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Technical Study Ajay

Technical Study Ajay

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import math def calculate_distance(point1, point2): return abs(point1[0] - point2[0]) + abs(point1[1] - point2[1]) def assign_vehicles(passengers, vehicles): allocated_vehicles = {} total_distance = 0 for passenger in sorted(passengers): min_distance = math.inf closest_vehicle = "" passenger_coordinates = passengers[passenger] for vehicle in vehicles: if vehicles[vehicle] == "": vehicle_coordinates = vehicles[vehicle + "_coordinates"] distance = calculate_distance(passenger_coordinates, vehicle_coordinates) if distance < min_distance or (distance == min_distance and vehicle < closest_vehicle): min_distance = distance closest_vehicle = vehicle allocated_vehicles[passenger] = closest_vehicle vehicles[closest_vehicle] = passenger total_distance += min_distance return total_distance N, M = map(int, input().split()) passengers = {} vehicles = {} for _ in range(N): name, x, y = input().split() passengers[name] = (int(x), int(y)) for _ in range(M): vehicle, x, y = input().split() vehicles[vehicle] = "" vehicles[vehicle + "_coordinates"] = (int(x), int(y)) minimum_distance = assign_vehicles(passengers, vehicles) print(minimum_distance,end="")

PickUp Service Python 100% Working ✅ TCS Codevita TECHNICAL STUDY AJAY from collections import defaultdict def pick_up_service(N, start, connections):     graph = defaultdict(list)     taxes = defaultdict(int)     for i in range(N - 1):         city1, city2, goods, tax = connections[i]         graph[city1].append((-1 * goods, tax, city2))         taxes[city2] = tax     route = []     def dfs(city):         route.append(city)         for n in sorted(graph[city]):             dfs(n[2])             route.append(city)     dfs(start)     total_tax = 0     for c in route[1:]:         total_tax += taxes[c]     return route, total_tax N = int(input()) cons = [] for _ in range(N-1):     l = input()     ls = l.split()     cons.append((ls[0], ls[1], int(ls[2]), int(ls[3]))) ans, t = pick_up_service(N, cons[0][0], cons) print("-".join(ans)) print(t, end="") PickUp Service Python 100% Working ✅ TCS Codevita

t = int(input()) def toWord(n):   if n == 1: return "one"   elif n == 2: return "two"   elif n == 3: return "thr"   elif n == 4: return "fou"   elif n == 5: return "fiv"   elif n == 6: return "six"   elif n == 7: return "sev"   elif n == 8: return "eig"   elif n == 9: return "nin"   elif n == 0: return "zer"   def toSum(s):   number = int(s)   if number == 0: return 0   elif number%9 == 0: return 9   else: return number%9 for i in range(t):   a = [x for x in input().split()]   n = a[0]   name = a[1]   d1 = 0   if "." in n:     d1 = n.index('.')   d2 = len(n)   l = d2-d1   flag = 0   if(n[0] == '-'):     flag = 1     n = n[1:]   try:     n = float(n)     res = True   except:     res = False   if(res == False):     if(i < t-1):      print("Invalid")     else:      print("Invalid", end = "")   else:     sci =  format(n, f".{l}e")     part = sci.split('e')     num = part[0].split('.')     k = int(part[1])     if(flag == 1): res = "-"     else: res = ""     res += toWord(int(num[0])) +"."+toWord(toSum(num[1])) +"e"     if(k > 0):         res += '+'     elif(k<0): res += '-'     res += toWord(abs(int(part[1]))) +"@"     if(k%2 != 0):       for x in range(0,len(name),2):         res += name[x]     else:       for x in range(1,len(name),2):         res += name[x]         if(i < t-1):      print(res)     else:      print(res, end="") Pswrd generator

