snail | wirelss network connection simulator and bandwidth limiter

HotChocolate serializes enum values in all upper snail case, which leads to being the enum value FooBar being inferred as FOO_BAR by Hot Chocolate, but value.ToString() and Enum.GetName(value) gives FooBar, and Hot Chocolate seems to ignore [EnumMember(Value = "FooBar")].

How can I change the serialization to any way I'd like?

I have a pillar that looks like this:

I am trying to generate a dataset for training a neural network, and this requires me to crop around a moving object (snail) in multiple frames of a video.

I have split up the video into frames and used OpenCV to crop around the object by using HSV thresholding and contour tracing like so:

I have these two datasets.

! curl -O https://raw.githubusercontent.com/msu-cmse-courses/cmse202-S21-student/master/data/Dataset.data

! curl -O https://raw.githubusercontent.com/msu-cmse-courses/cmse202-S21-student/master/data/Dataset.spec

So I read the data in using

import pandas as pd

data = pd.read_csv("Dataset.data", header = None)

Then I want to make column titles for the Dataset.data since it doesn't have any, just the rows with the data for each snail.

I tried using

data.columns = ['sex','length','diameter','height','whole_weight','shucked_weight','viscera_weight','shell_weight','rings']

to add it to the data set but it gives me the error:

Length mismatch: Expected axis has 1 elements, new values have 9 elements

Can anyone help me I just want my data to have these column titles in it. Currently it has no column titles just numbers

Cheers.

I am attempting to calculate the rotation of points in JavaScript, and am finding the values to be in the ballpark of 1% off (and always at about the correct angle, but 1% closer to the point of rotation). This is far more error than could be introduced by floating point imprecision, and too reliably in the same direction.

Below is HTML / JavaScript that demonstrates the code and issue. Output line 36 shows the result of rotating point (100,100) by 10 degrees 36 times. So, should be within about .000000001 of (100,100). But it is closer to (57,57).

When drawing the points, it is making a snail-shell pattern. I.e. a decaying orbit. Can anyone see what I am doing wrong?

This is what I need to do: The snail climbs up 7 feet each day and slips back 2 feet each night. How many days will it take the snail to get out of a well with the given depth?

Sample Input: 31

Sample Output: 6

Explanation: Let's break down the distance the snail covers each day:

I have a list of items, after click on list new activity is open with details. Problem is that I can not implement - image load after click on specific string from detailed activity. For example, in MainActivity, there is:

I receive a dot notated string from parameter, e.g. "attr1.attr2.attr3". I have an object of data type LinkedHashMap mapObject. It has a value that can be accessed this way: mapObject.attr1.attr2.attr3. when I try to access the field in this way: mapObject."${attr1.attr2.attr3}, I receive a MissingPropertyException, as groovy translates it as a String: mapObject."attr1.attr2.attr3" and that property, obviously, exists not. I have managed to solve it using the Eval.java class Eval.x() method this way: Eval.x(mapObject,"x.${attr1.attr2.attr3}") but this is too slow even for a snail. Does there exists a way how I can get the value of a nested property of a map knowing only the dot notated path?

here is my code def superCoolMethod(String dotNotatedPath, LinkedHashMap MapObject){ def valueINeedToGetFromTheMapObject = MapObject."${dotNotatedPath}" // Other stuff unimportant for this question. `

I am trying to solve this problem:

Write a program to calculate how many days are required for a snail to climb up a wall. A snail climbs on a wall, it starts at the bottom and climbs up n meters a day. Regretfully, every night it slides m meters down. Given the height of the wall H, write a program to calculate how many days required for the snail to reach the top of the wall. If the snail will never be able to reach the top of the wall print: Fail.

This is my attempt to solve this problem: