" TopLine="19"/> </Position26> <Position27> <Filename Value="input.epost"/> - <Caret Line="56" Column="27" TopLine="19"/> + <Caret Line="47" TopLine="25"/> </Position27> <Position28> <Filename Value="input.epost"/> - <Caret Line="47" TopLine="25"/> + <Caret Line="57" TopLine="25"/> </Position28> <Position29> - <Filename Value="input.epost"/> - <Caret Line="57" TopLine="25"/> + <Filename Value="Physikunit.pas"/> + <Caret Line="989" Column="35" TopLine="903"/> </Position29> <Position30> <Filename Value="Physikunit.pas"/> - <Caret Line="989" Column="35" TopLine="903"/> + <Caret Line="24" Column="13"/> </Position30> </JumpHistory> </ProjectSession> diff --git a/input.epost b/input.epost index 39b7444..c6f8d9a 100644 --- a/input.epost +++ b/input.epost @@ -22,21 +22,37 @@ Palette 0000ff Ende -Threadanzahl: 7 +Threadanzahl: 11 -!Schleife: $symmetrie: symmetrisch asymmetrisch +parallel lesen + +!setze $symFelder: DPSIDX1 DPHIDX AY DAYDT +!setze $asyFelder: N1 -?$symmetrie = symmetrisch: !Schleife: $Feld: DPHIDX DPSIDX1 # AY DAYDT -?$symmetrie = asymmetrisch: !Schleife: $Feld: N1 # N2 +!Schleife: $Feld: $asyFelder $symFelder Daten einlesen + Name: $Feld Genauigkeit: extended xmax: 5 tmax: 40 SpaceTime-Datei: /home_raid/erich/Dokumente/Prograemmchen/Plasmapropagation/Daten/$Feld-*_test.dat Ende -lineares Bild +!Schleifenende + +!setze $symBerFelder: DPSIDX1_N1 + +Multipliziere DPSIDX1 mal N1 + Name: DPSIDX1_N1 +Ende + +!Schleife: $symmetrie: symmetrisch asymmetrisch + +?$symmetrie = symmetrisch: !Schleife: $Feld: $symFelder $symBerFelder +?$symmetrie = asymmetrisch: !Schleife: $Feld: $asyFelder + +lineares Bild $Feld ?$symmetrie = symmetrisch: Palette: rotblau ?$symmetrie = symmetrisch: maximale und minimale Dichten bestimmen (symmetrisch) ?$symmetrie = asymmetrisch: Palette: erweiterter Regenbogen @@ -26,7 +26,7 @@ ausgabenEnde !setze $tFwhm: (2.5 * T) !setze $tMitte: (1 * T) -# licht von links 0.1 * 2^(-2*((t-$tMitte)/$tFwhm)^2) * ω * cos(ω*t) # Zeitableitung des A-Feldes +licht von links 2 * 2^(-2*((t-$tMitte)/$tFwhm)^2) * ω * cos(ω*t) # Zeitableitung des A-Feldes !setze $IonenMassenFaktor: (1836.15267245 + 1838.68366158) @@ -56,13 +56,13 @@ teilchen2 # verteilung wie teilchen1 verteilung stückweise 0 - (0.1*λ + $breite-$profilbreite)/2 - $randbreite - sin((x - (0.1*λ + $breite-$profilbreite)/2 - $randbreite)*π/2/$randbreite)^2 - (0.1*λ + $breite-$profilbreite)/2 + ($breite-$profilbreite)/2 - $randbreite + sin((x - ($breite-$profilbreite)/2 - $randbreite)*π/2/$randbreite)^2 + ($breite-$profilbreite)/2 1 - (0.1*λ + $breite+$profilbreite)/2 - sin((x - (0.1*λ + $breite+$profilbreite)/2 + $randbreite)*π/2/$randbreite)^2 - (0.1*λ + $breite+$profilbreite)/2 + $randbreite + ($breite+$profilbreite)/2 + sin((x - ($breite+$profilbreite)/2 + $randbreite)*π/2/$randbreite)^2 + ($breite+$profilbreite)/2 + $randbreite 0 stückweiseEnde teilchen2Ende |