Я не могу понять, как я могу создать функцию между двумя точками с помощью этого скрипта cindyjs (2-й график справа с точкой {1} v {m_ {i} и {2} v {m_ {i}) или P1 [вы можете выбрать один из них], которые связаны двумя другими строками t_1 и t_2 или единственной точкой, свободной в пространстве.я попытался выяснить, как я могу справиться с этим с помощью матрицы, как в 58_Interpolation.html, но это мой первый раз, и поэтому я здесь, чтобы попросить вас найти решение.мне нужна логатитическая и экспоненциальная функция, такая как log (x), exp (x) или нормальные функции sin (x) + cos (x) между этими точками, где начальная и конечная точки должны быть 2 точками на линиях иливторой свободный в космосе.о, по крайней мере.для всех других народов.это полный функциональный граф.возьми, если понадобится :) спасибо за помощь
<div id="CSCanvas" style="width:1600px; height:600px; border:2px solid #000000"></div>
<script id="csmove" type="text/x-cindyscript">
m=[
[1,1,1,1,0,0,0,0,0,0,0,0],
[8,4,2,1,0,0,0,0,0,0,0,0],
[0,0,0,0,8,4,2,1,0,0,0,0],
[0,0,0,0,27,9,3,1,0,0,0,0],
[0,0,0,0,0,0,0,0,27,9,3,1],
[0,0,0,0,0,0,0,0,64,16,4,1],
[3,2,1,0,0,0,0,0,0,0,0,0],
[12,4,1,0,-12,-4,-1,0,0,0,0,0],
[0,0,0,0,27,6,1,0,-27,-6,-1,0],
[0,0,0,0,0,0,0,0,48,8,1,0],
[12,2,0,0,-12,-2,0,0,0,0,0,0],
[0,0,0,0,18,2,0,0,-18,-2,0,0]
];
v=[v_mi2.y,v_mi2_B.y];
a=linearsolve[m,v];
plot[x^3*a_1+x^2*a_2+x*a_3+a_4,start->1,stop->2,size->3];
</script>
<script type="text/javascript">
//Visueller Bereich des Graphen verändern
graph_l = 4.8, graph_t = 2, graph_r = 1, graph_b = -0.4;
//grid | Vorsicht, da auch andere Segmente des Programms dadurch betroffen sind!
grid_value = .2;
//Multiplikationsfaktoren
//graph_f = um die Verschiebung vom graph_x Wert einheitlich zu gestalten
//tx_f = Verschiebungsfaktor für alle tx->tx' | ts_f = Verschiebungsfaktor Trennsegment
//B_xy = Multiplikationsfaktor für Beschriftung 1 - 0.1, B_xy > 0
//N_mi_y = Abnahmefunktion für zb: Masse, etc., was später durch eine ordentliche Formelstruktur geändert werden soll
//anfc = Abnahmefunktionskoeffizient, was später durch eine ordentliche Formel geändert werden soll
graph_f = 0.9; tx_f = 3; ts_f = 1.2; B_xy = 0.3; anfc = 0.9;
N_mi_y = (graph_t*graph_f)*0.9; N_mi_y_factor = 0.95;
N_v_mi_y = (graph_t*graph_f)*0.85; N_v_mi_y_factor = 0.9;
//Beschriftung links unten|links oben|rechts unten|rechts oben neben dem Punkt
B_lu_x = -grid_value*B_xy; B_lu_y = -grid_value*B_xy*2;
B_lo_x = -grid_value*B_xy; B_lo_y = grid_value*B_xy*0.1;
B_ru_x = grid_value*B_xy*0.1; B_ru_y = -grid_value*B_xy*1.5;
B_ro_x = grid_value*B_xy; B_ro_y = grid_value*B_xy;
//Graphen komplett verschieben/Startpunkt setzen
N_x = 0; N_y = 0; N_z = 1;
//Diverses
var gslp=[
//--
// P...Punkt, T...Trennlinie, TnxyS...TrennlinienSegment
//Diagramm 1
{name:"P0", pos:[ N_x, N_y, N_z ],type:"Free",pinned:"true",labeled:"",size:"0"},
{name:"P0_txt",pos:[ N_x+B_lu_x, N_y+B_lu_y, N_z ],printname:"$0$",pinned:"true",type:"Free",labeled:"true",size:"0"},
{name:"Px", pos:[ (graph_r*graph_f)+N_x, N_y, N_z ],type:"Free",pinned:"true",labeled:"",size:"0"},
{name:"Px_txt",pos:[ (graph_r*graph_f)+N_x+B_ru_x, N_y+B_ru_y, N_z ],printname:"$x$",type:"Free",pinned:"true",labeled:"true",size:"0"},
