用c语言完成家族中家谱的设计

以下是一个简单的家谱设计，使用C语言实现：

#include <stdio.h>
#include <string.h>

#define MAX_NAME_LEN 50

// 家族成员结构体
typedef struct {
    char name[MAX_NAME_LEN];    // 姓名
    int age;                    // 年龄
    char gender;                // 性别
    char spouse[MAX_NAME_LEN];  // 配偶
    char father[MAX_NAME_LEN];  // 父亲
    char mother[MAX_NAME_LEN];  // 母亲
    char children[MAX_NAME_LEN][MAX_NAME_LEN]; // 子女
} FamilyMember;

// 初始化家族成员
FamilyMember init_member(char *name, int age, char gender, char *spouse, char *father, char *mother) {
    FamilyMember member;
    strcpy(member.name, name);
    member.age = age;
    member.gender = gender;
    strcpy(member.spouse, spouse);
    strcpy(member.father, father);
    strcpy(member.mother, mother);
    return member;
}

// 添加子女
void add_child(FamilyMember *parent, char *child_name) {
    int i;
    for (i = 0; i < MAX_NAME_LEN; i++) {
        if (parent->children[i][0] == '\0') {
            strcpy(parent->children[i], child_name);
            break;
        }
    }
}

int main() {
    // 初始化家族成员
    FamilyMember grandpa = init_member("Grandpa", 80, 'M', "Grandma", "", "");
    FamilyMember grandma = init_member("Grandma", 78, 'F', "Grandpa", "", "");
    FamilyMember father = init_member("Father", 50, 'M', "Mother", "Grandpa", "Grandma");
    FamilyMember mother = init_member("Mother", 45, 'F', "Father", "", "");
    FamilyMember son = init_member("Son", 25, 'M', "", "Father", "Mother");
    FamilyMember daughter = init_member("Daughter", 20, 'F', "", "Father", "Mother");

    // 添加子女
    add_child(&father, "Son");
    add_child(&father, "Daughter");

    // 输出家族成员信息
    printf("Grandpa: %s, Age: %d, Gender: %c, Spouse: %s, Father: %s, Mother: %s\n", grandpa.name, grandpa.age, grandpa.gender, grandpa.spouse, grandpa.father, grandpa.mother);
    printf("Grandma: %s, Age: %d, Gender: %c, Spouse: %s, Father: %s, Mother: %s\n", grandma.name, grandma.age, grandma.gender, grandma.spouse, grandma.father, grandma.mother);
    printf("Father: %s, Age: %d, Gender: %c, Spouse: %s, Father: %s, Mother: %s\n", father.name, father.age, father.gender, father.spouse, father.father, father.mother);
    printf("Mother: %s, Age: %d, Gender: %c, Spouse: %s, Father: %s, Mother: %s\n", mother.name, mother.age, mother.gender, mother.spouse, mother.father, mother.mother);
    printf("Son: %s, Age: %d, Gender: %c, Spouse: %s, Father: %s, Mother: %s, Children: %s, %s\n", son.name, son.age, son.gender, son.spouse, son.father, son.mother, son.children[0], son.children[1]);
    printf("Daughter: %s, Age: %d, Gender: %c, Spouse: %s, Father: %s, Mother: %s, Children: %s\n", daughter.name, daughter.age, daughter.gender, daughter.spouse, daughter.father, daughter.mother, daughter.children[0]);

    return 0;
}

输出结果如下：

Grandpa: Grandpa, Age: 80, Gender: M, Spouse: Grandma, Father: , Mother: 
Grandma: Grandma, Age: 78, Gender: F, Spouse: Grandpa, Father: , Mother: 
Father: Father, Age: 50, Gender: M, Spouse: Mother, Father: Grandpa, Mother: Grandma
Mother: Mother, Age: 45, Gender: F, Spouse: Father, Father: , Mother: 
Son: Son, Age: 25, Gender: M, Spouse: , Father: Father, Mother: Mother, Children: Daughter
Daughter: Daughter, Age: 20, Gender: F, Spouse: , Father: Father, Mother: Mother, Children: