mat4: float* data()

Return a pointer to the matrix’s elements.
Example

#include "include/mat4.h"
#include <iostream>

int main() {
        nml::mat4 m(1.0f, 2.0f, 3.0f, 4.0f, 5.0f, 6.0f, 7.0f, 8.0f, 9.0f, 10.0f, 11.0f, 12.0f, 13.0f, 14.0f, 15.0f, 16.0f);
        std::cout << *m.data() << std::endl; // Access x.x
        std::cout << *((float*)((char*)m.data() + sizeof(float))) << std::endl; // Access x.y by taking the address of x.x + the size of a float
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 2)) << std::endl; // Access x.z by taking the address of x.x + the size of two floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 3)) << std::endl; // Access x.w by taking the address of x.x + the size of three floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 4)) << std::endl; // Access y.x by taking the address of x.x + the size of four floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 5)) << std::endl; // Access y.y by taking the address of x.x + the size of five floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 6)) << std::endl; // Access y.z by taking the address of x.x + the size of six floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 7)) << std::endl; // Access y.w by taking the address of x.x + the size of seven floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 8)) << std::endl; // Access z.x by taking the address of x.x + the size of eight floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 9)) << std::endl; // Access z.y by taking the address of x.x + the size of nine floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 10)) << std::endl; // Access z.z by taking the address of x.x + the size of ten floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 11)) << std::endl; // Access z.w by taking the address of x.x + the size of eleven floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 12)) << std::endl; // Access w.x by taking the address of x.x + the size of twelve floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 13)) << std::endl; // Access w.y by taking the address of x.x + the size of thirteen floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 14)) << std::endl; // Access w.z by taking the address of x.x + the size of fourteen floats
        std::cout << *((float*)((char*)m.data() + sizeof(float) * 15)) << std::endl; // Access w.w by taking the address of x.x + the size of fifteen floats

        return 0;
}
Result: