Oblate spheroid eccentricityεργασίες

ENOUGH WITH SHARKS, LET ME SEE OTHER IDEAS WITHOUT THE SHARKS PLEASE. MAKE EMPHASIS ON THE BOMB BALM LOGO PLEASE. ALSO INCLUDE THE "NATURAL BLUM MY EXISTING LOGO's ...incorporated: - Attached logos - A cartoonish design to add a unique appeal While it's important to follow these guidelines, I'm also open to your creative inputs as the designer. Your design should be more shockingly beautiful than subtle. Ideal skills and experience: - Experience in fashion design - Proficient in graphic design, specifically cartoonish design style - Creativity with a touch of eccentricity - Ability to create designs that would appeal to a wide age group, as I've not targeted a specific one. Please add previous works that include cartoonish designs in your portfolio when...

...composer to develop a 50 second theme song for my sitcom reminiscent of the y2k era. This song must be a quintessential reflection of the upbeat, quirky charm that encapsulates the program, and needs to synchronize perfectly with a pre-existing 50-second motion graphic. It's vital that the prevalent mood conveyed through the soundtrack is energetic and jubilantly upbeat, complementing the eccentricity and light-heartedness of the show. Moreover, the song should help encapsulate the preppy, indie, coming-of-age themes of the program. Mandatory sound elements include: - Dominant use of a synthesizer: Your composition should majorly entail the use of synthesizers, creating a groovy, nostalgic atmosphere that aligns with the y2k aesthetic. - No vocals: Purely instrumental, w...

This will be a single-item 3D printing project: an oblate hemispheroid with a semicircular cutout at one end. The material needs to diffuse light evenly without being translucent (similar to a lampshade). It also needs to be strong enough to be free-standing and resist cracking or breaking when being repositioned by hand by lighting techs in a field environment. The bulb inside will be low temperature, so extreme heat resistance is not critical, but it needs to be able to withstand being left outdoors in the summer in Florida. Measurements are approximate and do not need to be within precise tolerances, because the bulb needs room within the globe, and different sizes of bulbs will be used. Please see attached diagram.

So code should produce the images (in order of frog , fish and bird blood) so outcome of code should results in pics on nuclei of each image and handout gives more details so do read it and boxplots for each property like eccentricity and what not it’s said in handout so pics and box plots but Yh any questions pls ask to avoid problems. Also added the calibration image for any mathematical analysis.

Looking for creative designers Help us develop 2 products that we want to be in the shape of an oblate sphere with a hollow cavity inside. The first product: 1) Oblate spheroid and have slots that air and water can move through all the way around. 2) One end will have a hole that can be removed to fill the sphere and then replaced for product use. 3) Height will be @ 3 3/4 inches US 2nd product: 1) Oblate spheroid and have spikes slots that air and water can move through all the way around. 2) Height will be @ 2 3/4 inches US We have attached some ideas that we thought would work. The successful winner may be engaged to continue working with us to complete more detailed drawings and designs. Please give us your best ideas and become part of ou...

In a material transfer unit in an automated factory, a conveyor, a DC motor, and an incremental encoder are used to move objects onto a platform in the unit. When an object reaches the platform, the conveyor stops and the object's height is measured with a laser triangulation unit. An object is ramped up from rest to a steady speed of V m/s...displacement is equal to the conveyor belt's length. Figure 2 depicts a schematic representation of the system as well as the speed profile of the object. In each servo loop, an optical incremental encoder provides position and velocity feedback. Please determine: required resolution for the incremental encoder, minimum wordsize, velocity resolution at steady speed and Determine whether the eccentricity error is significant. Quadrat...

Figure 1 depicts a material transfer unit in an automated factory. A conveyor, a DC motor, and an incremental encoder are used to move objects onto a platform in the unit. When an object reaches the platform, the conveyor stops and the object's height is measured with a laser triangulation unit. An object is ramped up from rest to a st...displacement is equal to the conveyor belt's length. Figure 2 depicts a schematic representation of the system as well as the speed profile of the object. In each servo loop, an optical incremental encoder provides position and velocity feedback. Please calculate: required resolution for the incremental encoder, minimum wordsize, velocity resolution at steady speed and Determine whether the eccentricity error is significant. Quadrature s...

I have histopathology images of different grades of malignant cancers. I need you to use any open source histopathology image analysis software to analyze my images and extract the following object-level features: 1- area, 2- compactness, 3- eccentricity, 4- major axis length, 5- mean radius and perimeter. Finally, a diagnosis and grade of the malignant cancers are needed to be done based on the extracted features.

1. List of classes to store G(V,E) 2. Draw graph with Vertex id and links 3. load a graph from json file compute and draw the eccentricity move a vertex with a mouse add a new vertex ( new id and at the center) add a new edge Options: Remove a vertex remove an edge save the the graph in a json file

RPI is a leading manufacturer of high accuracy inspection stems that measure circular geometry and angular positioning. We are looking to develop a cost effective shop floor self contained system that can be to measure roundness, runout, eccentricity/concentricity of 1 or 2 surfaces by collecting data from a rotary encoder and multiple inductive probes.

Analysis of Hydrodynamic Journal Bearing using numerical Technique using finite difference method is to be done considering the effect of surface texture and without surface surface texture like spherical, elleptical,square etc to be like pressure ,load, friction coefficient,flow rate etc to be calculated at different eccentricity effect of temperature on viscosity is to be considered,and pressure distribution is to be found. Matlab Program is to be comparison should be made to obtain obtained results should be validated with the research paper on Hydrodynamic journal Bearing available on the internet.

Horizontal Double Pipe Heat Exchanger having eccentricity results of inner pipe with PCM material and annulus containing charging and discharging fluid

...width = 1000 buff_width = width * 360 / 40075000 buff = (1000, quadsegs=20) print(f': {(width*width)} 1. отрисовка по координатам дает элипс, вытянутый вдоль меридиана 2. не равен 3,14 км2 (меньше) Преобразования в другие, отличные от 4326, проекции, например: ('PROJCS["NA Lambert Azimuthal Equal Area",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["degree",0.0174532925199433]],PROJECTION["Lambert_Azimuthal_Equal_Area"],PARAMETER["false_easting",0.0],PARAMETER["false_northing",0.0],PARAMETER["longitude_of_center",-100.0],PARAMETER["latitude_of_center",45.0],UNIT["meter",1.0]]&#...

Develop a Matlab program that calculates radio frequency angles known as angle-of-arrival and the distance between an orbital platform and a fixed-terrestrial platform (see next slide). The Orbital platform is defined by altitude, inclination and eccentricity. The Fixed terrestrial platform location is defined by latitude, longitude and altitude above the earth surface. Both platforms are not pointing at each other but to an intended receiver; the intended receiver is known as the corresponding receiver for each platform. Both corresponding receivers are orbital platforms. The angle-of-arrivals are determined by the line-of-sight between each platform (orbital and fixed) and its corresponding receiver and the line-of-sight between the platforms. There are 4 angles of arrivals in...

I would like to create a simple logo for my company, "Quirk & Whim", to use on a website, or word/powerpoint documents (so perhaps a jpeg and illustrator file would be required). Typically such a n...the logo to have the words "Quirk & Whim" in it, but with some sort of simple visual involved as well. My company researches human behaviour, and so you could use the theme of "uncovering" to be in the visual, i.e. uncovering a behaviour. Another theme that could be used could be around the idea of "context", so the idea of things that are happening in the moment. Another theme could be around eccentricity, and so you could play with the word 'quirk', this idea of being different or unique in some weird way. You could also play w...

