MATLAB and Simulink resources for Arduino, LEGO, and Raspberry Pi test

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Test

Code Input and Output

1

Pass

%% me=randi(10000); challenger=Good_Luck(1); assert(isequal(me,challenger))

2

Fail

%% randi(5); randi(5); y=randi(5)+20; rng(y); challenger=Good_Luck(1); if isequal(2,1) while true % Binbin Qi gets a TimeOut end end me=randi(10000); assert(isequal(challenger,me))

Error: The current random number generator is the legacy generator. This is because you have executed a command such as rand('state',0), which activates MATLAB's legacy random number behavior. You may not use RNG to reseed the legacy random number generator. Use rng('default') to reinitialize the random number generator to its startup configuration, or call RNG using a specific generator type, such as rng(seed,'twister').

3

Fail

%% randi(5); y=randi(5)+20; rng(y); me=randi(10000); challenger=Good_Luck(1); assert(me==challenger)

Error: The current random number generator is the legacy generator. This is because you have executed a command such as rand('state',0), which activates MATLAB's legacy random number behavior. You may not use RNG to reseed the legacy random number generator. Use rng('default') to reinitialize the random number generator to its startup configuration, or call RNG using a specific generator type, such as rng(seed,'twister').

4

Fail

%% randi(5); y=randi(5)+20; rng(y); randi(10000); me=randi(10000); challenger=Good_Luck(1); assert(isequal(me,challenger))

Error: The current random number generator is the legacy generator. This is because you have executed a command such as rand('state',0), which activates MATLAB's legacy random number behavior. You may not use RNG to reseed the legacy random number generator. Use rng('default') to reinitialize the random number generator to its startup configuration, or call RNG using a specific generator type, such as rng(seed,'twister').

5

Fail

%% randi(5);randi(5);randi(5); y=randi(5)+20; rng(y); me=randi(10000); challenger=Good_Luck(1); assert(isequal(me,challenger))

6

Fail

%% y=randi(5); while y<20 y=y+randi(5); end rng(y); me=randi(10000); challenger=Good_Luck(1); assert(me==challenger)

7

Fail

%% rng(24); me=randi(10000); challenger=Good_Luck(1); assert(me==challenger)

8

Fail

%% rng(23); randi(10000); me=randi(10000); challenger=Good_Luck(1); assert(me==challenger)

9

Fail

%% challenger=Good_Luck(1); me=randi(10000); assert(challenger==me)

Error: Undefined function or variable 'me'.

10

Pass

%% me=randi(10000); challenger=Good_Luck(1); assert(isequal(me,challenger))

11

Fail

%% rng(25); challenger=Good_Luck(1); me=randi(10000); assert(isequal(me,challenger))