toss-up | Fully decentralized betting platform using Chainlink | Cryptocurrency library

I am trying to make a US election map based on the package 'usmap'. The thing is it seems like the package can only do a white background. If I changed the background colour it would show borders. I tried to remove the borders by setting panel.border = element_blank() but it did not seem to work. Is there any way to address this?

I am looking to replicate one of those maps where you can guesstimate the state-level results of the next presidential election and have the results of your scenario shown to you by way of changing color backgrounds. An example of what I mean can be found here.

The first step is to provide a default setting as a starting point for the user's input. One way to achieve this would be:

I've been 'playing' with neo4j for a few weeks. It's amazing and I'm slowly getting to grips with it, and I now have a proper use case.

I'm taking exams in horticulture in a couple of weeks time. I need to know a fair number of plants by their characteristics or usage and the purpose of the graph is to find the smallest number of plants to learn (some apply to multiple questions)

In my graph these characteristics are (Feature) nodes

The exam has say 30 (Question)s.

Each (Question) has a [FIND]-> relationship to a (FeatureSet), with a {number} of how many examples of distinct plants it requires.

The (FeatureSet) [INCLUDES]-> one or more (Feature)s - things like 'evergreen', 'tree', 'shrub'. 'bulb', 'winter-flowering', 'patio-plant'

(i.e. name 10 shrubs, 5 evergreen shrubs, 5 plants for a pot in winter)

I create a relationship (Plant)-[FEATURES]->(Feature) for each feature the plants in my database has.

I can run a query showing me ALL Plants matching ALL Features in the FeatureSet specified in the question

Is there a reason to prefer one of these over the other?

You can call setup methods on the Builder() like this:

A given file contains pairs of . Then take a toss-up two-digit number (called X), and compute the win/loss amount. The win/loss rule is if the input number matches X, then it’s a win and the winning total is (amount * 70); otherwise, it’s a loss of (-amount).

For example: [ticket.txt] 09 10 13 15 25 21

If the toss-up number is 09, the win/loss amount of the ticket is (10 * 70 - 15 - 21)

If the toss-up number is 42, the win/loss amount of the ticket is (-10 - 15 - 21).

This is my beginner project. I stuck at calculating the win amount and lost amount. This is my problem

I have been working on this project which requires converting a file to a string and then finding the locations of certain strings within the string. I am trying to use the Pattern and Matcher classes to do this. Please take a look at my code below (java):