Bubble mapping in python

I ask you not to bid before READING the specs. This could save both of us a lot of fruitless chat. 1) It MUST be done in python 3 2) It MUST be based on standard, publicly available modules (libraries, if you will) 3) It MUST run on linux (Debian 11) Input a) A map as .png or jpg (or any other, if better suited to your solution) b) The coordinates of two corners of the map (can be either in UTM or geographical -- you can choose) c) A set of up to 853 numbers varying from 1 to a few tens of thousands (like 11000, 25000) d) For each number, a pair of coordinates (either in UTM or geographical - same reference used in b -- either UTM or geographical) Input will be provided as a .TXT file like so: x1#y1#n1 x2#y2#n2 ... xn#yn#nn (up to 853 lines) Map corner coordinates will be provided in the first line of the file as x1,y1#x2,y2 Output The map refered to in a) (jpg ou png) with semi-transparent circles centered in the coordenates given in d). The circles sizes will proporcional do logarithm of the numbers given in c). Note: the logarithms will the calculated as follows: radius = [login to view URL](NUMBER_IN_c, 1.1) Circle filling color: can be hard-coded, but must be explicitly set i) must change in accordance with the radius. Let's say it is 77777 for radius 1, but will chance to 888888 for radius 2-3, then 999999 for radius 4-5, so on and so forth. Circle color transparency: can be hard-coded, but must grow more transparent as the radius grows. Let's say: 0% transparency for radius 1, 5% transparency for radius 2-10; 15% transparencey for radius 11-25 .... 80% transparency for radius above 25 I'll send a sample of the image for those interested. YOU ARE FREE TO PROPOSE THE MILESTONES YOU THINK ARE FAIR