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‎Price_2P.m

+57
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1+
function [price_p, price_car] = Price_2P(Peple,Car,b2)
2+
alph = 0.1;
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share1 = 0.5;
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share2 = 0.6; %两人合乘
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share3 = 0.8; %合成后一人
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price_p = zeros(4,length(b2)*2);
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price_qb = 5; %起步价5元
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qb_km = 2; %起步公里
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price_km = 2.5; %超出范围2.5元每公里
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N_Car = length(b2);
11+
price_car = zeros(N_Car,2);
12+
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for i = 1:N_Car
14+
%% 最优路径选择
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path_zy = zylj(Peple,Car{b2(i)});
16+
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%% 选择最优路径计算价格
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ab = norm(Peple{Car{b2(i)}.seat(path_zy(2))}.destination-Car{b2(i)}.site);
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bc = norm(Peple{Car{b2(i)}.seat(path_zy(3))}.destination-Peple{Car{b2(i)}.seat(path_zy(2))}.destination);
20+
car_km = ab + bc;
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price_zs = price_qb + price_km*(car_km-qb_km);
22+
price_car(i,1) = b2(i);
23+
price_car(i,2) = price_zs;
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pp1_km = norm(Peple{Car{b2(i)}.seat(path_zy(2))}.destination-Peple{Car{b2(i)}.seat(path_zy(2))}.site);
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pp2_km = norm(Peple{Car{b2(i)}.seat(path_zy(3))}.destination-Peple{Car{b2(i)}.seat(path_zy(3))}.site);
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p1_km = ab;
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p2_km = ab+bc;
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p11_km = p1_km - qb_km;
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p22_km = p2_km - qb_km;
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if p11_km <= 0
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Peple{Car{b2(i)}.seat(path_zy(2))}.cost = price_qb;
32+
price_p(1,2*(i-1)+1) = Peple{Car{b2(i)}.seat(path_zy(2))}.cost;
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price_p(2,2*(i-1)+1) = price_qb*share2;
34+
price_p(3,2*(i-1)+1) = price_qb*share3;
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price_p(4,2*(i-1)+1) = price_qb*share1;
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else
37+
Peple{Car{b2(i)}.seat(path_zy(2))}.cost = price_qb + price_km*pp1_km;
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price_p(1,2*(i-1)+1) = Peple{Car{b2(i)}.seat(path_zy(2))}.cost;
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price_p(2,2*(i-1)+1) = price_qb*share2 + price_km*p11_km*share1;
40+
price_p(3,2*(i-1)+1) = price_qb*share3 + price_km*p11_km*share3;
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price_p(4,2*(i-1)+1) = price_qb*share1 + price_km*p11_km*share1;
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end
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if p22_km <= 0
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Peple{Car{b2(i)}.seat(path_zy(3))}.cost = price_qb;
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price_p(1,2*(i-1)+2) = Peple{Car{b2(i)}.seat(path_zy(3))}.cost;
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price_p(2,2*(i-1)+2) = price_qb*share2;
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price_p(3,2*(i-1)+2) = price_qb*share3;
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price_p(4,2*(i-1)+2) = price_qb*share1;
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else
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Peple{Car{b2(i)}.seat(path_zy(3))}.cost = price_qb + price_km*pp2_km;
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price_p(1,2*(i-1)+2) = Peple{Car{b2(i)}.seat(path_zy(3))}.cost;
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price_p(2,2*(i-1)+2) = price_qb*share2 + price_km*p11_km*share1 + price_km*(p2_km-p1_km)*share2;
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price_p(3,2*(i-1)+2) = price_qb*share3 + price_km*p11_km*share3 + price_km*(p2_km-p1_km)*share3;
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price_p(4,2*(i-1)+2) = price_qb*share1 + price_km*p11_km*share1 + price_km*(p2_km-p1_km)*share2 - (p2_km-pp2_km)*alph;
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end
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end
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end