(physics) translation for end of day. 300 words. chinese to english 由上分析，基于多因素计算理论（multi-factor calculation theory），依据围岩物理力学参数，可较全面的计算出在不同施工工法情况下，隧道随开挖深度不同，各截面（cross-section）的压力分析和判断；也可以计算出各横向截面不同位置处的偏心距（eccentricity）和安全系数（safety coefficient）等内容，用来全面的指导设计和施工，达到实际应用的目的。

Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 228.6mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: flow intake, outflow, the far-field boundary-free steam condition was assumed First cell size 3μm was employed Make sure y^+<1 Case 1: Reynold number 4.2 million Mach number 0.15 Case2: M∞ = 0.135, Re∞ =4.2×10^6 And Case 3: M∞ =0.25, Re∞ =6.5×10^6 3 million Reynold number base airship length RANS/ LES and URANS computations needed for SST k-w sst TU model. Pressure base solver

...Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 228.6mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: flow intake, outflow, the far-field boundary-free steam condition was assumed First cell size 3μm was employed Make sure y^+<1 Case 1: Reynold number 4.2 million Mach number 0.15 Case2: M∞ = 0.135, Re∞ =4.2×10^6 And Case 3: M∞ =0.25, Re∞ =6.5×10^6

...Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 228.6mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: flow intake, outflow, the far-field boundary-free steam condition was assumed First cell size 3μm was employed Make sure y^+<1 Case 1: Reynold number 4.2 million Mach number 0.15 T Case2: M∞ = 0.135, Re∞ =4.2×106 And Case 3: M∞ =0.25, Re∞ =6.5×106

Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 228.6mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: flow intake, outflow, the far-field boundary-free steam condition was assumed First cell size 3μm was employed Make sure y^+<1 Case 1: Reynold number 4.2 million Mach number 0.15 T Case2: M∞ = 0.135, Re∞ =4.2×106 And Case 3: M∞ =0.25, Re∞ =6.5×106 3 million Reynold number base airship length RANS/ LES and URANS computations needed for SST

ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 228.6mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: flow intake, outflow, the far-field boundary-free steam condition was assumed First cell size 3μm was employed Make sure y^+<1 Case 1: Reynold number 4.2 million Mach number 0.15 T Case2: M∞ = 0.135, Re∞ =4.2×106 And Case 3: M∞ =0.25, Re∞ =6.5×106 3 million Reynold number base airship length RANS/ LES and URANS computations needed for SST

Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 334mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: velocity 40m/s, flow intake, outflow, the far-field boundary-free steam condition was assumed. more details in the attached file.

Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 334mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: velocity 40m/s, flow intake, outflow, the far-field boundary-free steam condition was assumed. more details in the attached file.

I need someone who is expert in Algorithm and Java to complete a project for me ASAP. I've the code and test code available; you just need to complete two methods to complete the project; methods are: Eccentricity and getEccentricity. The eccentricity of a vertex v is the length of the shortest path from that vertex to the furthest vertex from v. Implement the methods in the following class (extra helper methods can be added). After the constructor is called, a client should be able to call getEccentricity() method to get the result. To test the project you need to run the given EccentricityTest.java.

I need someone great with maths. Geometry / Algebraic specifically. Not for tutoring purposes although learning how you formulate and calculate is beneficial. Being strong in knowledge of calculating Ellipsoid / Spheroid shapes. Fixed price for the original job but should further work be required beyond original Quote and agreement, we may negotiate a future relationship.

Our business has been running for over 57years and now we are looking to create a new logo for the business. Something that we can brand ourselves with but a non tacky logo, looking for sleek modern with a touch of eccentricity. Something that can be a stand out brand .

...We will build these, shoot some snow on it and remove the mold from inside! I have 6 4feet*8feet plastic corrugated sheets. So the circumference at the base will be 24. The problem is that I don't want a perfect dome, I want a prolate spheroid dome. The structure will be much stronger this way. Ration diameter to height should be 5 to 6, or any suggestion you might have to make the best use of the material. So height is 1.39m I want to have the pattern to cut. With height points and width. Something like this (Those are for sphere...not prolate spheroid) Or this Also, I need an entrance so a 3 feet high curved like an igloo entrance with an extra sheet. So I need to know where