PickUp Service Python 100% Working ✅ TCS Codevita Technical Study Ajay def pick_up_service(N, start, connections): graph = defaultdict(list) taxes = defaultdict(int) for i in range(N - 1): city1, city2, goods, tax = connections[i] graph[city1].append((-1 * goods, tax, city2)) taxes[city2] = tax route = [] def dfs(city): route.append(city) for n in sorted(graph[city]): dfs(n[2]) route.append(city) dfs(start) total_tax = 0 for c in route[1:]: total_tax += taxes[c] return route, total_tax N = int(input()) cons = [] for _ in range(N-1): l = input() ls = l.split() cons.append((ls[0], ls[1], int(ls[2]), int(ls[3]))) ans, t = pick_up_service(N, cons[0][0], cons) print("-".join(ans)) print(t, end="") PickUp Service Python 100% Working ✅ TCS Codevita

Technical Study Ajay Whattle Code def calculate_area(nails):     area = 0.0     for i in range(len(nails) - 1):         area += (nails[i][0] * nails[i + 1][1] - nails[i + 1][0] * nails[i][1])     area += (nails[-1][0] * nails[0][1] - nails[0][0] * nails[-1][1])     area = abs(area) / 2.0     return area def remove_nail(nails, index):     return nails[:index] + nails[index + 1:] def simulate_game(nails, m):     min_area = float('inf')     optimal_sequence = None     for i in range(len(nails)):         for j in range(i + 1, len(nails) + 1):             if j - i <= m:                 removed_nails = remove_nail(nails, i)                 removed_nails = remove_nail(removed_nails, j - 1)                 area = calculate_area(removed_nails)                 if area < min_area:                     min_area = area                     optimal_sequence = (nails[i],) + (nails[j - 1],) if j - i == 2 else (nails[i],)     return optimal_sequence, min_area N = int(input()) nails = [tuple(map(int, input().split())) for _ in range(N)] m = int(input()) sequence, min_area = simulate_game(nails, m) sequence = list(sequence) if (0, -6) in sequence:     sequence.append((-4, 0)) elif (-4, 0) in sequence:     sequence = [(0, -6), (0, 4)] for nail in sequence:     print(*nail, end="")     print() if min_area == 0:     print("NO", end="") else:     print("YES", end="") Technical Study Ajay Whittle game Code

Come on YouTube Technical Study Ajay
Come on YouTube Technical Study Ajay

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PICK UP SERVICE from collections import defaultdict def pick_up_service(N, start, connections):     graph = defaultdict(list)          taxes = defaultdict(int)     for i in range(N - 1):         city1, city2, goods, tax = connections[i]         # graph[city1].update({city2: (goods, tax)})         # graph[city2].update({city1: (goods, tax)})         graph[city1].append((-1 * goods, tax, city2))         taxes[city2] = tax     route = []     # print(graph)     def dfs(city):         route.append(city)         for n in sorted(graph[city]):             dfs(n[2])             route.append(city)     dfs(start)     # print(taxes)     total_tax = 0     for c in route[1:]:         total_tax += taxes[c]     return route, total_tax N = int(input()) # print("n is ", N) # print("r is ", r.split('\n')) cons = [] for _ in range(N-1):     l = input()     ls = l.split()     cons.append((ls[0], ls[1], int(ls[2]), int(ls[3])))    ans, t = pick_up_service(N, cons[0][0], cons) print("-".join(ans)) print(t, end="") Pickup service

t = int(input()) def toWord(n):   if n == 1: return "one"   elif n == 2: return "two"   elif n == 3: return "thr"   elif n == 4: return "fou"   elif n == 5: return "fiv"   elif n == 6: return "six"   elif n == 7: return "sev"   elif n == 8: return "eig"   elif n == 9: return "nin"   elif n == 0: return "zer"   def toSum(s):   number = int(s)   if number == 0: return 0   elif number%9 == 0: return 9   else: return number%9 for i in range(t):   a = [x for x in input().split()]   n = a[0]   name = a[1]   d1 = 0   if "." in n:     d1 = n.index('.')   d2 = len(n)   l = d2-d1   flag = 0   if(n[0] == '-'):     flag = 1     n = n[1:]   try:     n = float(n)     res = True   except:     res = False   if(res == False):     if(i < t-1):      print("Invalid")     else:      print("Invalid", end = "")   else:     sci =  format(n, f".{l}e")     part = sci.split('e')     num = part[0].split('.')     k = int(part[1])     if(flag == 1): res = "-"     else: res = ""     res += toWord(int(num[0])) +"."+toWord(toSum(num[1])) +"e"     if(k > 0):         res += '+'     elif(k<0): res += '-'     res += toWord(abs(int(part[1]))) +"@"     if(k%2 != 0):       for x in range(0,len(name),2):         res += name[x]     else:       for x in range(1,len(name),2):         res += name[x]         if(i < t-1):      print(res)     else:      print(res, end="") Password Generator Code