‎Price_3P.m

+74
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,74 @@
1+
function [price_p, price_car] = Price_3P(Peple,Car,b3)
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alph = 0.1;
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share1 = 0.5; %三人合乘
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share2 = 0.6; %两人合乘
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share3 = 0.8; %合成后一人
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price_p = zeros(4,length(b3)*3);
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price_qb = 5; %起步价5元
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qb_km = 2; %起步公里
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prince_km = 2.5; %超出范围2.5元每公里
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N_Car = length(b3);
11+
price_car = zeros(N_Car,2);
12+
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for i = 1:N_Car
14+
%% 最优路径选择
15+
path_zy = zylj(Peple,Car{b3(i)});
16+
17+
%% 选择最优路径计算价格
18+
ab = norm(Peple{Car{b3(i)}.seat(path_zy(2))}.destination-Car{b3(i)}.site);
19+
bc = norm(Peple{Car{b3(i)}.seat(path_zy(3))}.destination-Peple{Car{b3(i)}.seat(path_zy(2))}.destination);
20+
cd = norm(Peple{Car{b3(i)}.seat(path_zy(4))}.destination-Peple{Car{b3(i)}.seat(path_zy(3))}.destination);
21+
car_km = ab + bc + cd;
22+
price_zs = price_qb + prince_km*(car_km-qb_km);
23+
price_car(i,1) = b3(i);
24+
price_car(i,2) = price_zs;
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pp1_km = norm(Peple{Car{b3(i)}.seat(path_zy(2))}.destination-Peple{Car{b3(i)}.seat(path_zy(2))}.site);
26+
pp2_km = norm(Peple{Car{b3(i)}.seat(path_zy(3))}.destination-Peple{Car{b3(i)}.seat(path_zy(3))}.site);
27+
pp3_km = norm(Peple{Car{b3(i)}.seat(path_zy(4))}.destination-Peple{Car{b3(i)}.seat(path_zy(4))}.site);
28+
p1_km = ab;
29+
p2_km = ab+bc;
30+
p3_km = ab+bc+cd;
31+
p11_km = p1_km - qb_km;
32+
p22_km = p2_km - qb_km;
33+
p33_km = p3_km - qb_km;
34+
if p11_km <= 0
35+
Peple{Car{b3(i)}.seat(path_zy(2))}.cost = price_qb;
36+
price_p(1,3*(i-1)+1) = Peple{Car{b3(i)}.seat(path_zy(2))}.cost;
37+
price_p(2,3*(i-1)+1) = price_qb*share2;
38+
price_p(3,3*(i-1)+1) = price_qb*share3;
39+
price_p(4,3*(i-1)+1) = price_qb*share1;
40+
else
41+
Peple{Car{b3(i)}.seat(path_zy(2))}.cost = price_qb + prince_km*pp1_km;
42+
price_p(1,3*(i-1)+1) = Peple{Car{b3(i)}.seat(path_zy(2))}.cost;
43+
price_p(2,3*(i-1)+1) = price_qb*share2 + prince_km*p11_km*share1;
44+
price_p(3,3*(i-1)+1) = price_qb*share3 + prince_km*p11_km*share3;
45+
price_p(4,3*(i-1)+1) = price_qb*share1 + prince_km*p11_km*share1;
46+
end
47+
if p22_km <= 0
48+
Peple{Car{b3(i)}.seat(path_zy(3))}.cost = price_qb;
49+
price_p(1,3*(i-1)+2) = Peple{Car{b3(i)}.seat(path_zy(3))}.cost;
50+
price_p(2,3*(i-1)+2) = price_qb*share2;
51+
price_p(3,3*(i-1)+2) = price_qb*share3;
52+
price_p(4,3*(i-1)+2) = price_qb*share1;
53+
else
54+
Peple{Car{b3(i)}.seat(path_zy(3))}.cost = price_qb + prince_km*pp2_km;
55+
price_p(1,3*(i-1)+2) = Peple{Car{b3(i)}.seat(path_zy(3))}.cost;
56+
price_p(2,3*(i-1)+2) = price_qb*share2 + prince_km*p11_km*share1 + prince_km*(p2_km-p1_km)*share2;
57+
price_p(3,3*(i-1)+2) = price_qb*share3 + prince_km*p11_km*share3 + prince_km*(p2_km-p1_km)*share3;
58+
price_p(4,3*(i-1)+2) = price_qb*share1 + prince_km*p11_km*share1 + prince_km*(p2_km-p1_km)*share2 - (p2_km-pp2_km)*alph;
59+
end
60+
if p33_km <= 0
61+
Peple{Car{b3(i)}.seat(path_zy(4))}.cost = price_qb;
62+
price_p(1,3*(i-1)+3) = Peple{Car{b3(i)}.seat(path_zy(4))}.cost;
63+
price_p(2,3*(i-1)+3) = price_qb*share2;
64+
price_p(3,3*(i-1)+3) = price_qb*share3;
65+
price_p(4,3*(i-1)+3) = price_qb*share1;
66+
else
67+
Peple{Car{b3(i)}.seat(path_zy(4))}.cost = price_qb + prince_km*pp3_km;
68+
price_p(1,3*(i-1)+3) = Peple{Car{b3(i)}.seat(path_zy(4))}.cost;
69+
price_p(2,3*(i-1)+3) = price_qb*share2 + prince_km*p22_km*share2 + prince_km*cd;
70+
price_p(3,3*(i-1)+3) = price_qb*share3 + prince_km*p11_km*share3 + prince_km*bc*share3 + prince_km*cd*share3;
71+
price_p(4,3*(i-1)+3) = price_qb*share1 + prince_km*p11_km*share1 + prince_km*bc*share2 + prince_km*cd*share3 - (car_km-pp3_km)*alph;
72+
end
73+
end
74+
end

