modelling engine tests

test.js

import { Model, Block, InputBlock, OutputBlock, BlockDef, InputBlockDef, BlockDefParameter, Library } from 'meteor/zetoff:modelling-engine-entities';
import { Encoder, Decoder, Executer } from 'meteor/zetoff:modelling-engine-core';

const math = Library.get('math');

if (math) {
  global.modelMath = new Model({
    name: 'model_1',
    libraries: [math],
  });

  const param_1 = new InputBlock({
    name: 'param_1',
    nickName: 'modelMath parameter 1',
    blockDef: new InputBlockDef({
      name: 'param_1_def',
      nickName: 'modelMath parameter 1 definition',
      output: [
        new BlockDefParameter({
          name: 'A',
          nickName: 'A',
        })
      ]
    }),
  });

  param_1.output.A.value = 2;

  modelMath.addBlock(param_1);

  const sum_1 = new Block({
    name: 'sum_1',
    blockDef: math.getBlockDefByName('sum'),
  });

  // sum_1.input.A.value = 4;
  sum_1.input.B.value = 3;

  modelMath.addBlock(sum_1);
  modelMath.addBlockRelation(param_1.output.A ,sum_1.input.A);

  const sum_2 = new Block({
    name: 'sum_2',
    blockDef: math.getBlockDefByName('sum'),
  });

  sum_2.input.B.value = 8;

  modelMath.addBlock(sum_2);
  modelMath.addBlockRelation(sum_1.output.R, sum_2.input.A);

  const acos_1 = new Block({
    name: 'acos_1',
    blockDef: math.getBlockDefByName('acos'),
  });

  acos_1.input.X.value = 0.5;

  modelMath.addBlock(acos_1);

  const div_int_1 = new OutputBlock({
    name: 'div_int_1',
    blockDef: math.getBlockDefByName('div_int'),
  });

  modelMath.addBlock(div_int_1);
  modelMath.addBlockRelation(sum_2.output.R, div_int_1.input.A);
  modelMath.addBlockRelation(acos_1.output.Y, div_int_1.input.B);

  console.log(modelMath);
}


global.Engine = {
  Library,
  Model,
  Block,
  BlockDef,
  Encoder,
  Decoder,
  Executer
};