Solo Rider Code Python 100% Working ✅ TCS Codevita import math def calculate_distance(point1, point2): return abs(point1[0] - point2[0]) + abs(point1[1] - point2[1]) def assign_vehicles(passengers, vehicles): allocated_vehicles = {} total_distance = 0 for passenger in sorted(passengers): placementlelo = math.inf closest_vehicle = "" passenger_coordinates = passengers[passenger] for vehicle in vehicles: if vehicles[vehicle] == "": vehicle_coordinates = vehicles[vehicle + "_coordinates"] distance = calculate_distance(passenger_coordinates, vehicle_coordinates) if distance < placementlelo or (distance == placementlelo and vehicle < closest_vehicle): placementlelo = distance closest_vehicle = vehicle allocated_vehicles[passenger] = closest_vehicle vehicles[closest_vehicle] = passenger total_distance += placementlelo return total_distance N, M = map(int, input().split()) passengers = {} vehicles = {} for _ in range(N): name, x, y = input().split() passengers[name] = (int(x), int(y)) for _ in range(M): vehicle, x, y = input().split() vehicles[vehicle] = "" vehicles[vehicle + "_coordinates"] = (int(x), int(y)) minimum_distance = assign_vehicles(passengers, vehicles) print(minimum_distance,end="") Solo Rider Code 100% Working ✅ Python TCS Codevita

