ign4/xf/sfl/sfl_r/n1.js

clog("A.")


function add_link(link_) {
	var link = jc(link_)
	// body...
}



function evl_test(txt){
		var ret = {}
		  ret.eret = eval(txt)// clog("d3_r evl.")
		  return ret

}

function scope_test(){
	var lvar = "z"
	Function.call(fnt)
	// new Function("return " +fnt)()()

}


function fn_attrs(fn){
	var i,k,v 
	i=0
	// for ([k,v] of entries(fn)) {
	for ([k,v] in entries(fn)) {
		i++
		clog(".",{i,k,v})
	}

	// dev_dec_gen2(glob_dev_fns.forceManyBody,"forceManyBody_")
}


function fnt(){
	clog("FNT1",lvar)
}

// fn_gen.forceManyBody_.fn

// n.toString(10.2)
glob_dev_fns.cls_picker = function(){
	clog("d3_~ CLS!",{that:this,args:[...arguments]})
}


function i2hp(int,s="",size=2){
	return s + Number(int).toString(16).padStart(size,"0")
	// "".padStart(2,"0")

}

function* sequenceGenerator(minVal, maxVal) {
    let currVal = minVal;
    let cnt

    while(currVal < maxVal){
    	clog("CV",currVal)
    // let cv = currVal++
    cnt += 1
    if (cnt > 30){
    	clog("CNT!")
    	break
    }
    	yield currVal.toString(3)
    // .padStart(3,"0")
        // yield currVal++;
		currVal++;
    	
    	clog("CV.",currVal)
    }
}
function* sequenceGenerator2(minVal, maxVal) {
    let currVal = minVal;
    let cnt

    while(currVal < maxVal){
    	clog("CV",currVal)
    // let cv = currVal++
    cnt += 1
    if (cnt > 30){
    	clog("CNT!")
    	break
    }

    	yield i2hp(currVal++)
    // .padStart(3,"0")
        // yield currVal++;
		// currVal++;
    	
    	// clog("CV.",currVal)
    }
}
// sequenceGenerator
// a=[...sequenceGenerator(0,27)]

// [
// 111
// 110
// 101
// 011

// 001
// 010
// 100
// 000


// 8 01
// 7 02
// 6 12


// 012
// 021
// 102
// 120
// 210
// 201
// ]

function gen_colors(){

}





function save_index(){
	yglob.main.nodes.forEach(function(n,i,arr){

		clog("d3_E",{that:this,args:[...arguments]})
		Object.assign(n,{i2:n.index})
	})
}

function save_index2(){
	yglob.main.nodes.forEach(function(){
		clog("d3_E",{that:this,args:[...arguments]})
	})
}
function splice_out(arr,elm){
	let i = arr.indexOf(elm)
	// var r = "" 
	if (i != -1){
		return arr.splice(i,1)
	}
	// return

}

function rem_node_by_index(index){
	var n = get_node(index)
	return splice_out(yglob.main.nodes,n)
}

function get_node(index){
	var i,k,v
	for (v of yglob.main.nodes){
		if (v.index == index){
			return v
		}
	}

}
// a = [1,2,3,4,5,6,7,8,9,0]
//