- Object Distance Calculation. Enter 2 figures in the column and click calculate. Enter Horizontal Object Dimension . inches feet centimeters meters. Enter Focal Length by millimeters. millimeters. 1/2
- Lens calculator - Calculating the object size / field of view (FOV) The object size y is usually the object range to be detected which must be viewed by means of the camera. 'Classic', y= y´* (a / f´-1) Extended calc. of. width, height & diagonal. Using
- These calculators computes value of angular size or linear size or distance from the other two's. person_outline Timur schedule 2012-04-12 21:52:36. The angular size (angular diameter, apparent size) of an object seen from a given point is the object's visual diameter measured as an angle. The visual diameter is the diameter of the object's.

OR to put it another way: When an object's distance is 57.29 times its size, it has an angular size of 1 degree. Multiplying 57.29 by 60 minutes per degree we get 3,437.4 which means that an object at a distance of 3,437.4 times its size will have an angular size of 1 minute 2 Answers2. Active Oldest Votes. 6. Thanks to the intercept theorem this is indeed a simple ratio: x 3 feet = 10 feet 100 feet x = 0.3 feet. If you want to also involve the angles, you have. 2 tan. . α 2 = 10 feet 100 feet α = 2 arctan The Astro **Distance** equation calculates the shortest **distance** between the Earth and celestial bodies. The shortest **distance** for planetary **objects** is calculated as the difference between the planet's **distance** from the Sun and the Earth's **distance** from the Sun. This implies that the returned **distance** is the linear **distance** between the Earth and.

This online calculator converts angular size of distant object to its apparent length, or, in other words, the length of obstacle needed to block that distant object from view, if obstacle placed at some known distance before our eyes. This is an additional calculator to the Angular size, linear size and distance article 7,670. 1,500. dmehling said: If I were 30 inches away from it, what would the size appear to be? I. You have to say precisely what you mean by the size appearing to be something. Are you asking the question: A 22 inch monitor at a distance of 30 inches from the eye appears to be the same size as X inch monitor that is 24 inches from the eye. The relationship between object size and distance is an inverse linear relationship, i.e. size is 1 / distance. This makes sense when you think about it as if you double the distance the size halves. This is why you appear to be observing an exponential: the exponent is -1, if you take the reciprocal of the size, your graph should be a straight.

Choose your TV/monitor's resolution from the available list of standard sizes, or input your own manually. Input the diagonal length of your screen in centimeters or inches. If necessary, choose the eyesight strength of the viewer with the Snellen chart. Click Calculate for your results. TV Viewing Distance Calculator Visual Angle Calculator. Visual Angle The visual angle of an object is a measure of the size of the object's image on the retina. The visual angle depends on the distance between the object and the observer -- larger distances lead to smaller visual angles Image distance = 1; object distance = 1, click Calculate Output results: Focal length = 0.5. Note. The imaging of concave mirror is related to image distance, object distance and focal length Women's clothing size - size online conversion Multi-person working time online calculator Most us

Thin Lens Distance Calculator: This calculator solves for one of three items given two inputs in the thin lens equation. Enter the two knowns of i, o, and f and press the butto Compare the DOF of two lenses. Depth of Focus calculator. Hyperfocal Distance Calculator. Blue shift calculators. Optimal Aperture calculator. Diffraction Limit. Extension Rings from Object Distance and Focal Length. Extension Rings from Object Distance and Focal Length (interactive!) Extension Rings from Sensor Size, Object Size and Focal Length Online physics calculator that calculates the concave mirror equation from the given values of object distance (do), the image distance (di), and the focal length (f). Code to add this calci to your website. Just copy and paste the below code to your webpage where you want to display this calculator The distance between the object and the convex mirror is measured at the point where the image reflection reaches an approximate size of the object. Use this online convex mirror equation calculator to find the focal length, image and object distance

Use this activity to see how retinal image size depends upon the distance and the size of the object. Instructions Full Screen Mode. To see the illustration in full screen, which is recommended, press the Full Screen button, which appears at the top of the page. Illustration Tab Settings. Below is a list of the ways that you can alter the. Then calculate the size x using Angle a (degrees) Distance r (m) Size x (m) 10 32 5.6 We can use this for much more distant objects, if we know their distances. What physical size does an angular size of half a degree correspond to at the following distances? Angle a (degrees) Size x (m) 0.5 Distance r (m) Distance to Moon = Distance to Sun = 0.

