matlab绘制三维地震数据图像

我现在有一组三维地震数据，大小为625201201，.mat文件，请问怎么用matlab绘制出和下面类似的图形。

你好，可以建立类似的单元，然后进行涂色处理

m = 625;
n = 201;
p = 201;
A = zeros(m,n,p);
B = A(1:30:m, 1:10:n, 1:10:p);
[s,r,t] = size(B);
[node, element]=  rectC3D8([s,r,t], [s,r,t]);
faceNumber = size(element,1)*6;
pV = randi([0,10], faceNumber, 1);
solidPatch(element, node, pV, 'C3D8');
colormap(hsv(10))

函数程序

function [node, element]=  rectC3D8(a, ndiv)
% author: Ji Wan, Wuhan University, Email: wanji@whu.edu.cn
% date: 2021\06\25
[x, y, z] = meshgrid(linspace(-a(1)/2, a(1)/2, ndiv(1)+1), ...
    linspace(-a(2)/2, a(2)/2, ndiv(2)+1),...
    linspace(-a(3)/2, a(3)/2, ndiv(3)+1));
%% 8 nodes
[p1, q1, r1] = meshgrid(1:ndiv(1), 1:ndiv(2), 1:ndiv(3));
pos1 = sub2ind([ndiv(1)+1, ndiv(2)+1, ndiv(3)+1], p1, q1, r1);
[p1, q1, r1] = meshgrid(2:ndiv(1)+1,1:ndiv(2), 1:ndiv(3));
pos2 = sub2ind([ndiv(1)+1, ndiv(2)+1, ndiv(3)+1], p1, q1, r1);
[p1, q1, r1] = meshgrid(2:ndiv(1)+1, 2:ndiv(2)+1, 1:ndiv(3));
pos3 = sub2ind([ndiv(1)+1, ndiv(2)+1, ndiv(3)+1], p1, q1, r1);
[p1, q1, r1] = meshgrid(1:ndiv(1),2:ndiv(2)+1, 1:ndiv(3));
pos4 = sub2ind([ndiv(1)+1, ndiv(2)+1, ndiv(3)+1], p1, q1, r1);
[p1, q1, r1] = meshgrid(1:ndiv(1), 1:ndiv(2), 2:ndiv(3)+1);
pos5 = sub2ind([ndiv(1)+1, ndiv(2)+1, ndiv(3)+1], p1, q1, r1);
[p1, q1, r1] = meshgrid(2:ndiv(1)+1,1:ndiv(2), 2:ndiv(3)+1);
pos6 = sub2ind([ndiv(1)+1, ndiv(2)+1, ndiv(3)+1], p1, q1, r1);
[p1, q1, r1] = meshgrid(2:ndiv(1)+1, 2:ndiv(2)+1, 2:ndiv(3)+1);
pos7 = sub2ind([ndiv(1)+1, ndiv(2)+1, ndiv(3)+1], p1, q1, r1);
[p1, q1, r1] = meshgrid(1:ndiv(1),2:ndiv(2)+1, 2:ndiv(3)+1);
pos8 = sub2ind([ndiv(1)+1, ndiv(2)+1, ndiv(3)+1], p1, q1, r1);
element = [reshape(pos1, numel(pos1), 1),... 
    reshape(pos2, numel(pos2), 1),...
    reshape(pos3, numel(pos3), 1),...
    reshape(pos4, numel(pos4), 1),...
    reshape(pos5, numel(pos5), 1),...
    reshape(pos6, numel(pos6), 1),...
    reshape(pos7, numel(pos7), 1),...
    reshape(pos8, numel(pos8), 1),...
    ];
node = [reshape(permute(x,[2,1,3]),numel(x),1),...
    reshape(permute(y,[2,1,3]), numel(y),1)...
    reshape(permute(z,[2,1,3]), numel(z),1)];
end

函数程序2

function h = solidPatch(element, node, patchVal, eType)
% author: Ji Wan, Wuhan University, Email: wanji@whu.edu.cn
% date: 2021\06\25
e = element;
n = node;
switch eType
    case {'C3D8','C3D9'}
        faces = zeros(size(e, 1)*6, 4);
        eface = [1,4,3,2; 5,6,7,8; 1,2,6,5; 2,3,7,6; 3,4,8,7; 5,8,4,1];
        for i = 1:1:size(e, 1)
            pe = e(i,:);
            faces((i-1)*6+1:i*6,:) =  pe(eface);
        end
    case {'C3D27','C3D20'}
        faces = zeros(size(e,1)*6, 8);
        eface = [
            1,9,2,18,6,13,5,17;
            2,10,3,19,7,14,6,18;
            3,11,4,20,8,15,7,19;
            4,12,1,17,5,16,8,20;
            1,12,4,11,3,10,2,9;
            5,13,6,14,7,15,8,16;
            ];
        for i = 1:1:size(e,1)
            pe = e(i,:);
            faces((i-1)*6+1:i*6,:) =  pe(eface);
        end
end
h = patch('Faces',faces,'Vertices',n,'FaceVertexCData',patchVal,...
'EdgeColor','k','FaceColor','flat','LineWidth',0.01);
colormap(jet)
axis equal
axis off
view([-37.5,30])  
end

效果：

如有帮助还望题主给个宝贵的采纳支持一下答主答题哟，谢谢啦（づ￣3￣）づ╭❤～