{name:"Py", pos:[ N_x, (graph_t*graph_f)+N_y, N_z ],type:"Free",pinned:"true",labeled:"",size:"0"},
{name:"Py_txt",pos:[ N_x+B_lo_x, (graph_t*graph_f)+N_y+B_lo_y, N_z ],printname:"$y$",type:"Free",pinned:"true",labeled:"true",size:"0"},
{name:"P0Px", type:"Segment",args:["P0","Px"],arrow:"true",arrowshape:"full" },
{name:"P0Py", type:"Segment",args:["P0","Py"],arrow:"true",arrowshape:"full" },
{name:"t0t1", pos:[ (graph_r*graph_f/tx_f)+N_x, N_y+B_lu_y, N_z ],printname:"$t_{0} \\rightarrow t_{1}$",type:"Free",pinned:"true",labeled:"true",size:"0"},
//Trennsegment 1
{name:"Txy1", pos:[ (graph_r*graph_f/ts_f)+N_x, (graph_t*graph_f)+N_y, N_z ],type:"Free",pinned:"true",labeled:"",size:"1"},
{name:"TS1", pos:[ (graph_r*graph_f/ts_f)+N_x, N_y+N_mi_y ,N_z ],type:"PointOnSegment",args:["P0Px"],pinned:"true",labeled:"",size:"1"},
{name:"TS1_1",type:"Segment",args:["Txy1","TS1"],dashtype:"1"},
//m_i
{name:"mi", pos:[ N_x, N_y+N_mi_y, N_z ],printname:"$m_{i}$",type:"PointOnSegment",args:["P0Py"],labeled:"true",size:"2"},
{name:"mi_2", pos:[ N_x, N_y+N_mi_y*N_mi_y_factor, N_z ],printname:"$_{1}m_{i}$",type:"PointOnSegment",args:["TS1_1"],labeled:"true",size:"2"},
{name:"S1", type:"Segment",args:["mi","mi_2"],color:[0,0,1]},
//v_m_i
{name:"v_mi", pos:[ N_x, N_y+N_v_mi_y, N_z ],printname:"$v_{m_{i}}$",type:"PointOnSegment",args:["P0Py"],size:"2",labeled:"true"},
{name:"v_mi_2",pos:[ N_x, N_y+N_v_mi_y*N_v_mi_y_factor, N_z ],printname:"$_{1}v_{m_{i}}$",type:"PointOnSegment",args:["TS1_1"],size:"2",labeled:"true"},
{name:"S1_2", type:"Segment", args:["v_mi","v_mi_2"], color:[0,0,1]},
//arrows
{name:"a1", pos:[ (graph_r*graph_f/ts_f)+N_x, N_y-grid_value, N_z ],type:"Free",labeled:"",size:"0"},
{name:"a1_2", type:"Segment", args:["a1","TS1"],arrow:"true",arrowshape:"full" },
{name:"a1_3", pos:[ (2*graph_r*graph_f-(graph_r*graph_f/ts_f))+N_x, N_y-grid_value, N_z ],type:"Free",labeled:"",size: "0"},
{name:"a1_4", type:"Segment", args:["a1","a1_3"],arrow:"true",arrowshape:"full" },
{name:"a1_4r", pos:[ (2*graph_r*graph_f-(graph_r*graph_f/ts_f))+graph_r*graph_f+N_x, N_y-grid_value, N_z ],type:"Free",labeled:"",size: "0"},
{name:"a1_5", type:"Segment", args:["a1_3","a1_4r"],arrow:"",arrowshape:"", dashtype:"3" },
{name:"a1_4r_up", pos:[ (2*graph_r*graph_f-(graph_r*graph_f/ts_f))+graph_r*graph_f+N_x, N_y-grid_value+(graph_t*graph_f)+1.6*grid_value, N_z ],type:"Free",labeled:"",size: "0"},
{name:"a1_6", type:"Segment", args:["a1_4r","a1_4r_up"],arrow:"",arrowshape:"", dashtype:"3" },
{name:"a1_5l_up", pos:[ (2*graph_r*graph_f-(graph_r*graph_f/ts_f))+N_x, N_y-grid_value+(graph_t*graph_f)+1.6*grid_value, N_z ],type:"Free",labeled:"",size:"0"},
{name:"a1_8", type:"Segment", args:["a1_4r_up","a1_5l_up"],arrow:"",arrowshape:"", dashtype:"3" },
{name:"a1_to_a1_3",type:"Segment", args:["a1_3","a1_5l_up"],arrow:"",arrowshape:"", dashtype:"3" },
//Diagramm 2
{name:"P1", pos:[ (2.1*graph_r*graph_f-(graph_r*graph_f/ts_f))+N_x, N_y, N_z ],type:"Free",pinned:"true",labeled:"",size:"0"},
{name:"P1_txt", pos:[ (2.1*graph_r*graph_f-(graph_r*graph_f/ts_f))+N_x+B_lu_x, N_y+B_lu_y, N_z ],printname:"$t_{1}$",pinned:"true",type:"Free",labeled:"true",size:"0"},
