A light emitting device comprising at least one cluster of light sources and lenses, the at least one cluster comprising: at least a first light source and a second light source, the first light source and the second light source being adapted for, in operation, emitting first respectively second light, at least one first lens associated with the first light source, and at least one second lens associated with the second light source, wherein the first lens is configured to create a first illuminance pattern in a plane P and the second lens is configured to create a second illuminance pattern in the plane P, wherein the first light source and the first lens and the second light source and the second lens, respectively, are arranged in a predefined distance D from the plane P, the predefined distance D being measured in a direction extending perpendicular to the plane P, wherein the first light source and the first lens are arranged such that during operation an average emission direction of the first light is along a first axis, and the second light source and the second lens are arranged such that during operation an average emission direction of the second light is along a second axis, wherein the first light source and the first lens and the second light source and the second lens, respectively, are oriented such that the first axis and the second axis extend at an angle φ with a plane H extending in parallel with and in the predefined distance D from the plane P and that the first axis and the second axis intersect at or in the plane P, wherein the first light source and the first lens and the second light source and the second lens, respectively, are further arranged and on a straight line extending in parallel with the plane P and perpendicular to the direction in which the distance D is measured, wherein the first lens and the second lens are freeform lenses, and wherein the first illuminance pattern and the second illuminance pattern are mutually different illuminance patterns, each illuminance pattern comprising at least three first areas and at least three second areas, wherein the first areas have a first color and the second areas have a second color different from the first color and/or the first areas comprise a brightest area having a brightness Bb and the second areas are dark areas of a brightness Bd, and wherein Bd <= 0.25 * Bb, preferably Bd <= 0.15 * Bb, such as Bd <= 0.1 * Bb. at least a first light source and a second light source, the first light source and the second light source being adapted for, in operation, emitting first respectively second light, at least one first lens associated with the first light source, and at least one second lens associated with the second light source, wherein the first lens is configured to create a first illuminance pattern in a plane P and the second lens is configured to create a second illuminance pattern in the plane P, wherein the first light source and the first lens and the second light source and the second lens, respectively, are arranged in a predefined distance D from the plane P, the predefined distance D being measured in a direction extending perpendicular to the plane P, wherein the first light source and the first lens are arranged such that during operation an average emission direction of the first light is along a first axis, and the second light source and the second lens are arranged such that during operation an average emission direction of the second light is along a second axis, wherein the first light source and the first lens and the second light source and the second lens, respectively, are oriented such that the first axis and the second axis extend at an angle φ with a plane H extending in parallel with and in the predefined distance D from the plane P and that the first axis and the second axis intersect at or in the plane P, wherein the first light source and the first lens and the second light source and the second lens, respectively, are further arranged and on a straight line extending in parallel with the plane P and perpendicular to the direction in which the distance D is measured, wherein the first lens and the second lens are freeform lenses, and wherein the first illuminance pattern and the second illuminance pattern are mutually different illuminance patterns, each illuminance pattern comprising at least three first areas and at least three second areas, wherein the first areas have a first color and the second areas have a second color different from the first color and/or the first areas comprise a brightest area having a brightness Bb and the second areas are dark areas of a brightness Bd, and wherein Bd <= 0.25 * Bb, preferably Bd <= 0.15 * Bb, such as Bd <= 0.1 * Bb.