please help me in this assignment of raytracing need a 3-page report according to given data and don't need to use java instead of that you can use blender software to pass the ray and need file and jpeg file when you pass the ray red, blue, and green.... please help me in this report

Our goal is to model light's interactions with matter in the case of an exciting type of matter at the molecular level: quasicrystals. Since 3D modeling may be consid- ered beyond the scope of this class, we will focus on 2D models of quasicrystals. Particularly, we will focus on an abstract, a periodic representation of the beautifully designed phenomenon called quasicrystals. Penrose modeled such phenomenon in a few particularly ele- gant ways. We will focus on one such way: 'Rhombus tiling (P3). 12-point font in Times New Roman or Arial. It should contain a single-line header at the top for your name, SID, date and title of the report. There should be no more than a single space between section names and report text. The margins are not to exceed .5-inch in any direction. 2. Functioning code. If it serves your purpose, you may use the raytracing code prowided in-class. Al- ternately, you may find and copy-paste any code from the Internet you wish to use. You must turn in the functioning source code along with any special compiling or installing instructions neces- sary. We will not accept executables or code copy- pasted into a document, such as a Word, PDF or Google Docs document. 2 Assignment Description Using the raytracing code given in-class as a reference, write a program in Java which raytraces a quasicrys- tal. Note that you may copy and paste the raytracing code in its entirety. You do not need to create any new code if you are happy with its functionality. Your task therefore is to model the two rhombus tiles as though they were glass, compose a larger structure, and ray- trace them. The larger structure must be composed of at least 30 tiles, arranged in a circular pattern. 3. An object file of your own creation. This acts as input to the raytracing code. This contains your own penrose tiling of at least 30 tiles, arranged in a circular pattern, using the Rhombus tiling (P3) tileset. 4 Figures 3 Assignment Requirements CORO:8 You must turn in three things: 1. A report. This report must be in Word or PDF format. We do not accept Google Docs. The re- port will contain exactly three raytraced images of your penrose tiling structure. Each image will not exceed three inches by three inches in dimen- sion. POS (a) The first raytraced image should be per- Figure 1: Potential energy surface for silver depositing formed with red light. on an aluminium-palladium-manganese (Al-Pd-Mn) (b) The second raytraced image should be per quas crystal surface. formed with green light. (c) The third raytraced image should be per- formed with blue light. In the report, you must describe a method you would use to determine whether a crystal struc- ture found in nature should be classified as qua- sicrystal or not. There are two aspects of this method that you must describe. (a) State what criterion you would use to classify a structure as aperiodic. (b) Describe an experimental setup you would Figure 2: The Rhombus tiling (P3) tileset. Matching instantiate to perform such a demonstration, rule for Penrose rhombs using circular ares or edge using real materials. modifications to enforce the tiling rules. Our goal is to model light's interactions with matter in the case of an exciting type of matter at the molecular level: quasicrystals. Since 3D modeling may be consid- ered beyond the scope of this class, we will focus on 2D models of quasicrystals. Particularly, we will focus on an abstract, a periodic representation of the beautifully designed phenomenon called quasicrystals. Penrose modeled such phenomenon in a few particularly ele- gant ways. We will focus on one such way: 'Rhombus tiling (P3). 12-point font in Times New Roman or Arial. It should contain a single-line header at the top for your name, SID, date and title of the report. There should be no more than a single space between section names and report text. The margins are not to exceed .5-inch in any direction. 2. Functioning code. If it serves your purpose, you may use the raytracing code prowided in-class. Al- ternately, you may find and copy-paste any code from the Internet you wish to use. You must turn in the functioning source code along with any special compiling or installing instructions neces- sary. We will not accept executables or code copy- pasted into a document, such as a Word, PDF or Google Docs document. 2 Assignment Description Using the raytracing code given in-class as a reference, write a program in Java which raytraces a quasicrys- tal. Note that you may copy and paste the raytracing code in its entirety. You do not need to create any new code if you are happy with its functionality. Your task therefore is to model the two rhombus tiles as though they were glass, compose a larger structure, and ray- trace them. The larger structure must be composed of at least 30 tiles, arranged in a circular pattern. 3. An object file of your own creation. This acts as input to the raytracing code. This contains your own penrose tiling of at least 30 tiles, arranged in a circular pattern, using the Rhombus tiling (P3) tileset. 4 Figures 3 Assignment Requirements CORO:8 You must turn in three things: 1. A report. This report must be in Word or PDF format. We do not accept Google Docs. The re- port will contain exactly three raytraced images of your penrose tiling structure. Each image will not exceed three inches by three inches in dimen- sion. POS (a) The first raytraced image should be per- Figure 1: Potential energy surface for silver depositing formed with red light. on an aluminium-palladium-manganese (Al-Pd-Mn) (b) The second raytraced image should be per quas crystal surface. formed with green light. (c) The third raytraced image should be per- formed with blue light. In the report, you must describe a method you would use to determine whether a crystal struc- ture found in nature should be classified as qua- sicrystal or not. There are two aspects of this method that you must describe. (a) State what criterion you would use to classify a structure as aperiodic. (b) Describe an experimental setup you would Figure 2: The Rhombus tiling (P3) tileset. Matching instantiate to perform such a demonstration, rule for Penrose rhombs using circular ares or edge using real materials. modifications to enforce the tiling rules