Uses thin lens formula: 1/f = 1/d + 1/s where f is the focal length of the lens, d is the object distance between object and lens, and s is the image distance between lens and sensor, and approximates f/stop change based on a simpler equation that does not use an exit pupil calculation. Closest focusing distance is distance from sensor to subject * Finally we use the reference coordinates and the object coordinates to compute and display distance vectors from each of the reference objects corners to the respective corner on the object we found*, using the reference distance to calculate the accurate scaled distance

No. The formula: distance = size_obj * focal_length / size_obj_on_sensor. The whole method depends on figuring out the size of the object as it appears on the sensor given the focal length and the measured object size. Otherwise you have two unknowns. - Cameron Lowell Palmer Jan 23 '15 at 9:4 If you know the actual width or height and camera-to-object distant, you can easily calculate a ratio size-to-distance. Say a object is 3 meters wide and a picture is taken with the camera positioned 12 meters from the subject. The ratio size-to-distance is 3÷ 12 = 0.250. Inside the camera, the image forming rays from the lens, trace out the. For things big enough to see as an actual object, by measuring how far away they are (the hard part of the problem) and how big they look. If you know the distance D in light years and the apparent size d in arc-seconds (1/3600th of a degree), the..

- If we have an object with 10cm in height and 10cm in width, at a distance of 50cm, we have. 100cm2 = 0.2cm × 0.2cm × (50cm)2 = 100cm2. We can simplify the above equation to. S = Ps · d² (7) where Ps is the perceived size of the object and is the product of perceived height times perceived width
- Measuring distance between objects in an image with OpenCV. Computing the distance between objects is very similar to computing the size of objects in an image — it all starts with the reference object.. As detailed in our previous blog post, our reference object should have two important properties:. Property #1: We know the dimensions of the object in some measurable unit (such as inches.
- The object size y - object field. The object size G is usually the range to be detected which must be viewed by means of the camera. This value, too, is normally predefined and known, after all this is our test object with a little bit of surroundings. An online wizard for the calculation of the object size can be found in the Service area

- osity of the object. For example, your eye is not able to see the size of a star in the sky. But the amount of light it emits causes it to be visible even as a point object
- Distance to object = (size of object) x (1°/angular size in degrees) x 57 If you knew the actual size (diameter) of the moon, you could use your image to calculate its distance, or if you knew the moon's distance, you could calculate its size from your image. If you don't know either, you can at least get a distance/size ratio
- imum detectable object size per pixel, the total area to be viewed, and the field of view of the lens, based on data entered for the CCD size and resolution, the focal length of the lens, and the distance from the lens to the object being targeted. Enter a numeric value for the lens focal length; the default is 10mm
- g the principal planes are identical. Actual results will differ! Our sales team will be happy to assist you! Focal Length Calculator. With this tool you can calculate the required focal length to take a picture of an object at a given distance in order to generate an image fitting on your sensor size

- Astronomical Distance Calculator provides the distance from the Earth to numerous astronomical bodies (e.g. Sun, Moon, planets, stars, Milky Way's Center and Edge, Andromeda Galaxy) Astronomical Distance Travel Time Calculator computes the time to travel to distant parts of space at different velocities. Ellipse Calculator
- Transfer the number to the calculator by turning the dial, placing the number under the ANGLE index mark. For finding distance if size is known, look on the OBJECT SIZE scale for the number that is the known size of the ship, building, etc. Mentally add zeros as needed, since the scale is numbered from 1 to 10
- Scale Calculator. By ScaleCalculator.com you can easily calculate model size or model scale. You can also calculate map scale, distance on map and distance in real life on Map Scale Calculator page
- e the total distance from the object to the lens. Next, deter
- Figure 1: calculate distance to the object of interest . For this calculation we need to know the focal length of the lens and the image sensor size. We will use a 1/3 inch sensor and a focal length of 8mm. Using those figures the scene dimensions come to 6' by 8' for a standard 4x3 aspect ratio camera
- So to measure your object you would need to do - ((pixelDimensionOfObject / 2) / 992.3509) * distance from object = size of object. Be aware though, that I think in order for this to be correct the object you a photographing and measuring must be in the center of the frame. Otherwise I think it becomes a lot more complicated
- Objects in an arc With a rectilinear lens, the calculation of resolution of objects in an arc with the camera at the center is a little more complicated. As an object moves from the center of the image towards the edge in an arc without changing the distance to the camera, the object will increase in resolution significantly

