Hello! I am very unfamiliar with MATLAB and just want a PSEUDOCODE for this assignment! I'm getting confused about where I should even begin. Thank you for your help! Attached is an image of the assignment as well as a screenshot of what the supplied demo.m file produces at the start. Also for convenience, here is the demo.m script pasted in case that helps: figure(1) x(1:2,1)=[1;0]; plot(x(1), x(2),'*'); grid on; hold on; axis([-15 15 -15 15]); k=1; Inc=1; for j=1:Inc:360; x(1:2,k+1)=[cosd(Inc) -sind(Inc);sind(Inc) cosd(Inc)]*x(1:2,k); plot(x(1,k+1), x(2,k+1),'^'); k=k+1; %pause(); end for k=1:Inc:360; y1(1:2,k)=[1.5 0;0 3]*x(1:2,k); plot(y1(1,k),y1(2,k),'^') %pause(0.1); end for k=1:Inc:360; y2(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[7;5]; plot(y2(1,k),y2(2,k),'^') %pause(0.1); end for k=1:Inc:360; y3(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[-7;5]; plot(y3(1,k),y3(2,k),'^') %pause(0.1); end % % for k=1:Inc:360; % y4(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[-7;-5]; % plot(y4(1,k),y4(2,k),'^') % pause(0.1); % end % % % for k=1:Inc:360; % y5(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[7;-5]; % plot(y5(1,k),y5(2,k),'^') % pause(0.1); % end % for k=225:Inc:315 % y4(1:2,k)=x(1:2,k)*5-[0;5]; % plot(y4(1,k),y4(2,k),'^') % %pause(0.1); % end for k=45:Inc:135 y4(1:2,k)=x(1:2,k)*5-[0;15]; plot(y4(1,k),y4(2,k),'^') %pause(0.1); end
Hello! I am very unfamiliar with MATLAB and just want a PSEUDOCODE for this assignment! I'm getting confused about where I should even begin. Thank you for your help! Attached is an image of the assignment as well as a screenshot of what the supplied demo.m file produces at the start. Also for convenience, here is the demo.m script pasted in case that helps: figure(1) x(1:2,1)=[1;0]; plot(x(1), x(2),'*'); grid on; hold on; axis([-15 15 -15 15]); k=1; Inc=1; for j=1:Inc:360; x(1:2,k+1)=[cosd(Inc) -sind(Inc);sind(Inc) cosd(Inc)]*x(1:2,k); plot(x(1,k+1), x(2,k+1),'^'); k=k+1; %pause(); end for k=1:Inc:360; y1(1:2,k)=[1.5 0;0 3]*x(1:2,k); plot(y1(1,k),y1(2,k),'^') %pause(0.1); end for k=1:Inc:360; y2(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[7;5]; plot(y2(1,k),y2(2,k),'^') %pause(0.1); end for k=1:Inc:360; y3(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[-7;5]; plot(y3(1,k),y3(2,k),'^') %pause(0.1); end % % for k=1:Inc:360; % y4(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[-7;-5]; % plot(y4(1,k),y4(2,k),'^') % pause(0.1); % end % % % for k=1:Inc:360; % y5(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[7;-5]; % plot(y5(1,k),y5(2,k),'^') % pause(0.1); % end % for k=225:Inc:315 % y4(1:2,k)=x(1:2,k)*5-[0;5]; % plot(y4(1,k),y4(2,k),'^') % %pause(0.1); % end for k=45:Inc:135 y4(1:2,k)=x(1:2,k)*5-[0;15]; plot(y4(1,k),y4(2,k),'^') %pause(0.1); end
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Hello! I am very unfamiliar with MATLAB and just want a PSEUDOCODE for this assignment! I'm getting confused about where I should even begin. Thank you for your help!
Attached is an image of the assignment as well as a screenshot of what the supplied demo.m file produces at the start.
Also for convenience, here is the demo.m script pasted in case that helps:
figure(1)
x(1:2,1)=[1;0];
plot(x(1), x(2),'*');
grid on; hold on;
axis([-15 15 -15 15]);
k=1;
Inc=1;
for j=1:Inc:360;
x(1:2,k+1)=[cosd(Inc) -sind(Inc);sind(Inc) cosd(Inc)]*x(1:2,k);
plot(x(1,k+1), x(2,k+1),'^');
k=k+1;
%pause();
end
for k=1:Inc:360;
y1(1:2,k)=[1.5 0;0 3]*x(1:2,k);
plot(y1(1,k),y1(2,k),'^')
%pause(0.1);
end
for k=1:Inc:360;
y2(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[7;5];
plot(y2(1,k),y2(2,k),'^')
%pause(0.1);
end
for k=1:Inc:360;
y3(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[-7;5];
plot(y3(1,k),y3(2,k),'^')
%pause(0.1);
end
%
% for k=1:Inc:360;
% y4(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[-7;-5];
% plot(y4(1,k),y4(2,k),'^')
% pause(0.1);
% end
%
%
% for k=1:Inc:360;
% y5(1:2,k)=[3 0;0 1.5]*x(1:2,k)+[7;-5];
% plot(y5(1,k),y5(2,k),'^')
% pause(0.1);
% end
% for k=225:Inc:315
% y4(1:2,k)=x(1:2,k)*5-[0;5];
% plot(y4(1,k),y4(2,k),'^')
% %pause(0.1);
% end
for k=45:Inc:135
y4(1:2,k)=x(1:2,k)*5-[0;15];
plot(y4(1,k),y4(2,k),'^')
%pause(0.1);
end
Transcribed Image Text:Use Matlab to draw the picture given below (https://screenrant.com/dragon-ball-z-characters-even-
weaker-than-krillin/)
You can use Demo.m file as a base for your script.
