Difference between revisions of "Sprinkler/Help"
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= Starting = | = Starting = | ||
Run the software with <nowiki>java -jar sprinkler.jar</nowiki> or <nowiki>sprinkler</nowiki> (If you built the software yourself: <nowiki>cd com.bitplan.sprinkler/release</nowiki> before this command) | Run the software with <nowiki>java -jar sprinkler.jar</nowiki> or <nowiki>sprinkler</nowiki> (If you built the software yourself: <nowiki>cd com.bitplan.sprinkler/release</nowiki> before this command) | ||
+ | = Setup = | ||
+ | == Sprinkler performance == | ||
+ | The system needs to know how much water your sprinkler will apply per hour. | ||
+ | To test this you need: | ||
+ | - a cylindric container - any jar or utensil will do that has a uniform cylindric diameter | ||
+ | - a letter or household scale that can measure to grams | ||
+ | - a ruler | ||
+ | [[File:IMG_2380.JPG|600px]] | ||
+ | Put your container on the lawn and sprinkle for 1/2 hour. | ||
+ | [[File:IMG_2373.JPG|400px]] | ||
+ | You could now measure the water level directly with a ruler. The result will be more precise if you use the scale. | ||
+ | Weight the container 3 times | ||
+ | # with the amount of water the sprinkler applied in 30 minutes | ||
+ | # empty | ||
+ | # the container full to a set level e.g. 10 cm | ||
+ | In our example we got the results: | ||
+ | # 83 g for the container with amount of water the sprinkler applied in 30 minutes | ||
+ | # 37 g for the empty container | ||
+ | # 750 g for the container full to 10 cm (100 mm) | ||
+ | |||
+ | [[File:IMG_2380.JPG|400px]] | ||
= Downloads = | = Downloads = |
Revision as of 08:12, 5 August 2018
Prerequisites
or if you'd like to build the Sprinkler software yourself:
Installation
Download the software for your platform from #Downloads or build the software yourself
Starting
Run the software with java -jar sprinkler.jar or sprinkler (If you built the software yourself: cd com.bitplan.sprinkler/release before this command)
Setup
Sprinkler performance
The system needs to know how much water your sprinkler will apply per hour. To test this you need: - a cylindric container - any jar or utensil will do that has a uniform cylindric diameter - a letter or household scale that can measure to grams - a ruler Put your container on the lawn and sprinkle for 1/2 hour. You could now measure the water level directly with a ruler. The result will be more precise if you use the scale. Weight the container 3 times
- with the amount of water the sprinkler applied in 30 minutes
- empty
- the container full to a set level e.g. 10 cm
In our example we got the results:
- 83 g for the container with amount of water the sprinkler applied in 30 minutes
- 37 g for the empty container
- 750 g for the container full to 10 cm (100 mm)
Downloads
- sprinkler.jar - multiplatform Java
- sprinkler.exe - Windows executable
Build
git clone https://github.com/BITPlan/com.bitplan.sprinkler
cd com.bitplan.sprinkler
mvn install -D skipTests
Test
cd com.bitplan.sprinkler
mvn test