A process of forming a unisometric reflection display, comprising in sequence: providing a jagged structure of a saw blade shape on a plane of a fine jaggedness formation layer, wherein the jagged structure has convex portions each made of a respective vertical plane and a respective slope; providing, by dry-coating, a reflection material on a surface of the jagged structure such that the reflection material has a uniform surface density to the plane of the fine jaggedness formation layer, a reflection film is formed on the slopes, and the reflection material is slightly deposited on the vertical planes and fine jagged structural faces, wherein the reflection material is a metallic material, or wherein the reflection material has a refractive index being 0.2 or more larger than that of a material from which the jagged structure is made; providing, by dry coating, a protection material on the surface of the jagged structure such that the protection material has a uniform surface density to the plane of the fine jaggedness formation layer, a transparent protection film is formed on the reflection film formed on the slopes and the transparent protection film is broken on the vertical planes and the fine jagged structural faces; soaking the jagged structure in a treatment agent such that the reflection material on the vertical planes and the fine jagged structural faces is dissolved and the reflection films with the protection film remains only on the slopes, wherein the protective material is more resistive against or slower in dissolution by the treatment agent than the reflective material; wet-coating a resin on the jagged structure to obtain the unisometric reflection display, characterized in that each of the convex portions is further made of the respective fine jagged structural faces between the respective vertical plane and the respective slope, the respective fine jagged structural faces have a larger surface area relative to the plane than the respective slope. providing a jagged structure of a saw blade shape on a plane of a fine jaggedness formation layer, wherein the jagged structure has convex portions each made of a respective vertical plane and a respective slope; providing, by dry-coating, a reflection material on a surface of the jagged structure such that the reflection material has a uniform surface density to the plane of the fine jaggedness formation layer, a reflection film is formed on the slopes, and the reflection material is slightly deposited on the vertical planes and fine jagged structural faces, wherein the reflection material is a metallic material, or wherein the reflection material has a refractive index being 0.2 or more larger than that of a material from which the jagged structure is made; providing, by dry coating, a protection material on the surface of the jagged structure such that the protection material has a uniform surface density to the plane of the fine jaggedness formation layer, a transparent protection film is formed on the reflection film formed on the slopes and the transparent protection film is broken on the vertical planes and the fine jagged structural faces; soaking the jagged structure in a treatment agent such that the reflection material on the vertical planes and the fine jagged structural faces is dissolved and the reflection films with the protection film remains only on the slopes, wherein the protective material is more resistive against or slower in dissolution by the treatment agent than the reflective material; wet-coating a resin on the jagged structure to obtain the unisometric reflection display, characterized in that each of the convex portions is further made of the respective fine jagged structural faces between the respective vertical plane and the respective slope, the respective fine jagged structural faces have a larger surface area relative to the plane than the respective slope.