Reflections

Reflective practices including introspection and reflection from others bring great benefits. Reflected every weekly check-in, we provide ongoing feedback necessary for us and people working for us to go smoothly, correct as necessary, to maximize performance I will do it. understood. However, it reflects how we grow and develop frequently too often every week. Given the pace and nature of today's business and the recent bias bias (that is, paying more attention to the recent memories and putting trust), it is too long each year. If you want to create a mechanism to support someone's growth and development, something is needed in the meantime.

Reflection can be divided into two types, specular reflection and diffuse reflection. Specular reflection represents the gloss of the surface, such as a mirror that reflects light in a simple and predictable way. This makes it possible to generate a reflection image that can be associated with an actual (real) position or an estimated (virtual) position in the space. Diffuse reflection refers to a material that is not shiny such as paper or rock. Reflections from these surfaces can only be described statistically, and the exact distribution of reflected light depends on the microstructure of the material. Many diffusive reflectors can be described or approximated by Lambert's cosine law which represents surfaces having equal brightness when viewed from any angle. Glossy surfaces provide specular reflection and diffuse reflection

Reflectance: The amount of light reflected from the target. It is expressed as the proportion of the event light. Diffuse reflectance is the amount of light that the diffusion target scatters in all directions. Specular reflection means that the amount of reflected light is reflected like a mirror. The reflectance depends on the color and composition of the target, reflecting the frequency of the light. Diffuse reflective surfaces usually change with reflectance from 3% to 95%. Many surfaces such as pain and glossy coated paper are part of diffuse reflection and specular reflection.