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I didn't knew the format changed 
. Also the FakeScreen module, I couldn't find it's topic. 
// normrnd
//
// This module allows returning standard Normal random number.
// This code is based on Box-Muller method, implemented in C
// by Prof Darren Wilkinson here:
//
// http://www.mas.ncl.ac.uk/~ndjw1/teaching/sim/transf/norm.html
//
// My work was porting to AGS and giving utilitary functions
// Author: Erico Porto
//
float surand()
{
return ( IntToFloat(Random(1000))/1000.0 );
}
float urand(float low, float high)
{
return(low+(high-low)*surand());
}
float genexp(float lambda)
{
float u,x;
u=surand();
x=(-1.0/lambda)*Maths.Log(u);
return(x);
}
float gennor()
{
float theta,rsq,x;
theta=urand(0.0,2.0*Maths.Pi);
rsq=genexp(0.5);
x=Maths.Sqrt(rsq)*Maths.Cos(theta);
return(x);
}
//normrnd_unitary
//
// returns a float that is a standard Normal random number
float normrnd_unitary(){
return gennor();
}
// returns an int that is a standard Normal random number
// first paramter, median, is the median of the distribution
// second parameter, sigma, is proportional to the variance of the distribution
// third and fourth parameter allow clamping the result if a hard limit is desired
int normrnd_asint(int median, int sigma, int clamp_ceil, int clamp_floor){
int return_value = FloatToInt(gennor()*IntToFloat(sigma)+IntToFloat(median));
if( clamp_ceil != clamp_floor && clamp_ceil > clamp_floor){
if (return_value > clamp_ceil){
return_value = clamp_ceil;
}
if (return_value < clamp_floor){
return_value = clamp_floor;
}
}
return return_value;
}
// normrnd
//
// This module allows returning standard Normal random number.
// This code is based on Box-Muller method, implemented in C
// by Prof Darren Wilkinson here:
//
// http://www.mas.ncl.ac.uk/~ndjw1/teaching/sim/transf/norm.html
//
// My work was porting to AGS and giving utilitary functions
// Author: Erico Porto
//
import float normrnd_unitary();
import int normrnd_asint(int median, int sigma, int clamp_ceil = 0, int clamp_floor = 0);
// Effect on entire screen using overlay
DynamicSprite* Spr_ScreenShot;
DynamicSprite* Spr_EffectedSShot;
DrawingSurface* EffectedSShot_Surface;
Overlay* Effect_Overlay ;
bool Effect_enabled;
// Effect_start is exposed using import on header
function Effect_start(){
Spr_ScreenShot = DynamicSprite.CreateFromScreenShot(320, 180);
Spr_EffectedSShot = DynamicSprite.CreateFromExistingSprite(Spr_ScreenShot.Graphic, false);
Effect_enabled=true;
Effect_Overlay = Overlay.CreateGraphical(0,0 , Spr_EffectedSShot.Graphic, true);
}
// Effect_stop is exposed using import on header
function Effect_stop(){
if(Effect_enabled){
Effect_enabled=false;
Effect_Overlay.Remove();
Spr_EffectedSShot.Delete();
Spr_ScreenShot.Delete();
}
}
function renderEffect(){
Effect_Overlay.Remove();
EffectedSShot_Surface = Spr_EffectedSShot.GetDrawingSurface();
//draw stuff on the surface and manipulate it ...
