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82 lines
2.3 KiB
Python
82 lines
2.3 KiB
Python
import numpy as np
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import networkx as nx
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def generate_evaporate_protocol(
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G: nx.DiGraph,
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vessel: str,
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pressure: float,
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temp: float,
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time: float,
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stir_speed: float
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) -> list[dict]:
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"""
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Generate a protocol to evaporate a solution from a vessel.
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:param G: Directed graph. Nodes are containers and pumps, edges are fluidic connections.
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:param vessel: Vessel to clean.
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:param solvent: Solvent to clean vessel with.
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:param volume: Volume of solvent to clean vessel with.
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:param temp: Temperature to heat vessel to while cleaning.
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:param repeats: Number of cleaning cycles to perform.
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:return: List of actions to clean vessel.
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"""
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# 生成泵操作的动作序列
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pump_action_sequence = []
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reactor_volume = 500000.0
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transfer_flowrate = flowrate = 2500.0
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# 开启冷凝器
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pump_action_sequence.append({
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"device_id": "rotavap_chiller",
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"action_name": "set_temperature",
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"action_kwargs": {
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"command": "-40"
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}
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})
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# TODO: 通过温度反馈改为 HeatChillToTemp，而非等待固定时间
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pump_action_sequence.append({
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"action_name": "wait",
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"action_kwargs": {
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"time": 1800
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}
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})
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# 开启旋蒸真空泵、旋转，在液体转移后运行time时间
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pump_action_sequence.append({
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"device_id": "rotavap_controller",
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"action_name": "set_pump_time",
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"action_kwargs": {
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"command": str(time + reactor_volume / flowrate * 3)
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}
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})
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pump_action_sequence.append({
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"device_id": "rotavap_controller",
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"action_name": "set_pump_time",
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"action_kwargs": {
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"command": str(time + reactor_volume / flowrate * 3)
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}
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})
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# 液体转入旋转蒸发器
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pump_action_sequence.append({
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"device_id": "",
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"action_name": "PumpTransferProtocol",
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"action_kwargs": {
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"from_vessel": vessel,
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"to_vessel": "rotavap",
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"volume": reactor_volume,
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"time": reactor_volume / flowrate,
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# "transfer_flowrate": transfer_flowrate,
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}
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})
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pump_action_sequence.append({
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"action_name": "wait",
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"action_kwargs": {
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"time": time
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}
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})
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return pump_action_sequence
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