C++ Projects (Build 6 RealTime Apps Step by Step with Code)

Learn to draw circles and arcs with arc, circle, and pieslice functions, set midpoint, start and end angles, and radius, and use by_slice and flood fill to color bounded regions.

Learn to implement and render ellipse and sector shapes in C++ projects, using fill ellipse and sector methods with x, y, x radius, y radius, and start angle.

Explore the flood fill method to fill bounded regions like circles and rectangles by selecting a seed point inside the shape and matching the fill color with the border color.

Learn to build and use a graph function to plot coordinates on the x and y axes, enabling the placement of shapes like rectangles and circles for games.

Learn how to use getimage and putimage in C++ to capture a shape as a bitmap, store it in heap memory, and animate its display with a loop.

Explore creating polygons with drawpoly and fillpoly by providing vertex coordinates (x, y); fillpoly closes and fills the shape, while drawpoly outlines it.

Demonstrates how to display color code boxes in C++ by rendering 16 color bars with 3D outlines and labels, mapping codes 0–15 to colors, with careful spacing and transparency considerations.

Move a bar with the arrow keys in a simple c++ program, using ascii codes, macros, and a switch statement to update x and y and display the image.

Animate the Indian flag in a C++ real-time app by detecting mouse clicks in a defined area, updating the flag’s y-position in a loop, and revealing it at the top.

Create a C++ pie chart program that inputs total amount and expenses (food, clothes, electricity, other), computes savings and percentages, and renders a five-slice 3d pie chart.

Create and visualize a budget pie chart in C++, allocating food, clothes, electricity, and other expenses, computing total expenses and savings, and displaying percentage slices and angles.

Develop a real-time c++ pie chart app by building five slices, calculating start and end angles, and animating the chart with coordinates, radius, colors, and adapting to zero-value slices.

Build a 3d bar chart in c++ to visualize total expenses and savings, with categories like food and clothes, showing percentages and using colors and a bar rendering method.

Build a real-time C++ bulls-eye program that calculates a percentage from max marks, renders a bullseye target, and updates an arrow and mood faces as performance changes.

Create a double bullseye with fill ellipse, alternating white and red rings and a light blue outline, then animate an arrow toward a target percentage.

Create a bullseye face program that draws facial features using an ellipse, adjusting start angle and angle to render happy or sad expressions based on a percentage input.

Build a stock infograph in C++ that animates a truck with face expressions and color changes driven by stock percent.

Master file operations in C++ by adding, updating, and deleting employee records, and display them in a rectangular ASCII box menu with persistent disk storage.

Build part 3 of a real-time c++ project to add, update, and delete employee records in a rectangular file, using a menu and a temporary file for updates.

Create a graphics tic tac toe game in C++ using a box array and pixel input. Track game state, current players, and a graphical main menu.

This lecture walks through implementing a tic tac toe graphics game, focusing on the score screen, reading and displaying scores from a file, and handling input screens and back navigation.

Explore the tic tac toe graphics project, showing how the game screen initializes, resets boxes 1–9, manages player turns, displays the board and combined player names, and prevents infinite loops.

Develop a graphical tic tac toe game by implementing a game status checker, win and draw logic, and score persistence, while handling player turns, clicks, and exit.