def construct():
from bowtie import Layout
layout = Layout(debug=True)
layout.add_controller(sigma)
layout.add_visual(mainplot)
layout.schedule(0.1, walk)
layout.build()
def construct():
from bowtie import Layout
layout = Layout(debug=True)
layout.add_sidebar(sigma)
layout.add(mainplot)
layout.schedule(0.1, walk)
layout.build()
def build():
layout = Layout(rows=2, columns=2, sidebar=False, debug=False)
layout.columns[1].pixels(100)
layout.rows[0].pixels(40)
layout.add(talk, row_start=0, column_start=0)
layout.add(click, row_start=0, column_start=1)
layout.add(chat, row_start=1, column_start=0, row_end=1, column_end=1)
layout.load(update_chat)
layout.subscribe(entered, talk.on_enter)
layout.subscribe(clicked, click.on_click)
layout.schedule(5, update_chat)
layout.build()
"""
from bowtie.control import Nouislider
from bowtie.visual import Plotly
import numpy as np
from numpy import random as rng
import plotlywrapper as pw
sigma = Nouislider(caption='Sigma', start=1, minimum=0.1, maximum=50)
mainplot = Plotly()
data = np.zeros(100).tolist()
def walk():
value = float(sigma.get())
data.pop(0)
data.append(value * rng.randn() + data[-1])
mainplot.do_all(pw.line(data).to_json())
if __name__ == "__main__":
from bowtie import Layout
layout = Layout(debug=False)
layout.add_controller(sigma)
layout.add_visual(mainplot)
layout.schedule(0.1, walk)
layout.build()