This simply means that, if your object is near to the camera, the object will appear bigger. Thus the pixel area occupied by the object will be very large. As you move the object farther from the camera, the object size in the image will start to diminish. And hence the pixel area enclosed by the object will become smaller and smaller This calculator helps you selecting the right lenses for your cameras. It does so by computing the desired focal length, the corresponding field of view and the expected depth of field. or determine the focal length from the object of interest's size and distance * The height of an object is calculated by measuring the distance from the object and the angle of elevation of the top of the object*. The tangent of the angle is the object height divided by the distance from the object. Thus, the height is found

You can use this formula to get a reasonably accurate focal ratio from any image where you know the angular size of an object (or angular distance between two stars). Or if you want the focal length used for an image and know the angular size of the object imaged: Use this formula to calculate the minimum focal length required to fully. We have an object that emits (reflects) light and a lens that forms an image of that object at a distance behind the lens. In order to calculate the size and the position of that image, two equations are required. These equations use the focal length f of the lens, which is a characteristic of the lens and is usually expressed in millimeters Area calculation sample image. 2. Select straight line tool on tool bar in ImageJ. Drag a line along the scale bar. Enlarge your image to do it if you want more acurate result. 3. Menu>Analyze>Set Scale. In the dialog, Known Distance is the real length of the scale bar and Unit of Length the real unit

Working Distance (WD): The physical distance between front of the imaging lens and the object being imaged. The lens focal length and sensor size create a constant angular field of view and the working distance creates a physical field of view. Fixed focal length imaging lenses have a range of working distances they are specified to work over www.3pinmicro.comCalculating distance/depth using single camera.I have had this idea for some long time now (6yrs+) but havent really had a chance to develop.. Parameters for artificial star distance, roddier test, eyepiece projection. Astrophotography and CCD calculator screenshot In order to help a bit with some terminology - the following diagram provides a brief illustration of light path inside the telescope with some of its basic elements - one with an eyepiece and one with a CCD camera Visual angles are used to indicate the size of the retinal image of the object -- the larger the visual angle, the larger the retinal image size is. The visual angle is influenced by two things -- the size of the object and the distance of the object from the eye. Bigger objects cast larger images on the retina than smaller objects

As long as you know the focal length and the object distance, both of which some lenses return to the camera you can calculate the real size of an item in the image. The focal length will give you. 1. Calculate the distance to the object by multiplying the height (or width) of the object by 1000 then dividing by the number of Mils that the object spans. For example: a six foot tall object (2-yards) which is eight Mils in size is 250-yards away. 2 x 1000 / 8 = 250 Calculate Height Using Angle and Distance by Learning Technology Official Website in Englishhttps://www.learningtechnologyofficial.com Official Website in Hi.. 2. The distance you calculate is the distance from camera to the perpendicular plane or the distance from camera to the object, where the object has coordinates (x,y), not to the center of the screen? 3. This algorith you are using, is calculated on the air. My robotic fish is inside the water

$\begingroup$ From object distance and focal length, work out image distance behind lens. (Or do you already know the image distance from the lens?). Then the ratio of image to object heights = ratio of image to object distances. $\endgroup$ - sammy gerbil Jun 8 '17 at 17:3 Yes it's possible, but first you'll have to recognize some object in the image, either 1) the vehicle itself, and then report that vehicle's known size, or 2) a known object that's the same distance from the camera as the car (a curb, a stop sign, the driver's head, a shetland pony... whatever), and then use that object to calibrate the size of the car that's very close to it But how does one comprehend the size of this galaxy-filled Universe, and grasp the concept that the most distance objects we can see are perhaps 10 billion (or more) light years away? Imagine that the distance from the earth to the sun (93 million miles, or about 8 light minutes) is compressed to the thickness of a typical sheet of paper To use this online calculator for Magnification of a Convex Mirror using Height, enter Image Height (H image) and Object Height (H object) and hit the calculate button. Here is how the Magnification of a Convex Mirror using Height calculation can be explained with given input values -> 1 = 1/1