‎cal_node.m

+25
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,25 @@
1+
function node = cal_node(P,Car,car_p)
2+
3+
if Car{car_p(1)}.maxcap == 0
4+
% 三人共乘
5+
place_xy = zeros(length(car_p),8); %存放节点坐标
6+
for i = 1:length(car_p)
7+
car_path = zylj(P,Car{car_p(i)});
8+
place_xy(i,1:2) = Car{car_p(i)}.site;
9+
place_xy(i,3:4) = P{Car{car_p(i)}.seat(car_path(2))}.destination;
10+
place_xy(i,5:6) = P{Car{car_p(i)}.seat(car_path(3))}.destination;
11+
place_xy(i,7:8) = P{Car{car_p(i)}.seat(car_path(4))}.destination;
12+
end
13+
node = place_xy;
14+
else Car{car_p(1)}.maxcap == 1
15+
% 两人共乘
16+
place_xy = zeros(length(car_p),6); %存放节点坐标
17+
for i = 1:length(car_p)
18+
car_path = zylj(P,Car{car_p(i)});
19+
place_xy(i,1:2) = Car{car_p(i)}.site;
20+
place_xy(i,3:4) = P{Car{car_p(i)}.seat(car_path(2))}.destination;
21+
place_xy(i,5:6) = P{Car{car_p(i)}.seat(car_path(3))}.destination;
22+
end
23+
node = place_xy;
24+
end
25+
end

‎d_qiujie.m

+85
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,85 @@
1+
function [bz_xy, D] = d_qiujie(xy)
2+
[m,n] = size(xy);
3+
bz_xy = zeros(m,n);
4+
if n == 8
5+
for i = 1:m
6+
x = xy(i,1);
7+
x1 = xy(i,3);
8+
x2 = xy(i,5);
9+
x3 = xy(i,7);
10+
y = xy(i,2);
11+
y1 = xy(i,4);
12+
y2 = xy(i,6);
13+
y3 = xy(i,8);
14+
temp = minmax([x x1 x2 x3]);
15+
x_min = temp(1);
16+
x_max = temp(2);
17+
temp = minmax([y y1 y2 y3]);
18+
y_min = temp(1);
19+
y_max = temp(2);
20+
bianchang = max((y_max-y_min),(x_max-x_min))+1;
21+
x = x-x_min+1;
22+
x1 = x1-x_min+1;
23+
x2 = x2-x_min+1;
24+
x3 = x3-x_min+1;
25+
y = y-y_min+1;
26+
y1 = y1-y_min+1;
27+
y2 = y2-y_min+1;
28+
y3 = y3-y_min+1;
29+
bz_xy(i,:) = [x x1 x2 x3 y y1 y2 y3];
30+
D{i} = ones(bianchang*bianchang);
31+
D{i}(:) = inf;
32+
for j = 1:bianchang^2
33+
for k = j:bianchang^2
34+
if j == k
35+
D{i}(j,k) = 0;
36+
elseif j == k-1 && mod(j,bianchang) ~= 0
37+
D{i}(j,k) = 1;
38+
D{i}(k,j) = 1;
39+
elseif j == (k-bianchang)
40+
D{i}(j,k) = 1;
41+
D{i}(k,j) = 1;
42+
end
43+
end
44+
end
45+
end
46+
else
47+
for i = 1:m
48+
x = xy(i,1);
49+
x1 = xy(i,3);
50+
x2 = xy(i,5);
51+
y = xy(i,2);
52+
y1 = xy(i,4);
53+
y2 = xy(i,6);
54+
temp = minmax([x x1 x2]);
55+
x_min = temp(1);
56+
x_max = temp(2);
57+
temp = minmax([y y1 y2]);
58+
y_min = temp(1);
59+
y_max = temp(2);
60+
bianchang = max((y_max-y_min),(x_max-x_min))+1;
61+
x = x-x_min+1;
62+
x1 = x1-x_min+1;
63+
x2 = x2-x_min+1;
64+
y = y-y_min+1;
65+
y1 = y1-y_min+1;
66+
y2 = y2-y_min+1;
67+
bz_xy(i,:) = [x x1 x2 y y1 y2];
68+
D{i} = ones(bianchang*bianchang);
69+
D{i}(:) = inf;
70+
for j = 1:bianchang^2
71+
for k = j:bianchang^2
72+
if j == k
73+
D{i}(j,k) = 0;
74+
elseif j == k-1 && mod(j,bianchang) ~= 0
75+
D{i}(j,k) = 1;
76+
D{i}(k,j) = 1;
77+
elseif j == (k-bianchang)
78+
D{i}(j,k) = 1;
79+
D{i}(k,j) = 1;
80+
end
81+
end
82+
end
83+
end
84+
end
85+
end

