#include <stdio.h>
#include <atcoder/all>
#include <bits/stdc++.h>
using namespace std;
using namespace atcoder;
using mint = modint998244353;
#define rep(i,n) for (int i = 0; i < (n); ++i)
#define Inf32 1000000001
#define Inf64 4000000000000000001


int main(){
	
	long long N,M;
	cin>>N>>M;
	
	vector<long long> x(N),y(N),h(N);
	rep(i,N){
		cin>>x[i]>>y[i]>>h[i];
		long long t = x[i];
		long long s = y[i];
		x[i] = t+s;
		y[i] = t-s;
	}
	vector<pair<long long,long long>> a,b,c,d;
	vector<pair<long long,long long>> tx,ty;
	rep(i,N){
		if(h[i]>M)continue;
		long long rem = M - h[i];
		a.emplace_back(-rem,x[i]);
		b.emplace_back(rem,x[i]);
		c.emplace_back(-rem,y[i]);
		d.emplace_back(rem,y[i]);
		tx.emplace_back(-rem,x[i]);
		tx.emplace_back(rem,x[i]);
		ty.emplace_back(-rem,y[i]);
		ty.emplace_back(rem,y[i]);
	}
	//tx.emplace_back(Inf32,Inf32);
	//ty.emplace_back(Inf32,Inf32);
	sort(tx.begin(),tx.end(),[&](pair<long long,long long> x,pair<long long,long long> y){
		long long A = x.first-y.first;
		long long B = y.second-x.second;
		if(A*B<=0)return A<B;
		if(A>0){
			return (x.first-y.first)*(x.first-y.first) < (y.second-x.second) * (y.second-x.second) * 2LL;
		}
		else{
			return (x.first-y.first)*(x.first-y.first) > (y.second-x.second) * (y.second-x.second) * 2LL;
		}
	});
	sort(ty.begin(),ty.end(),[&](pair<long long,long long> x,pair<long long,long long> y){
		long long A = x.first-y.first;
		long long B = y.second-x.second;
		if(A*B<=0)return A<B;
		if(A>0){
			return (x.first-y.first)*(x.first-y.first) < (y.second-x.second) * (y.second-x.second) * 2LL;
		}
		else{
			return (x.first-y.first)*(x.first-y.first) > (y.second-x.second) * (y.second-x.second) * 2LL;
		}
	});
	/*
	rep(i,tx.size()){
		cout<<tx[i].first<<' '<<tx[i].second<<endl;
	}
	*/
	
	vector imos(tx.size()+1,vector<long long>(ty.size()+1));
	
	rep(i,a.size()){
		int aa = distance(tx.begin(),lower_bound(tx.begin(),tx.end(),a[i],
		[&](pair<long long,long long> x,pair<long long,long long> y){
		long long A = x.first-y.first;
		long long B = y.second-x.second;
		if(A*B<=0)return A<B;
		if(A>0){
			return (x.first-y.first)*(x.first-y.first) < (y.second-x.second) * (y.second-x.second) * 2LL;
		}
		else{
			return (x.first-y.first)*(x.first-y.first) > (y.second-x.second) * (y.second-x.second) * 2LL;
		}
	}));
	int bb = distance(tx.begin(),upper_bound(tx.begin(),tx.end(),b[i],
		[&](pair<long long,long long> x,pair<long long,long long> y){
		long long A = x.first-y.first;
		long long B = y.second-x.second;
		if(A*B<=0)return A<B;
		if(A>0){
			return (x.first-y.first)*(x.first-y.first) < (y.second-x.second) * (y.second-x.second) * 2LL;
		}
		else{
			return (x.first-y.first)*(x.first-y.first) > (y.second-x.second) * (y.second-x.second) * 2LL;
		}
	}));
	int cc = distance(ty.begin(),lower_bound(ty.begin(),ty.end(),c[i],
		[&](pair<long long,long long> x,pair<long long,long long> y){
		long long A = x.first-y.first;
		long long B = y.second-x.second;
		if(A*B<=0)return A<B;
		if(A>0){
			return (x.first-y.first)*(x.first-y.first) < (y.second-x.second) * (y.second-x.second) * 2LL;
		}
		else{
			return (x.first-y.first)*(x.first-y.first) > (y.second-x.second) * (y.second-x.second) * 2LL;
		}
	}));
	int dd = distance(ty.begin(),upper_bound(ty.begin(),ty.end(),d[i],
		[&](pair<long long,long long> x,pair<long long,long long> y){
		long long A = x.first-y.first;
		long long B = y.second-x.second;
		if(A*B<=0)return A<B;
		if(A>0){
			return (x.first-y.first)*(x.first-y.first) < (y.second-x.second) * (y.second-x.second) * 2LL;
		}
		else{
			return (x.first-y.first)*(x.first-y.first) > (y.second-x.second) * (y.second-x.second) * 2LL;
		}
	}));
		
		imos[aa][cc]++;
		imos[aa][dd]--;
		imos[bb][cc]--;
		imos[bb][dd]++;
	}
	rep(i,tx.size()){
		rep(j,ty.size()+1)imos[i+1][j] += imos[i][j];
	}
	rep(i,tx.size()+1){
		rep(j,ty.size())imos[i][j+1] += imos[i][j];
	}
	vector<mint> ans(N+1);
	rep(i,tx.size()-1){
		rep(j,ty.size()-1){
			int num = imos[i][j];
			if(num!=2)continue;
			cout<<tx[i].first<<' '<<tx[i].second<<endl;
			cout<<tx[i+1].first<<' '<<tx[i+1].second<<endl;
			cout<<ty[j].first<<' '<<ty[j].second<<endl;
			cout<<ty[j+1].first<<' '<<ty[j+1].second<<endl;
			cout<<endl;
			ans[num] += mint(2).inv() *(tx[i+1].first - tx[i].first) * (ty[j+1].first -ty[j].first);
			ans[num] +=  (tx[i+1].second - tx[i].second) * (ty[j+1].second -ty[j].second);
			
		}
	}
	for(int i=1;i<=N;i++){
		cout<<ans[i].val()<<endl;
	}
	
	return 0;
}