Please share our website on social media sites:
Facebook / Twitter /And click the button below to add tokens to your account.
Remember that adding tokens was only tested on new accounts. If you are unable to generate tokens, you must create a new account on Chaturbate. Sign up here
.: Includes input validation placeholders to handle edge cases like applicants under the legal driving age.
: Separates the assessment logic from the interface , allowing the assess_risk function to be reused in larger systems, such as a Vehicle Insurance Management System . autoinsuranceselect.c
: Implements dynamic pricing by multiplying the vehicle's market value by a specific risk multiplier. : Includes input validation placeholders to handle edge
#include #include /** * Feature: Auto Insurance Selection & Risk Assessment * Purpose: Determines applicant eligibility and calculates * premiums based on age, sex, and vehicle value. */ // Define risk categories typedef enum RISK_NONE = 0, RISK_HIGH, RISK_MEDIUM, RISK_REDUCED, RISK_LOW RiskLevel; // Structure to store applicant data typedef struct int age; char sex; double vehicle_value; RiskLevel risk_code; double premium; Applicant; // Function prototypes RiskLevel assess_risk(int age, char sex); double calculate_premium(double value, RiskLevel risk); const char* get_risk_description(RiskLevel risk); int main() Applicant client; printf("--- Auto Insurance Selection System ---\n"); printf("Enter applicant age: "); scanf("%d", &client.age); printf("Enter sex (M/F): "); scanf(" %c", &client.sex); printf("Enter estimated vehicle value ($): "); scanf("%lf", &client.vehicle_value); // Core Logic: Risk assessment and pricing client.risk_code = assess_risk(client.age, client.sex); client.premium = calculate_premium(client.vehicle_value, client.risk_code); // Output results printf("\n--- Selection Results ---\n"); printf("Risk Status: %s\n", get_risk_description(client.risk_code)); if (client.risk_code != RISK_NONE) printf("Estimated Annual Premium: $%.2f\n", client.premium); else printf("Status: Applicant is not insurable under standard criteria.\n"); return 0; /** * Determines risk level based on demographic data. * Logic based on common insurance underwriting standards. */ RiskLevel assess_risk(int age, char sex) (age <= 30 && sex == 'M')) return RISK_HIGH; if ((age <= 30 && sex == 'F') /** * Calculates premium as a percentage of vehicle value based on risk. */ double calculate_premium(double value, RiskLevel risk) switch (risk) case RISK_HIGH: return value * 0.08; // 8% of value case RISK_MEDIUM: return value * 0.05; // 5% of value case RISK_REDUCED: return value * 0.03; // 3% of value case RISK_LOW: return value * 0.02; // 2% of value default: return 0.0; const char* get_risk_description(RiskLevel risk) const char* descriptions[] = "Not Insurable", "High Risk", "Medium Risk", "Reduced Risk", "Low Risk"; return descriptions[risk]; Use code with caution. Copied to clipboard Key Technical Aspects #include #include /** * Feature: Auto Insurance Selection
If you'd like to expand this into a full application, would you prefer adding for policies or a more detailed premium breakdown (e.g., liability vs. collision)?
: Uses conditional branching to categorize applicants based on high-risk demographics, such as young male drivers or inexperienced operators.