‎dywd.m

+93
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,93 @@
1+
%%´ňÓĄÎÄľľ
2+
load sch1.mat
3+
[m,n] = size(sch1);
4+
i =1;
5+
for a = 1:m
6+
if find(sch1(a)>0)~=0
7+
temp_a = sch1(a,:);
8+
if length(find(temp_a>0)) == 2
9+
fprintf('t%04d, p%04du, p%04d \n',i,temp_a(1),temp_a(2));
10+
elseif length(find(temp_a>0)) == 4
11+
if temp_a(1) == temp_a(2)
12+
fprintf('t%04d, p%04du, p%04dd, p%04du, p%04dd \n',i,temp_a(1),temp_a(1),temp_a(2),temp_a(2));
13+
elseif temp_a(1) == temp_a(3)
14+
fprintf('t%04d, p%04du, p%04du, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(1),temp_a(2));
15+
else
16+
fprintf('t%04d, p%04du, p%04du, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(2),temp_a(1));
17+
end
18+
else
19+
if temp_a(1) == temp_a(2) && temp_a(3)==temp_a(4) && temp_a(5)==temp_a(6)
20+
fprintf('t%04d, p%04du, p%04dd, p%04du, p%04dd ,p%04du, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
21+
elseif temp_a(1) == temp_a(2) && temp_a(3) == temp_a(5) && temp_a(4) == temp_a(6)
22+
fprintf('t%04d, p%04du, p%04dd, p%04du, p%04du, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
23+
elseif temp_a(1) == temp_a(2) && temp_a(3) == temp_a(6) && temp_a(4) == temp_a(5)
24+
fprintf('t%04d, p%04du, p%04dd, p%04du, p%04du, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
25+
elseif temp_a(1) == temp_a(3) && temp_a(2) == temp_a(4) && temp_a(5) == temp_a(6)
26+
fprintf('t%04d, p%04du, p%04du, p%04dd, p%04dd, p%04du, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
27+
elseif temp_a(1) == temp_a(3) && temp_a(2) == temp_a(5) && temp_a(4) == temp_a(6)
28+
fprintf('t%04d, p%04du, p%04du, p%04dd, p%04du, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
29+
elseif temp_a(1) == temp_a(3) && temp_a(2) == temp_a(6) && temp_a(4) == temp_a(5)
30+
fprintf('t%04d, p%04du, p%04du, p%04dd, p%04du, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
31+
elseif temp_a(1) == temp_a(4) && temp_a(2) == temp_a(3) && temp_a(5) == temp_a(6)
32+
fprintf('t%04d, p%04du, p%04du, p%04dd, p%04dd, p%04du, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
33+
elseif temp_a(1) == temp_a(4) && temp_a(2) == temp_a(5) && temp_a(3) == temp_a(6)
34+
fprintf('t%04d, p%04du, p%04du, p%04du, p%04dd, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
35+
elseif temp_a(1) == temp_a(4) && temp_a(2) == temp_a(6) && temp_a(3) == temp_a(5)
36+
fprintf('t%04d, p%04du, p%04du, p%04du, p%04dd, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
37+
elseif temp_a(1) == temp_a(5) && temp_a(2) == temp_a(3) && temp_a(4) == temp_a(6)
38+
fprintf('t%04d, p%04du, p%04du, p%04dd, p%04du, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
39+
elseif temp_a(1) == temp_a(5) && temp_a(2) == temp_a(4) && temp_a(3) == temp_a(6)
40+
fprintf('t%04d, p%04du, p%04du, p%04du, p%04dd, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
41+
elseif temp_a(1) == temp_a(5) && temp_a(2) == temp_a(6) && temp_a(3) == temp_a(4)
42+
fprintf('t%04d, p%04du, p%04du, p%04du, p%04dd, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
43+
elseif temp_a(1) == temp_a(6) && temp_a(2) == temp_a(3) && temp_a(4) == temp_a(5)
44+
fprintf('t%04d, p%04du, p%04du, p%04dd, p%04du, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
45+
elseif temp_a(1) == temp_a(6) && temp_a(2) == temp_a(4) && temp_a(3) == temp_a(5)
46+
fprintf('t%04d, p%04du, p%04du, p%04du, p%04dd, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
47+
elseif temp_a(1) == temp_a(6) && temp_a(2) == temp_a(5) && temp_a(3) == temp_a(4)
