How to Visualize the curation bonding curve for a given subgraph from https://testnet.thegraph.com
if you'd like to learn more here are links to the video where it was first explained and a calculator to play with the variables yourself:
A list of all current subgraph addresses can be found here:
If you signalled a subgraph and know the amount of GST you received
- Go to the tx of the contract interaction
- Click on the Graph Curation Share and use that contract address to visualize the curve
Some popular ones
| Subgraph | Address |
|---|---|
| Uniswap | 0x130d022e85c74c6bdc40eaa4cf483db4e198a979 |
| Compound | 0x09a1e9751396155424e5ab56425ada306935dbb4 |
| Balancer | 0xf69e9eaa6124dad43fb8efdf31b305b7ba64e0d9 |
| Synthetix Rates | 0xf912697b908240a41fc7f87b9004e853709b0a36 |
- python (3.4+)
- beautifulsoup4
- selenium
- matplotlib
- chromedriver
pip3 install beautifulsoup4
pip3 install selenium
pip3 install matplotlib
wget https://chromedriver.storage.googleapis.com/<version>/chromedriver_linux64.zip # get version number at chrome://version
unzip chromedriver_linux64.zip
# If running from a pipenv
sudo apt-get install python3-tkParameters
k=1/3 # Reserve Ratio
b=tlist["reserves"] #Current reserves under curve
s=tlist["tokensupply"] # Current GST supply
n=((1/k)-1) # Function of reserve ratio
m=((b*(n+1))/(s**(n+1))) # Shape of curve based off reserves and supplyRun
cd ./BondingCurve
./python3 BondingCurvePlot.py -hThis should print the available command-line arguments:
BondingCurvePlot.py
USAGE:
BondingCurvePlot.py [OPTIONS]
FLAGS:
-h, --help Prints help information
OPTIONS:
-n, --name <name> Name to save subgraph as
-s, --subgraph <subgraph address> Subgraph address
-a, --address <personal address> Personal wallet address [OPTIONAL]
Example Usage
python3 BondingCurvePlot.py -n Compound -s 0x09a1e9751396155424e5ab56425ada306935dbb4