EffectedSShot_Surface.Release();
Effect_Overlay = Overlay.CreateGraphical(0,0 , Spr_EffectedSShot.Graphic, true);
}
// draws the effect once it's enabled
function repeatedly_execute_always()
{
if (!IsGamePaused() && Effect_enabled)
{
renderEffect();
}
}
// certify that effect stops when leaving the room
function on_event(EventType event, int data){
if(event == eEventLeaveRoom){
Effect_stop();
}
}
// new module script
DynamicSprite* interactionSprite;
DrawingSurface * interactionSurface;
Overlay* interactionOverlay ;
bool interactionShown;
int hotspot_minx[MAX_HOTSPOTS_PER_ROOM];
int hotspot_maxx[MAX_HOTSPOTS_PER_ROOM];
int hotspot_miny[MAX_HOTSPOTS_PER_ROOM];
int hotspot_maxy[MAX_HOTSPOTS_PER_ROOM];
int hotspot_x[MAX_HOTSPOTS_PER_ROOM];
int hotspot_y[MAX_HOTSPOTS_PER_ROOM];
//this is the function used to draw each label
function draw_label(String text, int textx, int texty){
int textcolor = Game.GetColorFromRGB(216,216, 216);
if(textx+GetTextWidth(text, eFontSmallFont)+4>Room.Width){
textx=Room.Width-GetTextWidth(text, eFontSmallFont)-4;
}
interactionSurface.DrawingColor = textcolor;
interactionSurface.DrawString(textx, texty, eFontSmallFontOutlined, text);
}
//this function shows the interaction detector when pressed
static void InteractionDetector::show() {
int obj_count = Room.ObjectCount;
int cha_count = Game.CharacterCount;
int i;
int textx, texty;
String text;
interactionShown = true;
interactionSprite = DynamicSprite.Create(Room.Width, Room.Height);
interactionSurface = interactionSprite.GetDrawingSurface();
Character *c;
i=0;
while(i<obj_count){
if(object[i].Visible && object[i].Clickable){
text = object[i].Name;
textx=object[i].X;
texty=object[i].Y;
draw_label(text, textx, texty);
}
i++;
}
i=0;
while(i<MAX_HOTSPOTS_PER_ROOM){
text = hotspot[i].Name;
if(hotspot[i].Enabled){
if(text.Length > 1 && text.IndexOf("Hotspot") == -1){
textx=hotspot_x[i];
texty=hotspot_y[i];
draw_label(text, textx, texty);
}
}
i++;
}
i=0;
while (i < cha_count) {
c = character[i];
if (c.Room == player.Room && c.Clickable && c.ID != player.ID) {
ViewFrame *cviewframe = Game.GetViewFrame(c.View, c.Loop, c.Frame);
textx = c.x;
texty = c.y - Game.SpriteHeight[cviewframe.Graphic]*c.Scaling/2*100;
text = c.Name;
if(text.Length>2){
draw_label(text, textx, texty);
}
}
i++;
}
interactionOverlay= Overlay.CreateGraphical(0, 0, interactionSprite.Graphic, true);
player.Say("testx = %d, texty = %d",hotspot_x[2], hotspot_y[2]);
}
//hides the Interaction Detector Overlay
static void InteractionDetector::hide() {
interactionOverlay.Remove();
interactionSurface.Release();
interactionSprite.Delete();
interactionShown = false;
}
//external function to check if the Interaction Detector Overlay is already shown
static bool InteractionDetector::isShown() {
return interactionShown;
}
//this allows toglin on and off the Interaction Detector Overlay
static void InteractionDetector::toggle() {
if(interactionShown){
InteractionDetector.hide();
} else {
InteractionDetector.show();
}
}
//this function calculates each hotspot position on the screen
function generate_hotspot_xy(){
int i;
Hotspot *h;
i=0;
while(i<MAX_HOTSPOTS_PER_ROOM){
hotspot_minx[i]=999;
hotspot_miny[i]=999;
hotspot_maxx[i]=0;
hotspot_maxy[i]=0;
hotspot_x[i]=-1;
hotspot_y[i]=-1;
i++;
}
int x=0;
int y=0;
int step=3;
int h_id;
//we will walk the screen in steps
//get the hotspot at the x,y point
//and note down the smaller and bigger
//x,y position for each hotspot
while(y<System.ViewportHeight - 1){
while(x<System.ViewportWidth - 1){
h = Hotspot.GetAtScreenXY(x, y);
h_id = h.ID;
if(h_id>0){
if(x < hotspot_minx[h_id] ){
hotspot_minx[h_id] = x;
}
if(y < hotspot_miny[h_id]){
hotspot_miny[h_id] = y;
}
if(x > hotspot_maxx[h_id]){
hotspot_maxx[h_id] = x;
}
if(y > hotspot_maxy[h_id]){
hotspot_maxy[h_id] = y;
}
}
x+=step;
}
y+=step;
}
//using the previously obtained max and min x and y values
//we calculate the center of the hotspot
i=0;
while(i<MAX_HOTSPOTS_PER_ROOM){
hotspot_x[i]=hotspot_minx[i]+(hotspot_maxx[i]-hotspot_minx[i])/2;
hotspot_y[i]=hotspot_miny[i]+(hotspot_maxy[i]-hotspot_miny[i])/2;
i++;
}
}
//everytime a room is loaded, we must recalculate it's hotspot position.