48+
fprintf('t%04d, p%04du, p%04du, p%04du, p%04dd, p%04dd, p%04dd \n',i,temp_a(1),temp_a(2),temp_a(3),temp_a(4),temp_a(5),temp_a(6));
49+
end
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end
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i = i+1;
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end
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end
54+
% b = b3;
55+
% pc = zeros(size(b,2),18);
56+
% for i = 1:size(b,2)
57+
% path = zylj(P,Car{b(i)});
58+
% pc(i,1) = b(i);
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% pc(i,2) = Car{b(i)}.seat(path(2));
60+
% pc(i,3) = Car{b(i)}.seat(path(3));
61+
% pc(i,4) = Car{b(i)}.seat(path(4));
62+
% pc(i,5) = Car{b(i)}.site(1);
63+
% pc(i,6) = Car{b(i)}.site(2);
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% pc(i,7) = P{Car{b(i)}.seat(path(2))}.site(1);
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% pc(i,8) = P{Car{b(i)}.seat(path(2))}.site(2);
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% pc(i,9) = P{Car{b(i)}.seat(path(2))}.destination(1);
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% pc(i,10) = P{Car{b(i)}.seat(path(2))}.destination(2);
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% pc(i,11) = P{Car{b(i)}.seat(path(3))}.site(1);
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% pc(i,12) = P{Car{b(i)}.seat(path(3))}.site(2);
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% pc(i,13) = P{Car{b(i)}.seat(path(3))}.destination(1);
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% pc(i,14) = P{Car{b(i)}.seat(path(3))}.destination(2);
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% pc(i,15) = P{Car{b(i)}.seat(path(4))}.site(1);
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% pc(i,16) = P{Car{b(i)}.seat(path(4))}.site(2);
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% pc(i,17) = P{Car{b(i)}.seat(path(4))}.destination(1);
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% pc(i,18) = P{Car{b(i)}.seat(path(4))}.destination(2);
76+
% end
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% pc = zeros(size(b,2),13);
78+
% for i = 1:size(b,2)
79+
% path = zylj(P,Car{b(i)});
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% pc(i,1) = b(i);
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% pc(i,2) = Car{b(i)}.seat(path(2));
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% pc(i,3) = Car{b(i)}.seat(path(3));
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% pc(i,4) = Car{b(i)}.site(1);
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% pc(i,5) = Car{b(i)}.site(2);
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% pc(i,6) = P{Car{b(i)}.seat(path(2))}.site(1);
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% pc(i,7) = P{Car{b(i)}.seat(path(2))}.site(2);
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% pc(i,8) = P{Car{b(i)}.seat(path(2))}.destination(1);
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% pc(i,9) = P{Car{b(i)}.seat(path(2))}.destination(2);
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% pc(i,10) = P{Car{b(i)}.seat(path(3))}.site(1);
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% pc(i,11) = P{Car{b(i)}.seat(path(3))}.site(2);
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% pc(i,12) = P{Car{b(i)}.seat(path(3))}.destination(1);
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% pc(i,13) = P{Car{b(i)}.seat(path(3))}.destination(2);
93+
% end