A very useful interactive visual angle calculator that converts between pixels and degrees. The perfect tool for figuring out where to position objects in your eye-tracking task, or how far away your screen should be. Enter your screen resolution, dimensions, and distance on the left, then choose the appropriate tab on the right * Key: Objective Diameter: the size of the main light-gathering (primary) lens or mirror of your telescope (also called the telescope's aperture)*. Focal Length: The Effective Focal Length of your telescope is important to know; it is often listed on a label right on the telescope, sometimes as Fl, and usually in millimeters. It is equal to the Focal Ratio (f number) times the Objective Diameter

- Magnification of a Convex Mirror is The process of expanding something only in appearance, not in physical size is calculated using magnification = Image Distance / Object Distance.To calculate Magnification of a Convex Mirror, you need Image Distance (v) and Object Distance (u).With our tool, you need to enter the respective value for Image Distance and Object Distance and hit the calculate.
- g you are viewing it from two feet away)
- us sign indicates that the virtual image is inverted

A cylinder is defined as a 3-D (three-dimensional) solid object that consists of two circular identical flat ends and one curved side that connects both ends. To calculate the volume of a cylinder, one must know the height and radius (the distance between the edge of the circle and its centre point) of one of the flat ends Use this calculator to determine the approximate coverage (field of view) and the 'ground' pixel size of a particular lens and camera at a given distance. Note this calculates for a plane parallel to the camera image plane. If the object/plane at a distance is at an angle to the camera image plane then this coverage holds only for the. FOV (rectilinear) = 2 * arctan (frame size/ (focal length * 2)) Here frame size refers to the dimension of the frame in the direction of the FOV, so for 35mm (which is 24mm x 36mm), frame size is 36mm for the horizontal FOV, 24mm for the vertical FOV and 43.25mm for the diagonal FOV. Below is a calculator for FOV in both angular and linear terms When you know the grid size (1cmx 1cm grid) and pixel size - you can calculate the ratio, and verify the calculation. So, in that way you can learn how to calculate the size of an object taken at.

- e its distance
- Let AB be the height of the object. Let M be the midpoint of AB. Let CD be the height of the image. Let N be the midpoint of CD. Let O be the pinhole. Align the points M, O, & N. MO = 50 cm and NO = 10 cm. MB = 20/2 = 10 cm. Triangles BMO and CNO.
- Weight is the force generated by the gravitational attraction of one object on another object. The equation which describes the weight of an object is the same equation whether we are studying airplanes, rockets, or rocks.Weight is fundamentally different from the aerodynamic forces, lift and drag, and the thrust force.Aerodynamic forces and thrust are mechanical forces and the object has to.
- ed by the Magnification (Wikipedia) and distance. The distance from the front nodal point to the object in the subject plane (s1), and the distance from the rear nodal point to the image plane (s2) (when focused) are related by.
- An object is kept at a distance of 5 cm in front of a convex mirror of focal length 10 cm. Calculate the position and nature of the image formed. asked Sep 19, 2018 in Physics by Sagarmatha ( 54.5k points

A projector's throw **distance** is the **distance** between the projector and the image on the screen (i.e., the **distance** that the image is thrown). A few common throw **distances** are: Long Throw: Providing very large images, this type of throw is usually from projectors that are installed in the center of the ceiling in a large room Calculate the Distance between Objects, Triangulation. Triangulation means the measuring of distances in surveys with triangles. If the distance of two objects and the angle between is knwon, the distance between these objects can be calculated. Here you can do more extensive triangle calculations Use the small angle formula (SAF) to compute the distance given the size and angle subtended. D = S / α. where: D is the Small Angle Formula Distance to the object. S is the size of the object. α is the angle subtended. This is an essential step in computing distance with the parallax method. Note: some textbooks show this formula with a. Object Size Calculator for Tall People, Short People, and all Heights. Use the below calculator to determine how big an object, such as a snow shovel, should be given your height. Manufactured goods like tools are typically designed for the average height person. For example, most snow shovels are designed for someone around 5'7″ tall To measure the distance on the google maps distance calculator tool. First zoom in, or enter the address of your starting point. Then draw a route by clicking on the starting point, followed by all the subsequent points you want to measure. You can calculate the length of a path, running route, fence, border, or the perimeter of any object that.

