henryscala

shared alias Vec2 => [Integer,Integer];
shared alias Vec2List => CycleList<Vec2>;
Integer x = 0;
Integer y = 1;



shared class CycleListNode<T>(nodeValue,prev=null,next=null) {
 shared variable T nodeValue;
 shared variable CycleListNode<T>? prev;

henryscala

import 'dart:html';


void main() {
  Vec2 p1=new Vec2(50,50);
  Vec2 p2=new Vec2(100,50);
  Vec2 p3=new Vec2(100,100);
  Vec2 p4=new Vec2(50,100); 

  HtmlCanvas canvas = new HtmlCanvas("#canvas")

henryscala

import 'dart:math'; 

addv(v1, v2){
return [v1[0]+v2[0],v1[1]+v2[1]];
}

subv(v1,v2){
return [v1[0]-v2[0],v1[1]-v2[1]];
}

henryscala

module Lab2 where

------------------------------------------------------------------------------------------------------------------------------
-- Lab 2: Validating Credit Card Numbers
------------------------------------------------------------------------------------------------------------------------------

-- ===================================
-- Ex. 0
-- ===================================

henryscala

srcFileName = r'file1.java'
dstFileName = r'file2.java'

srcFile = open(srcFileName,'r')
dstFile = open(dstFileName,'w')

def listToStr(alist):
    result ='';
    for a in alist:        

henryscala

Sub squeezeRow(column, startRow, endRow As Integer)
    Dim count As Integer
    count = 0
    i = startRow
    Do While i <= endRow
        If Cells(i, column).Value = "" Then
            For j = i + 1 To endRow
                Cells(j - 1, column).Value = Cells(j, column).Value
            Next
            Cells(endRow, column) = ""

henryscala

#tutorials http://www.scolvin.com/juliabyexample/

http://julialang.org/learning/

http://dataframesjl.readthedocs.org/en/latest/

http://gadflyjl.org/

#init config

henryscala

package main

import (
    "github.com/ajstarks/svgo"
    "os"
	"fmt"
)

/*width 50, height 50*/
func drawHeart(canvas *svg.SVG, x, y int ) {

henryscala

# A R program to help generate MSC charts. 
# The feature to differentiate it from other similar tools is that it support parallel messages. 
# It is in testing phase. 

library("grid")

diagram.params <- list(titleLines=1,
                       headLines=2,
                       widthPad=1,
                       heightPad=0.5,

henryscala

In [9]: import sympy

In [11]: from sympy import symbols 

In [12]: x = symbols('x')

In [13]: x
Out[13]: x