Name	Name	Last commit message	Last commit date
Latest commit History 73 Commits
2D Segtree.cpp	2D Segtree.cpp
3D hull.cpp	3D hull.cpp
Aho Corsik.cpp	Aho Corsik.cpp
BFS.cpp	BFS.cpp
BFS_Graph_template.cpp	BFS_Graph_template.cpp
Chinese Remainder Theorem.cpp	Chinese Remainder Theorem.cpp
DP_Opti : Divide & Conquer.cpp	DP_Opti : Divide & Conquer.cpp
DSU.cpp	DSU.cpp
Delauney.cpp	Delauney.cpp
Dynamic Convex Hull.cpp	Dynamic Convex Hull.cpp
FFT.cpp	FFT.cpp
Graph Power Library.cpp	Graph Power Library.cpp
GraphX.cpp	GraphX.cpp
HLD.cpp	HLD.cpp
KD Tree.cpp	KD Tree.cpp
Matrix Determinant.cpp	Matrix Determinant.cpp
Matrix Expo.cpp	Matrix Expo.cpp
Miller Rabin + mod_Mull.cpp	Miller Rabin + mod_Mull.cpp
Min Vertex Cover.cpp	Min Vertex Cover.cpp
MinCostMaxFlow.cpp	MinCostMaxFlow.cpp
NTT.cpp	NTT.cpp
Neeraj_FFT.cpp	Neeraj_FFT.cpp
Network Flows.cpp	Network Flows.cpp
Policy BST.cpp	Policy BST.cpp
Pollard Rho- Factors.cpp	Pollard Rho- Factors.cpp
README.md	README.md
RabinKarp String Hash.cpp	RabinKarp String Hash.cpp
Sieve with logN factor queries.cpp	Sieve with logN factor queries.cpp
SimpleGraphTemplate.cpp	SimpleGraphTemplate.cpp
SimpleGraphTemplate.java	SimpleGraphTemplate.java
SimpleGraphTemplate.py	SimpleGraphTemplate.py
Simplex.cpp	Simplex.cpp
SplitString+stoi.cpp	SplitString+stoi.cpp
articulation points.cpp	articulation points.cpp
bit tricks.cpp	bit tricks.cpp
circle_tangent.cpp	circle_tangent.cpp
circum circle.cpp	circum circle.cpp
dates.cpp	dates.cpp
dfsmatching.cpp	dfsmatching.cpp
fraction class	fraction class
geometry.cpp	geometry.cpp
manacher.cpp	manacher.cpp
nCr with mod precompute.cpp	nCr with mod precompute.cpp
phi.cpp	phi.cpp
point in poly log N.cpp	point in poly log N.cpp
random_distributions.cpp	random_distributions.cpp
spherical distance.cpp	spherical distance.cpp
ternary search.cpp	ternary search.cpp
treap.cpp	treap.cpp
unordered_map for pair<int,int> as key	unordered_map for pair<int,int> as key

Name

Last commit message

Last commit date

73 Commits

BFS_Graph_template.cpp

Chinese Remainder Theorem.cpp

DP_Opti : Divide & Conquer.cpp

DSU.cpp