Distance measurement between a robot and the object is needed to control the action of the robot such as grabbing an object or even avoiding obstacles. There are many methods to estimate the distance such as ultrasonic ranging, laser ranging, and vision based ranging 3000 km. Download map. Note: To measure the distance on the google maps distance calculator tool. First zoom in, or enter the address of your starting point. Then draw a route by clicking on the starting point, followed by all the subsequent points you want to measure. You can calculate the length of a path, running route, fence, border, or the. Accurately Estimate Object Distance how far away the object is, and calculate the best path around it. The bling the perceived size of the object. In order to make use of this application, non-re ective surfaces will need to be placed underneath the objects

I thought that, for starters, the object should be at least at the Minimum Object Distance from the lens, so I tried to calculate it like this: First, I calculate the focal length: $$ \frac{1}{b} + \frac{1}{g} = \frac{1}{f} $$ where b is the distance to the image, g is the distance to the object and f is the focal length ** To calculate the SIZE (object distance must be determined): Distance x Rangefinder Scale Reading 100 Object Size = 2**. Using the Directional Compass - The compass scale is in one degree increments. It is aligned with the vertical range finding scale. North is represented as 0, East as 90, South as 180 and West as 270.. This calculator finds the minimum detectable object size per pixel, based on data entered for the CCD resolution, the field of view of the lens, and the distance from the lens to the object. Select standard resolutions from the drop down box, or select CUSTOM from the same box If multiple objects are selected, the data for the nearest object is displayed. Visible, Hidden: how much of the object size is hidden behind the horizon and how much is visible. Angular Size, Angular Visible, Angular Hidden: like above but in angular size. The angular size is arctan( size / distance) in degrees object in the image, where the distance between the object and the camera is less, is larger. If there are two objects of different sizes at the same distance, in the image it would appear that the larger object seems larger in the image. This geometric similarity is used to find the size of an object

Calculate Angular Diameter. Visualisation. g = real size, r = distance, α = angular diameter or apparent size, parallax. g and r have the same unit, regardless if centimeters or light-years. You can convert length units here. The unit of the angle is degrees or radiant. You can convert angle units here In terms of cosmography, the cosmological redshift is directly related to the scale factor a (t), or the ``size'' of the Universe. For an object at redshift z (11) where a (t 0) is the size of the Universe at the time the light from the object is observed, and a (t e) is the size at the time it was emitted. Comoving Distance (line-of-sight Working distance (WD): object to lens distance where the image is at its sharpest focus. Depth of Field (DoF): maximum range where the object appears to be in acceptable focus. Sensor size: size of the camera sensor's active area. This can be easily calculated by multiplying the pixel size by the sensor resolution (number of active pixels in.

** Calculator Use**. Enter 2 sets of coordinates in the 3 dimensional Cartesian coordinate system, (X 1, Y 1, Z 1) and (X 2, Y 2, Z 2), to get the distance formula calculation for the 2 points and calculate distance between the 2 points.. Accepts positive or negative integers and decimals The Original K&J Magnet Calculator. Click here to go to our Repelling Force Magnet Calculator that shows the repelling force generated between two same-sized magnets. Many online calculators we've seen determine pull force based on a theoretical calculation of the flux density. With a few assumptions, flux density (in Gauss) can be related to.

Introduction. We perceive the size of an object to be relatively stable despite changes in the size of its projected retinal image that accompany changes in viewing distance (Fig. 1A).In this perceptual phenomenon, called size constancy, the visual system estimates an object's size by combining image size and distance information (Gregory, 1997).. ** I'm not sure of the math behind that now though / what is going on with that relation**. For example, a full HD display (1920x1080) with a unit plane 1 unit away from the camera at the default 60 degree FOV equates to size = 1.155. 1080 divided by 1.155 equals approximately 935 pixels which matches with the result from the linked post equations.

Scale Up. This calculator does the reverse of the one above and converts from 'Scale Size' to 'Real Size'. Enter the 'Scale' e.g. For N scale (1:160) enter 160. Enter the 'Scale Size' e.g. 1.5 inches. Click the inch button to display the real-world size of 240 inches (20 foot). Model Railroad Building Kits. Low Relief Model Shops The distance between the object and the mirror is measured when the image appears clear upright. The focal length of the convex mirror is the distance between the mirror and the image sensor when the object is in focus. The Convex Mirror Equation Calculator calculator below helps you in finding the object distance for any convex mirror Here is an easy to use calculator for these questions. Just enter the focal length of your lens, distance to your subject and selected f-stop, and see what happens. The calculator works both online and offline. focal length. mm To find the size on a photo taken with a microscope you use the following technique: Take a photo of the object. Without adjusting magnification take a picture of a ruler. Import both photos to photoshop. Superimpose the photo of the ruler over the photo of the object using a opacity of around 50%. You can now measure the length of the object ** Calculate Distance to Object in Android knowing the Size, Focal Length**. Custom distance functor for flann KDTree index. Matching shapes with Hausdorff and Shape Context distance. Find distance between two images. Which distance metric does SVM->predict uses. FLANN clustering/search for dense optical flow image compariso

