C++: calling inherited virtual method using derived class pointer (pointing to derived class object) is resulting in compilation error

Question

Following code results in compilation error.

error: no matching function for call to ‘D::print(int)’

Error is at following line

d_ptr->print(5);

#include<iostream>
  
using std::cout;

class B {
public:
    virtual void print() {
        cout << "B::print()\n";
    }
    virtual void print(int i) {
        cout << "B::print(int)\n";
    }
};

class D: public B {
public:
    void print() {
        cout << "D::print()\n";
    }
};

int main() {
    D d, *d_ptr = &d;
    B *b_ptr = &d;

    b_ptr->print(5);
    d_ptr->print(5);

    return 0;
}

If I comment out the line generating an error then code is working as expected. So my questions is why b_ptr->print(5); is working without compilation error but d_ptr->print(5); leads to compilation error?

If B::print(int) was non-virtual function then it makes sense. Because in that case B::print(int) will hide behind D::print().

But for virtual function, dispach happens at runtime based on virtual-function-table created for the class of the object. Then why it behaves differently when we call print() with d_ptr instead of b_ptr.

I would appreciate if someone can point me to the right resource which can clear my confusion.