How to Use

🔗 https://github.com/Carina-labs/nova-simulator

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written in Python

$ python simulator/<simulator_type>/run.py

For example, run python simulator/supernova/run.py to simulate All Supernova features.

simulator_types:

• Base: base (including batch withdraw)
• Adjustable Init Share: init_share
• Lazy Minting: lazy_minting
• Supernova: supernova (all features)

Supernova Features

• Batch withdraw: See the whitepaper for details.

• Lazy minting: See the whitepaper for details.

• Batch delegate: When depositing wAssets; IBC transfer first, then delegate later by bot.

• Lazy burn: Request burn snAsset at time $t$. The protocol will burn it at time $t' \ge t+1$.

Console Mode

$ python simulator/<simulator_type>/run.py --console

For example,

$ python simulator/base/run.py --console

> H

Cosmos Commands
  [N]nextblock(Cosmos)          [#_of_blocks]

Supernova Commands
  [M]mint_wAsset                <account> <amount>
  [B]balance(wsnAsset)          <account>
  [S]balance(snAsset)           <account>
  [T]transfer                   <from> <to> <amount>

Supernova User Commands
  [D]deposit                    <account> <amount>
  [U]undelegate                 <account> <amount>
  [W]withdraw                   <account>

Supernova Keeper&Bot Commands
  [V]undelegate(Bot)
  [K]withdraw(Bot)
  [C]compound
  [O]oracle

Simulator Commands
  [1]quit
  [#]comment                    [comment]
  [--mute|-M]mute

Pipeline Mode

$ python simulator/<simulator_type>/run.py [< <input_file>] [> <output_file>]

• input: input file
• output: output file
• answer: result file

For example,

$ python simulator/base/run.py < tests/base/test_liquid_input > tests/base/test_liquid_output
$ diff tests/base/test_liquid_result tests/base/test_liquid_output