$ visualizer --catalog=75
Watch the algorithm think_
75 verified lessons
Open workspace concept
Maximal Square
Dynamic Programming verified
Dynamic Programming walkstep 1 / 4
Concept Pseudocode
1
state = initial_maximal square()2
for each active state:3
inspect the next candidate4
update the invariant and continue5
return the resolved answerinputstate
Maximal square sample input
rowstate
0
colstate
0
valuestate
1
Commentary
Commentary • Step 1 of 4apply Maximal square while preserving the dp invariant. Start with the smallest subproblem and write its base case.
Richard Feynman Guide
Synced to frame
Step 1 / 4Line 1
step 1
apply Maximal square while preserving the dp invariant. Start with the smallest subproblem and write its base case.
input:Maximal square sample inputrow:0col:0value:1