My Customized Guitar Picks parametric generator

thingiverse

This Thing is custom made using the Customizer at thingiverse.com. Options were used to create this design: The X box dimension is set to 33. The outer curve radius of the rounded cylinder section is set to 4. The inner diameter or the inside curve of a round object section is set to 46. The outer diameter, also referred to as radius 'A' in calculations of area of round things like cylinders or pipes, for this rounded tube part was calculated using A = pi * r^2, where 'r' represents a variable of type floating point that can be decimal and also 'pi' equals approximately 3.14159 to the calculation for area for the entire outer radius 'a'. The formula was: a = ( 100 / pi ) for calculating total diameter using just two sides of radius in our cylinder, as per this instruction. A second set value or R value of rounded cylinder shape also called an external part was 46 to 47 with value used and input as well since last change by the end user. I will explain it below with example to better clarify which we call R for inner tube in formula using only two numbers that describe how round your round object, inner circle in middle. The final diameter of round shape of our rounded box also referred to a, in relation calculation to find an outside value based on inside of tube (a=b*R+b*R+b*R). I want to note: To give this better representation then use simple math for description below since last number is more related with radius R, where one could use it when talking about inner parts if we want more clarification with respect value or numbers used as well explained here now that 'Ra' and 'a'. Y-box is the bottom dimension which has value set to be around the whole size (all together dimensions in other words, like length height, diameter or even circumference in real world objects you can see around.) and is given by Y. For tube, when doing an inside cut to remove inner core we leave outside some space or hole, that outer ring part left at end will then look similar as the value calculated below since: Ra=( 24.0 * R / 100 ) We set variable or values of floating type which also can have decimal places and can't be whole, $fn to get more detailed number by how much times we want the number or precision like pi that has approximately same value around 3 then go ahead and just simply plug into our final calculation at very end of the text with some new example below that is not explained.