SSD1306 Now with 64x48 for D1 Mini Oled Shield [SOLVED]

1) I've changed the WIDTH to 64 (even tried 128)
2) changed the line you suggested (which made sense) to 31-94 in hex of course.
Nothing changed.

var C = {
    OLED_WIDTH                 : 64,
    OLED_CHAR                  : 0x40,
    OLED_CHUNK                 : 64
   };
   
   // commands sent when initialising the display
   var extVcc=false; // if true, don't start charge pump 
   var initCmds = new Uint8Array([
    0xAE, // 0 disp off
    0xD5, // 1 clk div
    0x80, // 2 suggested ratio
    0xA8, 63, // 3 set multiplex, height-1
    0xD3,0x0, // 5 display offset
    0x40, // 7 start line
    0x8D, extVcc?0x10:0x14, // 8 charge pump (need 0x14)
    0x20, 0x00, // 10 memory mode
    0xA1,  // 12 seg remap 1 (screen orientation)
    0xC8, // 13 comscandec () screen orientation change to INC to flip)
    0xDA, 0x12, // 14 set compins, height==64 ? 0x12:0x02,
    0x81, extVcc?0x9F:0xCF, // 16 set contrast //0x8F
    0xD9, extVcc?0x22:0xF1, // 18 set precharge
    0xDB, 0x40, // 20 set vcom detect
    0xA4, // 22 display all on
    0xA6, // 23 display normal (non-inverted)
    0xAF // 24 disp on
]);
   // commands sent when sending data to the display
   var flipCmds = [
        0x21, // columns
        0x20, 0x62,
        0x22, // pages
        0,6 /* (height>>3)-1 */];
   function update(options) {
     if (options) {
       if (options.height) {
         initCmds[4] = options.height-1;
         initCmds[15] = options.height==64 || options.height== 48 ? 0x12 : 0x02;
         flipCmds[5] = (options.height>>3)-1;
       }
       if (options.contrast!==undefined) initCmds[17] = options.contrast;
     }
   }
   
   
   connect = function(i2c, callback, options) {
     update(options);
     var oled = Graphics.createArrayBuffer(C.OLED_WIDTH,­initCmds[4]+1,1,{vertical_byte : true});
   
     var addr = 0x3C;
     if(options) {
       if (options.address) addr = options.address;  
       // reset display if 'rst' is part of options 
       if (options.rst) digitalPulse(options.rst, 0, 10); 
     }
     
     setTimeout(function() {
       // configure the OLED
       initCmds.forEach(function(d) {i2c.writeTo(addr, [0,d]);});
     }, 50);
   
     // if there is a callback, call it now(ish)
     if (callback !== undefined) setTimeout(callback, 100);
   
     // write to the screen
     oled.flip = function() { 
       // set how the data is to be sent (whole screen)
       flipCmds.forEach(function(d) {i2c.writeTo(addr, [0,d]);});
       var chunk = new Uint8Array(C.OLED_CHUNK+1);
   
       chunk[0] = C.OLED_CHAR;
       for (var p=0; p<this.buffer.length; p+=C.OLED_CHUNK) {
         chunk.set(new Uint8Array(this.buffer,p,C.OLED_CHUNK), 1);
         i2c.writeTo(addr, chunk);
       } 
     };
   
     // set contrast, 0..255
     oled.setContrast = function(c) { i2c.writeTo(addr, 0, 0x81, c); };
   
     // set off
     oled.off = function() { i2c.writeTo(addr, 0, 0xAE); };
   
     // set on
     oled.on = function() { i2c.writeTo(addr, 0, 0xAF); };
   
     // return graphics
     return oled;
   };



function start(){
  g.clear();
  g.drawString("Hello",0,0);
  g.drawLine(0, 20, g.getWidth(), 20);
  g.setFontVector(10);
  g.drawString("123456789",0,7);
  g.drawString("123456789",0,22);
  g.drawString("123456789",0,35);
  g.flip();
}
// HELTEC 128x32
/*
let SCL = D5;
let SDA = D4;
I2C1.setup({scl:SCL,sda:SDA});
var g = require("SSD1306").connect(I2C1, start, { height : 32 });
*/
//D1.Mini OLED 64x48
let SCL = NodeMCU.D1;
let SDA = NodeMCU.D2;
I2C1.setup({scl:SCL,sda:SDA});
var g = connect(I2C1,start, { height : 48 });