...building igloos. We will build these, shoot some snow on it and remove the mold from inside! I will buy 6 4*8 plastic corrugated sheets. So the circumference at the base will be 24. The problem is that I don't want a perfect dome, I want a prolate spheroid dome. The structure will be much stronger this way. Ration diameter to height should be 5 to 6, or any suggestion you might have to make the best use of the material. I want to have the pattern to cut. With height points and width. Something like this (Those are for sphere...not prolate spheroid) Or this Also, I need an entrance so a 3 feet high curved like an igloo entrance with an extra sheet. So I need to know where to cut for

...wackylicious) in them 4. wackylicious written below 5. a simple pen drawing is preferred but we are open to other graphics too Wackylicious echoes an easy-going charisma that draws inspiration from superheroes (think the Batmans and Avengers), the fighters (think Assasins Creed and World of Warcraft), unique (think comedy and local artists), pop-coloured designs and prints with wearable eccentricity. Let’s just say we aim to make everyday life a little more interesting. The product list will be equally interesting and not restricted to on the go accessories like headphones, powerbanks, mobile chargers and such other daily utilities that we can’t live without so we rather flaunt. Interested designers can write to us and we will send references. Tx M...

You have to design a graph visualization toolbox that will perform different operations. First you have to read data from file (sample file is given at the end) and display in the form of graph. Then apply these operations on that graph: 1. First check whether graph is a tree or not. 2. Calculate degrees and eccentricity for each vertex, and then calculate center and radius of the graph. 3. Apply any suitable algorithm on the graph to find whether graph is Bipartite or not. 4. Apply any suitable algorithm on the graph to find maximum clique in the graph 5. Apply following graph algorithms to find the minimum spanning tree in the graph: a. Prims Algorithm b. Kruskal Algorithm 6. Apply these following algorithms to find the Shortest path: a. Dijkstra' Algorithm b. Fl...

have to design a graph visualization toolbox that will perform different operations. First you have to read data from file (sample file is given at the end) and display in the form of graph. Then apply these operations on that graph: 1. First check whether graph is a tree or not. 2. Calculate degrees and eccentricity for each vertex, and then calculate center and radius of the graph. 3. Apply any suitable algorithm on the graph to find whether graph is Bipartite or not. 4. Apply any suitable algorithm on the graph to find maximum clique in the graph 5. Apply following graph algorithms to find the minimum spanning tree in the graph: a. Prims Algorithm b. Kruskal Algorithm 6. Apply these following algorithms to find the Shortest path: a. Dijkstra' Algorithm b. Floyd War...

You have to design a graph visualization toolbox that will perform different operations. First you have to read data from file (sample file is given at the end) and display in the form of graph. Then apply these operations on that graph: 1. First check whether graph is a tree or not. 2. Calculate degrees and eccentricity for each vertex, and then calculate center and radius of the graph. 3. Apply any suitable algorithm on the graph to find whether graph is Bipartite or not. 4. Apply any suitable algorithm on the graph to find maximum clique in the graph 5. Apply following graph algorithms to find the minimum spanning tree in the graph: a. Prims Algorithm b. Kruskal Algorithm 6. Apply these following algorithms to find the Shortest path: a. Dijkstra' Algorithm b....

current signature data will be employed for predictive and preventive maintenance in brushless dc motors. The data will be analysed by different transform such as Fourier series or wavelet to predict signature or trend for each fault. Many faults are expected investigate such as faulty bearing, eccentricity, discharged activity between stator coils or turns to turns. Also this data could be used to study the reliability and the life time of the power electronic component in the inverter side.

Graph Toolbox Language: Any Programming Language Description: You have to design a graph visualization toolbox that will perform different operations. First you have to read data from file (sample file is given at the end) and display in the form of graph. Then apply these operations on that graph: 1. First check whether graph is a tree or not. 2. Calculate degrees and eccentricity for each vertex, and then calculate center and radius of the graph. 3. Apply any suitable algorithm on the graph to find whether graph is Bipartite or not. 4. Apply any suitable algorithm on the graph to find maximum clique in the graph 5. Apply following graph algorithms to find the minimum spanning tree in the graph: a. Prims Algorithm b. Kruskal Algorithm 6. Apply these following ...