‎gongchen_huitu.m

+5
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,5 @@
1+
function gongchen_huitu(P,Car,b,path_xcnode,path_node,num)
2+
huatu(P,Car,b,num);
3+
huatu_zylj(P,Car,b,num);
4+
vis_pn(path_node,path_xcnode,num);
5+
end

‎huatu.m

+44
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,44 @@
1+
function huatu(Peple,Car,b,num)
2+
C = b;
3+
P = Peple;
4+
if Car{C(1)}.maxcap == 1
5+
figure(),grid on, hold on,box on,xlabel('x'),ylabel('y')
6+
title('2人共乘起始位置分布')
7+
for i = 1:num
8+
% figure(),grid on, hold on,box on,xlabel('x'),ylabel('y')
9+
% title('2人共乘起始位置分布')
10+
plot(P{Car{C(i)}.seat(1)}.site(1),P{Car{C(i)}.seat(1)}.site(2),'go')
11+
plot(P{Car{C(i)}.seat(2)}.destination(1),P{Car{C(i)}.seat(2)}.destination(2),'k^')
12+
plot([P{Car{C(i)}.seat(1)}.site(1) P{Car{C(i)}.seat(1)}.destination(1)], [P{Car{C(i)}.seat(1)}.site(2) P{Car{C(i)}.seat(1)}.destination(2)], 'r--');
13+
legend('起始点','终点','直线路径')
14+
15+
plot(P{Car{C(i)}.seat(1)}.destination(1),P{Car{C(i)}.seat(1)}.destination(2),'k^')
16+
plot(P{Car{C(i)}.seat(2)}.site(1),P{Car{C(i)}.seat(2)}.site(2),'go')
17+
plot([P{Car{C(i)}.seat(2)}.site(1) P{Car{C(i)}.seat(2)}.destination(1)], [P{Car{C(i)}.seat(2)}.site(2) P{Car{C(i)}.seat(2)}.destination(2)], 'r--');
18+
19+
end
20+
else
21+
figure(),grid on,hold on,box on, xlabel('x'),ylabel('y')
22+
title('3人共乘起始位置分布')
23+
for i = 1:num
24+
% figure(),grid on,hold on,box on, xlabel('x'),ylabel('y')
25+
% title('3人共乘起始位置分布')
26+
plot(P{Car{C(i)}.seat(1)}.site(1),P{Car{C(i)}.seat(1)}.site(2),'go')
27+
plot(P{Car{C(i)}.seat(1)}.destination(1),P{Car{C(i)}.seat(1)}.destination(2),'k^')
28+
plot([P{Car{C(i)}.seat(1)}.site(1) P{Car{C(i)}.seat(1)}.destination(1)], [P{Car{C(i)}.seat(1)}.site(2) P{Car{C(i)}.seat(1)}.destination(2)], 'r--');
29+
legend('起始点','终点','直线路径')
30+
31+
plot(P{Car{C(i)}.seat(2)}.site(1),P{Car{C(i)}.seat(2)}.site(2),'go')
32+
plot(P{Car{C(i)}.seat(3)}.site(1),P{Car{C(i)}.seat(3)}.site(2),'go')
33+
34+
35+
plot(P{Car{C(i)}.seat(2)}.destination(1),P{Car{C(i)}.seat(2)}.destination(2),'k^')
36+
plot(P{Car{C(i)}.seat(3)}.destination(1),P{Car{C(i)}.seat(3)}.destination(2),'k^')
37+
38+
39+
plot([P{Car{C(i)}.seat(2)}.site(1) P{Car{C(i)}.seat(2)}.destination(1)], [P{Car{C(i)}.seat(2)}.site(2) P{Car{C(i)}.seat(2)}.destination(2)], 'r--');
40+
plot([P{Car{C(i)}.seat(3)}.site(1) P{Car{C(i)}.seat(3)}.destination(1)], [P{Car{C(i)}.seat(3)}.site(2) P{Car{C(i)}.seat(3)}.destination(2)], 'r--');
41+
end
42+
end
43+
end
44+

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