{name:"Px1", pos:[ (2.1*graph_r*graph_f-(graph_r*graph_f/ts_f))+graph_r*graph_f+N_x, N_y, N_z ],type:"Free",pinned:"true",labeled:"",size:"0"},
{name:"Px1_txt",pos:[ (2.1*graph_r*graph_f-(graph_r*graph_f/ts_f))+graph_r*graph_f+N_x+B_ru_x, N_y+B_ru_y, N_z ],printname:"$x$",type:"Free",pinned:"true",labeled:"true",size:"0"},
{name:"Py1", pos:[ (2.1*graph_r*graph_f-(graph_r*graph_f/ts_f))+N_x, (graph_t*graph_f)+N_y, N_z ],type:"Free",pinned:"true",labeled:"",size:"0"},
{name:"Py1_txt",pos:[ (2.1*graph_r*graph_f-(graph_r*graph_f/ts_f))+N_x+B_lo_x, (graph_t*graph_f)+N_y+B_lo_y, N_z ],printname:"$y$",type:"Free",pinned:"true",labeled:"true",size:"0"},
{name:"P1Px1", type:"Segment",args:["P1","Px1"],arrow:"true",arrowshape:"full" },
{name:"P1Py1", type:"Segment",args:["P1","Py1"],arrow:"true",arrowshape:"full" },
//{name:"t1t2", pos:[ (2.1*graph_r*graph_f-(graph_r*graph_f/ts_f))+(graph_r*graph_f/tx_f)+N_x, N_y+B_lu_y, N_z ],printname:"$t_{1} \\rightarrow t_{2}$",type:"Free",pinned:"true",labeled:"true",size:"0"},
//Vereinfacht
{name:"t1t2", pos:[ graph_r*graph_f*(2.1-(1/ts_f)+(1/tx_f))+N_x, N_y+B_lu_y, N_z ],printname:"$t_{1} \\rightarrow t_{2}$",type:"Free",pinned:"true",labeled:"true",size:"0"},
//Trennsegment 2
{name:"Txy_2",pos:[ ((2.1*graph_r*graph_f-(graph_r*graph_f/ts_f))/ts_f)+graph_r*graph_f+N_x, (graph_t*graph_f)+N_y, N_z ],type:"Free",pinned:"true",labeled:"",size:"0"},
{name:"TS2", pos:[ ((2.1*graph_r*graph_f-(graph_r*graph_f/ts_f))/ts_f)+graph_r*graph_f+N_x, N_y, N_z ],type:"PointOnSegment",args:["P1Px1"],pinned:"true",labeled:"",size:"0"},
{name:"TS2_2",type:"Segment",args:["Txy_2","TS2"],dashtype:"1"},
//(1)_mi und (2)_mi
{name:"mi2", pos:[ graph_r*graph_f*(2.1-(1/ts_f)+1)+N_x, N_y+N_mi_y*N_mi_y_factor, N_z ],printname:"$_{1}{m_{i}}$",type:"PointOnSegment",args:["P1Py1"],size:"2",labeled:"true"},
{name:"mi2_2",pos:[ graph_r*graph_f*(2.1-(1/ts_f)+1)+N_x, N_y+N_mi_y*(N_mi_y_factor*anfc), N_z ],printname:"$_{2}{m_{i}}$",type:"PointOnSegment",args:["TS2_2"],size:"2",labeled:"true"},
{name:"S2", type:"Segment",args:["mi2","mi2_2"],color:[0,0,1],dashtype:"0" },
//(1)_v_m_i und (2)_mi
{name:"v_mi2", pos:[ graph_r*graph_f*(2.1-(1/ts_f)+1)+N_x, N_y+N_v_mi_y*N_v_mi_y_factor, N_z ],printname:"$_{1}v_{m_{i}}$",type:"PointOnSegment",args:["P1Py1"],size:"2",labeled:"true"},
{name:"v_mi2_2",pos:[ graph_r*graph_f*(2.1-(1/ts_f)+1)+N_x, N_y, N_z ],printname:"$_{2}v_{m_{i}}$",type:"PointOnSegment",args:["TS2_2"],size:"2",labeled:"true"},
{name:"v_mi2_B",pos:[ graph_r*graph_f*(2.1-(1/ts_f))*1.2+N_x, (graph_t*graph_f*0.7)+N_y, N_z ],printname:"P1",type:"Free",size:"2",labeled:"true"},
//{name:"S2_2", type:"Segment",args:["v_mi2","v_mi2_2"],color:[0,0,1],dashtype:"0" },
];
CindyJS({
canvasname:"CSCanvas",
defaultAppearance: { fontFamily: "sans-serif", lineSize: 1, pointSize: 5.0 },
//defaultAppearance: {},
scripts: "cs*",
movescript: "csmove",
geometry: gslp,
//use: ["CindyGL", "katex"],
use: ["katex"],
//axes: true,
grid:grid_value,
//snap:true,
transform: [{
//left, top, right and bottom
//visibleRect: [ 4, 1, -1, -1]
visibleRect: [ graph_l, graph_t, graph_r, graph_b ]
}]
});
</script>