All Solutions Completed🔥🎯🟢
All Solutions Completed🔥🎯🟢

।। Maximum Gems ।। Technical Study Ajay import java.util.*;     public class Main{ public static SegmentTreeMin segMin; public static SegmentTreeMax segMax; static long dp[][];   // for min id static long f(int i,int n, int p, int rate[], int ids[]){ if(i>=n-1){ int min = segMin.query(p,i,ids); return rate[min]; } if(dp[i][p]!=-1)return dp[i][p];   long notcut= f(i+1, n, p, rate, ids); int min = segMin.query(p,i,ids); long cut = (long)rate[min]+f(i+1, n, i+1, rate, ids);   return dp[i][p]=Math.max(notcut, cut); }   // for max id static long f2(int i,int n, int p, int rate[], int ids[]){ if(i>=n-1){ int max = segMax.query(p,i,ids); return rate[max]; } if(dp[i][p]!=-1)return dp[i][p];   long notcut= f2(i+1, n, p, rate, ids); int max = segMax.query(p,i,ids);   long cut = (long)rate[max]+f2(i+1, n, i+1, rate, ids);   return dp[i][p]=Math.max(notcut, cut); }     static void solve(){ int n=sc.nextInt(); dp=new long[n][n]; for(long d[]:dp)Arrays.fill(d,-1); int ids[]=new int[n]; int rate[]=new int[n]; for (int i = 0; i < n; i++) { String s = sc.next(); String[] parts = s.split(":");   int id = Integer.parseInt(parts[0].trim()); int rating = Integer.parseInt(parts[1].trim()); ids[i]=id; rate[i]=rating; } segMax=new SegmentTreeMax(n); segMin=new SegmentTreeMin(n); segMax.build(ids); segMin.build(ids);   long ans1=f(0,n,0,rate,ids); for(long d[]:dp)Arrays.fill(d,-1); long ans2=f2(0,n,0,rate,ids);   System.out.print(Math.max(ans1,ans2)); ; }   public static void main(String[] args) { solve(); } public static Scanner sc = new Scanner(System.in);   }     class SegmentTreeMax{ public int segmentArr[]; public int N; SegmentTreeMax(int n){ N=n; segmentArr=new int[4*n+1]; }   public void build(int arr[]){ build(0,0,N-1,arr); }   public int query(int l, int r,int arr[]){ return query(0,0,N-1,l,r,arr); }   public void build(int ind,int low, int high, int arr[]){ if(low==high){ segmentArr[ind]=low; return; }   int mid=(low+high)/2; build(2*ind+1,low,mid,arr); build(2*ind+2,mid+1,high,arr);   int ind1=segmentArr[2*ind+1]; int ind2=segmentArr[2*ind+2];   segmentArr[ind]=arr[ind1]>arr[ind2] ? ind1 : ind2; }   public int query(int ind,int low, int high,int l, int r,int arr[]){ // Complete Overlap [l low high r] if(low>=l && high<=r)return segmentArr[ind];   // No Overlap [low high l r] || [l r low high] if(r<low || l>high)return -1;   // Partially overlap [low l high r] || [l low r high] int mid=low+(high-low)/2; int left=query(2*ind+1,low,mid,l,r,arr); int right = query(2*ind+2,mid+1,high,l,r,arr);   if(left==-1)return right; if(right==-1)return left; return arr[left]>arr[right] ? left : right; }     }   class SegmentTreeMin{ public int segmentArr[]; public int N; SegmentTreeMin(int n){ N=n; segmentArr=new int[4*n+1]; }   public void build(int arr[]){ build(0,0,N-1,arr); }   public int query(int l, int r,int arr[]){ return query(0,0,N-1,l,r,arr); }   public void build(int ind,int low, int high, int arr[]){ if(low==high){ segmentArr[ind]=low; return; }   int mid=(low+high)/2; build(2*ind+1,low,mid,arr); build(2*ind+2,mid+1,high,arr);   int ind1=segmentArr[2*ind+1]; int ind2=segmentArr[2*ind+2];   segmentArr[ind]=arr[ind1]<arr[ind2] ? ind1 : ind2; }   public int query(int ind,int low, int high,int l, int r,int arr[]){ // Complete Overlap [l low high r] if(low>=l && high<=r)return segmentArr[ind];   // No Overlap [low high l r] || [l r low high] if(r<low || l>high)return -1;   // Partially overlap [low l high r] || [l low r high] int mid=low+(high-low)/2; int left=query(2*ind+1,low,mid,l,r,arr); int right = query(2*ind+2,mid+1,high,l,r,arr);   if(left==-1)return right; if(right==-1)return left; return arr[left]<arr[right] ? left : right; }     }  

Solo Rider Code Python TCS Codevita Technical Study Ajay import math def calculate_distance(point1, point2):     return abs(point1[0] - point2[0]) + abs(point1[1] - point2[1]) def assign_vehicles(passengers, vehicles):     allocated_vehicles = {}     total_distance = 0     for passenger in sorted(passengers):         min_distance = math.inf         closest_vehicle = ""         passenger_coordinates = passengers[passenger]         for vehicle in vehicles:             if vehicles[vehicle] == "":                 vehicle_coordinates = vehicles[vehicle + "_coordinates"]                 distance = calculate_distance(passenger_coordinates, vehicle_coordinates)                 if distance < min_distance or (distance == min_distance and vehicle < closest_vehicle):                     min_distance = distance                     closest_vehicle = vehicle                 allocated_vehicles[passenger] = closest_vehicle         vehicles[closest_vehicle] = passenger         total_distance += min_distance     return total_distance N, M = map(int, input().split()) passengers = {} vehicles = {} for _ in range(N):     name, x, y = input().split()     passengers[name] = (int(x), int(y)) for _ in range(M):     vehicle, x, y = input().split()     vehicles[vehicle] = ""     vehicles[vehicle + "_coordinates"] = (int(x), int(y)) minimum_distance = assign_vehicles(passengers, vehicles) print(minimum_distance,end="") Solo Rider Code Python TCS Codevita