| 摘要 |
PURPOSE: A visualization device of a radiation signal is provided to know in detail the distribution or intensity of noise within the three dimensional space around a testing object. CONSTITUTION: A visualization device of a radiation signal is comprised of the followings: a storage device for the photographed images of a measuring space during a constant time interval; a three dimensional memory which is memorized by relating the compartment management information which includes a color value of a maximum signal level between a three dimensional coordinate and a detection signal of the compartment in an interpretation three dimensional space model of each compartment, while the interpretation three-dimensional space model is defined as a mesh of the lattice form which divides the measuring space into a constant interval in the depth direction, width direction, and height direction; a displaying device which displays the photographed image which is stored in the storage device for the photographed image; a device which overlaps and displays a screen mesh frame which is comprised of a screen compartment related to the compartment as the mesh frame for an interpretation result display; a device which consecutively defines the compartment having a depth coordinate corresponding to a designate distance from a testing object; a device which reads the color value which is allocated to a two dimensional coordinate and the compartment which comprises the three dimensional coordinate which is allocated to the compartment for the designated compartment; and a device which displays the color of the color value which reads the screen compartment corresponding to the two dimensional coordinate. [Reference numerals] (101) Camera image input unit; (102) Front camera image; (103) Side camera image; (104) Sensor front location calculation unit; (105) Sensor side location calculation unit; (106) Sensor 3D location calculation unit; (107) Reference interpretation mesh writing unit; (108) Interpretation three-dimensional space writing unit; (109) Image output unit; (114) Spectrum data reading unit(synthesis, X direction, Y direction, Z direction); (116) Electromagnetic information allocation unit; (117) Color value table; (118) Interpolation unit; (119) Interpretation distribution output unit; (121) 3D display unit; (122) Display form; (124) Mode setting unit; (15) Spectrum analyzer
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