Graph Toolbox Language: Any Programming Language Description: You have to design a graph visualization toolbox that will perform different operations. First you have to read data from file (sample file is given at the end) and display in the form of graph. Then apply these operations on that graph: 1. First check whether graph is a tree or not. 2. Calculate degrees and eccentricity for each vertex, and then calculate center and radius of the graph. 3. Apply any suitable algorithm on the graph to find whether graph is Bipartite or not. 4. Apply any suitable algorithm on the graph to find maximum clique in the graph 5. Apply following graph algorithms to find the minimum spanning tree in the graph: a. Prims Algorithm b. Kruskal Algorithm 6. Apply these following ...

You have to design a graph visualization toolbox that will perform different operations. First you have to read data from file (sample file is given at the end) and display in the form of graph. Then apply these operations on that graph: 1. First check whether graph is a tree or not. 2. Calculate degrees and eccentricity for each vertex, and then calculate center and radius of the graph. 3. Apply any suitable algorithm on the graph to find whether graph is Bipartite or not. 4. Apply any suitable algorithm on the graph to find maximum clique in the graph 5. Apply following graph algorithms to find the minimum spanning tree in the graph: a. Prims Algorithm b. Kruskal Algorithm 6. Apply these following algorithms to find the Shortest path: a. Dijkstra' Algorithm b. Fl...

You have to design a graph visualization toolbox that will perform different operations. First you have to read data from file (sample file is given at the end) and display in the form of graph. Then apply these operations on that graph: 1. First check whether graph is a tree or not. 2. Calculate degrees and eccentricity for each vertex, and then calculate center and radius of the graph. 3. Apply any suitable algorithm on the graph to find whether graph is Bipartite or not. 4. Apply any suitable algorithm on the graph to find maximum clique in the graph 5. Apply following graph algorithms to find the minimum spanning tree in the graph: a. Prims Algorithm b. Kruskal Algorithm 6. Apply these following algorithms to find the Shortest path: a. Dijkstra' Algorithm b. Fl...

...or java .The project must be completed within 7-10 days Project Description: You have to design a graph visualization toolbox that will perform different operations. First you have to read data from file (sample file is given at the end) and display in the form of graph. Then apply these operations on that graph: 1. First check whether graph is a tree or not. 2. Calculate degrees and eccentricity for each vertex, and then calculate center and radius of the graph. 3. Apply any suitable algorithm on the graph to find whether graph is Bipartite or not. 4. Apply any suitable algorithm on the graph to find maximum clique in the graph 5. Apply following graph algorithms to find the minimum spanning tree in the graph: a. Prims Algorithm b. Kruskal Algorithm 6. Apply th...

...Agency, TR-8350.2-B, December 1987 USE: MULREG Ellipsoid Parameters DESC_NM: Everest 1830, Modified Malaysia and Singapore 1948 E_RAD: 6377304.0630000001 P_RAD: 6356103.0389999999 SOURCE: US Defense Mapping Agency, TR-8350.2-B, December 1987 OGC WKT Description PROJCS["Peninsula Malaysia, RSO System, Metres", GEOGCS["Kertau 1968", DATUM["Kertau_1968", SPHEROID["Everest 1830, Modified Malaysia and Singapore 1948",6377304.063,300.8017000971212, AUTHORITY["EPSG","7018"]], AUTHORITY["EPSG","6245"]], PRIMEM["Greenwich",0], UNIT["degree",0.0174532925199433], AUTHORITY["EPSG",...