- Distance calculator. The distance calculator outputs the distance of imaging that a given Zivid camera requires to achieve a given size of the FOV (width and height). Failed to get macro details. For cases where two camera models are both in the optimal working distance for your application, chose the one with lower point precision (it is lower.
- The angular diameter of an object depends on two things: the object's actual size, and the distance of the object from us. (Think for a moment and make sure this makes sense.) The formula for angular diameter is Angular Diameter = 206265 X (Actual diameter / Distance) The 206,265 is a conversion factor to make sure the angular diameter comes.
- A. Physical Size, Angular Size, and Distance When you look at an object, you don't see its physical size (in, e.g., meters). You see the angle that it occupies, from your vantage point. A full Moon (~ 1/2 degree) looks much smaller than your hand (~ 10 degrees), but only because it is far away. This is called angular size, (or, in th
- The sensor size refers to the size of the imager array. Choosing the incorrect size will have an adverse effect on the field of view calculations, so be sure and check your camera specifications for the correct size. If you are using the Lens Simulator on a product page, this value will be preset for you
- Mirror Equation Formula. The following equation is used to calculate the radius of curvature and focal length. 1/O + 1/I = 2/R = 1/f. Where R is the radius of curvature. f is the focal length. O is the object distance. I is the image distance
- Calculator Inputs: Parameter 1 Requires you to provide the working distance between lens and object to be imaged in mm. Parameter 2 Requires you to provide the size of the object you are trying to image in mm measured either in H or V direction
- e the necessary physical size of an object based on the distance from the user, try using a visual angle calculator such as this one

** How to calculate distance given an object of known size**. You need to know one of 2 things up front. Focal-length (in mm and pixels per mm) Physical size of the image sensor (to calculate pixels per mm) I'm going to use focal-length since I don't want to google for the sensor datasheet. Calibrate the camer object-speciﬁc distance estimation. One of the main rea-sons could be the lack of datasets that provides distance for each of the object in the images captured from the outdoor road scene. In this paper, we focus on addressing the interesting but challenging object-speciﬁc distance estimation problem for autonomous driving (as shown in Fig. 1) an **object** of diameter 725.27 km at a **distance** of 1 astronomical unit (AU) an **object** of diameter 45 866 916 km at 1 light-year; an **object** of diameter 1 AU (149 597 871 km) at a **distance** of 1 parsec (pc) Thus, the angular diameter of Earth's orbit around the Sun as viewed from a **distance** of 1 pc is 2″, as 1 AU is the mean radius of Earth's orbit

- Smart Distance (long distances, perspective estimate): 10m-1km. All in all, this is a tricky application, using which you can get really accurate results. It is always cool to try something new. Distance Meter. Distance Meter is a simple app for measuring the height of different objects and the distance from them. To do that, the app uses. Aligning these values with each other (A), the calculator shows the distance to the object being a bit over 710 m (B). In only takes a 2-3 seconds to calculate the distance. Let's suppose You manage to measure another object with a size of 100 cm in the same range. You measure its scope size to be 1.37 mils (C) An object of size 5 cm is placed at a distance of 25 cm from the pole of a concave mirror of radius of curvature 30 cm. Calculate the distance and size of the image so formed Determine the object distance and image distance, o and i, and calculate the focal length from the lens relationship. Describe the appearance of the image, compared to the object (e.g, larger, smaller, erect, inverted). Adjust the object distance to a different value and repeat the process with a different set of measurements. 2 Using his solution, you can do: local p1 = ClosestPointOnPart (part1, part2.Position) local p2 = ClosestPointOnPart (part2, part1.Position) local minDistance = (p1 - p2).magnitude. Btw I think this works only with rectangular parts. No. This uses vector positions to calculate the distance between the objects

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