Conditions on your submission
1) Cover Page with name
2) Pseudocode
3)
Matlab Script
4) Comment on your Matlab Script on how you implemented Scaling, Rotatiting, and translating
(with all numerical factors as well)
5) Comment on your Matlab Script on creating the Eye brows, mouth, and blushes on the face.
6) Your plot result.
![MATLAB R2023a - academic use
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Refactor
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CODE
Documents ▸ MATLAB
Editor - C:\Users\Tristan\Downloads\Demo.m
Demo.mx +
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fx >>
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VIEW
Profiler
Analyze
figure (1)
x(1:2,1)=[1;0];
end
ANALYZE
end
for k=1: Inc: 360;
end
Command Window
>> Demo
Run
Section
for k=1: Inc: 360;
plot(x(1), x(2), '*');
grid on; hold on;
axis ([-15 15 -15 15]);
k=1;
Inc=1;
for j=1: Inc: 360;
x(1:2, k+1)=[cosd (Inc) -sind (Inc); sind (Inc) cosd (Inc)]*x(1:2, k);
plot (x(1,k+1), x(2,k+1), '^');
k=k+1;
%pause();
Section Break
Run and Advance
Run to End
SECTION
y1 (1:2,k)-[1.5 0;0 3]*x(1:2, k);
plot (y1 (1,k), y1(2,k), '^')
%pause (0.1);
y2 (1:2, k) = [3 0;0 1.5] *x(1:2,k)+[7;5];
plot (y2 (1,k), y2 (2,k), '^')
%pause (0.1);
for k=1: Inc: 360;
y3 (1:2, k)=[3 0;0 1.5] *x(1:2,k)+[-7;5];
plot (y3 (1,k),y3(2,k), '^')
%pause (0.1);
■
Run
B
Step Stop
RUN
DEV
Zoom: 100%
UTF-8
E
15
10
5
0
-5
-10
Figure 1
File Edit View Insert Tools Desktop Window Help
H 45
-15
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CRLF
ⒸX
-10
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script
Name
A Inc
Search Documentation
Workspace
-5
Value
1
360
135
0
2x361 double
2x360 double
2x360 double
2x360 double
2x135 double
5
10
Ln 1
45
0
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Sign In
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2:42 PM
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KQO](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fecd9d238-92a1-4a47-af9e-c758e887edd1%2Fcaf4b9dd-5fca-48ed-800b-f569b1fef8e7%2Fitfw54i_processed.png&w=3840&q=75)
Transcribed Image Text:MATLAB R2023a - academic use
HOME
New Open Save
H
Current Folder
Name
Details
FILE
PLOTS
81°F
T-storms
Compare ▾
Print
APPS
Go To
Select a file to view details
EDITOR
Q Find ▼
Bookmark
NAVIGATE
► C: Users Tristan OneDrive
O
EX %%%
Refactor
3 ❤❤
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
PUBLISH
CODE
Documents ▸ MATLAB
Editor - C:\Users\Tristan\Downloads\Demo.m
Demo.mx +
19
20
21
22
23
24
25
26
27
28
29
fx >>
A
8
8
Q Search
VIEW
Profiler
Analyze
figure (1)
x(1:2,1)=[1;0];
end
ANALYZE
end
for k=1: Inc: 360;
end
Command Window
>> Demo
Run
Section
for k=1: Inc: 360;
plot(x(1), x(2), '*');
grid on; hold on;
axis ([-15 15 -15 15]);
k=1;
Inc=1;
for j=1: Inc: 360;
x(1:2, k+1)=[cosd (Inc) -sind (Inc); sind (Inc) cosd (Inc)]*x(1:2, k);
plot (x(1,k+1), x(2,k+1), '^');
k=k+1;
%pause();
Section Break
Run and Advance
Run to End
SECTION
y1 (1:2,k)-[1.5 0;0 3]*x(1:2, k);
plot (y1 (1,k), y1(2,k), '^')
%pause (0.1);
y2 (1:2, k) = [3 0;0 1.5] *x(1:2,k)+[7;5];
plot (y2 (1,k), y2 (2,k), '^')
%pause (0.1);
for k=1: Inc: 360;
y3 (1:2, k)=[3 0;0 1.5] *x(1:2,k)+[-7;5];
plot (y3 (1,k),y3(2,k), '^')
%pause (0.1);
■
Run
B
Step Stop
RUN
DEV
Zoom: 100%
UTF-8
E
15
10
5
0
-5
-10
Figure 1
File Edit View Insert Tools Desktop Window Help
H 45
-15
-15
CRLF
ⒸX
-10
?
script
Name
A Inc
Search Documentation
Workspace
-5
Value
1
360
135
0
2x361 double
2x360 double
2x360 double
2x360 double
2x135 double
5
10
Ln 1
45
0
15
Sign In
X
Col 10
2:42 PM
4/24/2023
&
KQO
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