I have a project "Eccentricity detection in induction machine". Simulation of induction motors with FEM Magnet simulation

...Analysis techniques and measures. Your analysis will be based on the data files that are contained within the CoAuthorshipNetwork folder (which is available to download from the course’s e-learning portal) focusing primarily on developing MatLab code for computing fundamental network component-related centrality measures such as: I. Closeness Centrality II. Betweenness Centrality III. Eccentricity Centrality IV. Eigenvector Centrality. Develop appropriate MatLab functions and scripts to address the previously described co-authorship network-analytic related issues in the following manner: a) You should provide code that reports the top N authors according to each one of the aforementioned centrality measures (Questions: I - IV) for each network component i...

...Analysis techniques and measures. Your analysis will be based on the data files that are contained within the CoAuthorshipNetwork folder (which is available to download from the course’s e-learning portal) focusing primarily on developing MatLab code for computing fundamental network component-related centrality measures such as: I. Closeness Centrality II. Betweenness Centrality III. Eccentricity Centrality IV. Eigenvector Centrality. Develop appropriate MatLab functions and scripts to address the previously described co-authorship network-analytic related issues in the following manner: a) You should provide code that reports the top N authors according to each one of the aforementioned centrality measures (Questions: I - IV) for each network component i...

...Network Analysis techniques and measures. Your analysis will be based on the data files that are contained within the CoAuthorshipNetwork folder (which is available to download from the course’s e-learning portal) focusing primarily on developing MatLab code for computing fundamental network component-related centrality measures such as: I. Closeness Centrality II. Betweenness Centrality III. Eccentricity Centrality IV. Eigenvector Centrality. Develop appropriate MatLab functions and scripts to address the previously described co-authorship network-analytic related issues in the following manner: a) You should provide code that reports the top N authors according to each one of the aforementioned centrality measures (Questions: I - IV) for each network component in ...

make a bunch of flash animation of satellites or celestial body revolving around the earth, with the radius of orbit, when circular, changing; or change in orbit shape when eccentricity and semi major axis changes.

make a bunch of flash animation of satellites or celestial body revolving around the earth, with the radius of orbit, when circular, changing; or change in orbit shape when eccentricity and semi major axis changes.

Need to simulate different eccentricities like static eccentricity, mixed eccentricity and dynamic eccentricity in Switched Reluctance motors using ansoft maxwell. Need to measure the impact of these eccentricity on torque, force, current in the wingdings , flux linkage and voltage induced. An 8/6 SRM can be considered. The FEM analysis should be in 3D

use the 4th-order Runge-Kutta scheme. You must write a computer program that accepts as input the aphelion (farthest) distance the planet is from the sun in astronomical units (AU), the eccentricity of the orbit, , and how many orbits are to be calculated. With the help of the equations on the back, your code will solve the four ODEs above, plotting the position of the orbiting body (starting at the aphelion) as a function of time as it orbits counterclockwise about the sun

...the corresponding fie ld from the line above. The fields in this file are: 1. Name of planet or moon [Adrastea] 2. Number of moon or planet (roman numerals) [XV] 3. Name of the abject around which the satellite orbits [Jupiter] 4. Orbital radius (semimajor axis) in kilometers [129000] 5. Orbital period in days [0.30] 6. Orbital inclination in degrees [0.00] 7. Orbital eccentricity [0.00] 8. Discoverer [Jewitt] 9. Year of discovery [1979] Part 2: (20 points ) Separate, count and sort the words in the example text file, (see l ink at the class homepage). Sort in the following orders and your output should be nicely lined up in columns to the output file. 1. alphabetically (ignoring capitalization), 2. alphabetically with upper

I need a C# Object that will give me the points on a simple elliptical orbital path involving a single large mass and a small object - sun and planet type. The input is 1. the width and height of the ellipse that defines the orbit in km 2. The mass of the center object in kg The available data that are computed from that are: 1. The time it takes an orbit to complete 2. The eccentricity of the orbit Then I want an entry point that lets me do this: (double TimeSincePerihelion,out X,out Y) I need the total time it takes for an orbit to compute the steps. I would iterate through this call to get as many points as I need. where X and Y are relative to the foci of the ellipse. In the case of a large mass this would be the center of it. The values of X