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Some Examples

Simtool Builder

Introduction

sim2lbuilder is an utility library to create Graphical User interfaces on Jupyter notebooks. sim2lbuilder is based on ipywidgets, and allow users to describe Apps based on their inputs, outputs and layout. Callback functions can also be referenced to be triggered by events on the widgets sim2lbuilder can display described tools as widgets, or generate python code to be modified.

Installation

pip install sim2lbuilder

Usage

schema = {
  'inputs': { 
    'n1': { 'type': 'IntText', 'value': 1}, 
    'n2': { 'type': 'IntText', 'value': 3}
  },
  'outputs': { 
    'sol': { 'type': 'IntText'}, 
  },
  'layout': { 
    'type': 'HBox',
    'children' : {
      'n1': None,
      'n2': None,
      'button' : {
        'type': 'Button',
        'click': 'SUM',
        'description': '=',
      },
      'sol': None
    }
  }
}
from sim2lbuilder import WidgetConstructor
s = WidgetConstructor(schema)
def SUM (w):
    w.outputs["sol"].value = w.inputs["n1"].value + w.inputs["n2"].value
s.SUM = SUM
s.assemble()
SUM(s)
display(s)

Create a Sim2l GUI (Widget)

from sim2lbuilder import WidgetConstructor, GetSimtoolDefaultSchema
from simtool import searchForSimTool, getSimToolInputs, Run
schema = GetSimtoolDefaultSchema("meltingkim")
def RunSimTool(widget, *kargs):
    stl = searchForSimTool("meltingkim")
    inputs =getSimToolInputs(stl)
    for i,w in widget.inputs.items():
        inputs[i].value = w.value
    r =Run(stl, inputs)
    for outk, out in widget.outputs.items():
        with out:
            print(r.read(outk))
s = WidgetConstructor(schema)
s.RunSimTool = RunSimTool
s.assemble()
s

Create a Sim2l GUI (Generate Code)

from sim2lbuilder import WidgetConstructor, GetSimtoolDefaultSchema
from simtool import searchForSimTool, getSimToolInputs, Run
schema = GetSimtoolDefaultSchema("meltingkim")
def RunSimTool(widget, *kargs):
    stl = searchForSimTool("meltingkim")
    inputs =getSimToolInputs(stl)
    for i,w in widget.inputs.items():
        inputs[i].value = w.value
    r =Run(stl, inputs)
    for outk, out in widget.outputs.items():
        with out:
            print(r.read(outk))
s = WidgetConstructor(schema, format="file")
s.RunSimTool = RunSimTool
s.assemble()
s

Create a Sim2l GUI (Print Code)

from sim2lbuilder import WidgetConstructor, GetSimtoolDefaultSchema
from simtool import searchForSimTool, getSimToolInputs, Run
schema = GetSimtoolDefaultSchema("meltingkim")
def RunSimTool(widget, *kargs):
    stl = searchForSimTool("meltingkim")
    inputs =getSimToolInputs(stl)
    for i,w in widget.inputs.items():
        inputs[i].value = w.value
    r =Run(stl, inputs)
    for outk, out in widget.outputs.items():
        with out:
            print(r.read(outk))
s = WidgetConstructor(schema, format="text")
s.RunSimTool = RunSimTool
s.assemble()
s

Create a Sim2l App (Javascript)

from sim2lbuilder import *
schema = GetSimtoolDefaultSchema("introtosimtools")
s = UIDLConstructor(schema, drawer_width=350, width="100%", height="600px")
s.assemble(
    jupyter_notebook_url=jupyter_notebook_url,  
)

Create a Sim2l App - Jupyter widget (ipywidget)

from sim2lbuilder import *
schema = GetSimtoolDefaultSchema("introtosimtools")
s = UIDLConstructor(schema, drawer_width=350, width="100%", height="600px")
s.assemble(
    jupyter_notebook_url=jupyter_notebook_url, 
    uidl_local = True,
    copy_libraries=True,
    widget = False,    
)