Write some Software

Hi all, I need help to develop a C ++ program where a user plays a slot machine. The code MUST!! follow the procedural paradigm (objective programming is not what I am looking for). The game involves the user depositing money which is then used to bet before each game round. When the game starts, 3 different symbols will be randomized into nine fields: [O] [X] [P] [X] [P] [O] [P] [P] [X] The user receives a profit when so many rows, columns and diagonals are alike symbol. The example above shows profit when the diagonal contains the symbol P. Profit is paid based on number of equal lines, columns and diagonals: • 1st gives 2 * bet • 2st gives 4 * bet • 3st gives 8 * bet • 4st gives the 16 * bet • Full game field gives jackpot: 128 times the bet The following requirements must be met in the program: • The game field must consist of nine fields (3x3). • A two-dimensional array must be used to represent the game field. • The user can either deposit the banknotes 20kr, 100kr or 500kr. • Maximum deposit is 1000kr. • For each game, the user can bet between 1 - 50kr. • After each game round, it should be clearly stated whether the user received a win or not. • For profit, please state how many rows, columns or diagonals the user has received. • The game is in progress until there is no money left or until the user choose to withdraw money. • The program should be divided into at least three custom functions. Parameters and return value must be at least once, either in the same function or divided into two functions. You are allowed to identify sub problems and hidden assumptions and requirements not listed in the task description. It’s important that you report the hidden assumptions and requirements in the documentation. You are required to finish the code with some documentation pref in MS word or PDF. • Introduction: Give a brief introduction to the task and its solutions. • Problem Description: Write about the sub problems you identified. • Assumptions and requirements: Describe your own assumptions and requirements that you identified. • Solution Design: Describe how you thought and worked to get the code running. • Discussion: Discuss your solution by identifying its strengths and weaknesses.