function on_event (EventType event, int data)
{
if (event == eEventEnterRoomBeforeFadein){
generate_hotspot_xy();
}
}
// new module header
#define MAX_HOTSPOTS_PER_ROOM 49
struct InteractionDetector
{
import static void show();
import static void hide();
import static void toggle();
import static bool isShown();
};
// new module script
DynamicSprite* interactionSprite;
DrawingSurface * interactionSurface;
Overlay* interactionOverlay ;
bool interactionShown;
int hotspot_minx[MAX_HOTSPOTS_PER_ROOM];
int hotspot_maxx[MAX_HOTSPOTS_PER_ROOM];
int hotspot_miny[MAX_HOTSPOTS_PER_ROOM];
int hotspot_maxy[MAX_HOTSPOTS_PER_ROOM];
int hotspot_x[MAX_HOTSPOTS_PER_ROOM];
int hotspot_y[MAX_HOTSPOTS_PER_ROOM];
//this is the function used to draw each label
function draw_label(String text, int textx, int texty){
int textcolor = Game.GetColorFromRGB(216,216, 216);
if(textx+GetTextWidth(text, eFontSmallFont)+4>Room.Width){
textx=Room.Width-GetTextWidth(text, eFontSmallFont)-4;
}
interactionSurface.DrawingColor = textcolor;
interactionSurface.DrawString(textx, texty, eFontSmallFontOutlined, text);
}
//this function shows the interaction detector when pressed
static void InteractionDetector::show() {
int obj_count = Room.ObjectCount;
int cha_count = Game.CharacterCount;
int i;
int textx, texty;
String text;
interactionShown = true;
interactionSprite = DynamicSprite.Create(Room.Width, Room.Height);
interactionSurface = interactionSprite.GetDrawingSurface();
Character *c;
i=0;
while(i<obj_count){
if(object[i].Visible && object[i].Clickable){
text = object[i].Name;
textx=object[i].X;
texty=object[i].Y;
draw_label(text, textx, texty);
}
i++;
}
i=0;
while(i<MAX_HOTSPOTS_PER_ROOM){
text = hotspot[i].Name;
if(hotspot[i].Enabled){
if(text.Length > 1 && text.IndexOf("Hotspot") == -1){
textx=hotspot_x[i];
texty=hotspot_y[i];
draw_label(text, textx, texty);
}
}
i++;
}
i=0;
while (i < cha_count) {
c = character[i];
if (c.Room == player.Room && c.Clickable && c.ID != player.ID) {
ViewFrame *cviewframe = Game.GetViewFrame(c.View, c.Loop, c.Frame);
textx = c.x;
texty = c.y - Game.SpriteHeight[cviewframe.Graphic]*c.Scaling/2*100;
text = c.Name;
if(text.Length>2){
draw_label(text, textx, texty);
}
}
i++;
}
interactionSurface.Release();
interactionOverlay= Overlay.CreateGraphical(0, 0, interactionSprite.Graphic, true);
}
//hides the Interaction Detector Overlay
static void InteractionDetector::hide() {
interactionOverlay.Remove();
interactionSprite.Delete();
interactionShown = false;
}
//external function to check if the Interaction Detector Overlay is already shown
static bool InteractionDetector::isShown() {
return interactionShown;
}
//this allows toglin on and off the Interaction Detector Overlay
static void InteractionDetector::toggle() {
if(interactionShown){
InteractionDetector.hide();
} else {
InteractionDetector.show();
}
}
//this function calculates each hotspot position on the screen
function generate_hotspot_xy(){
int i;
Hotspot *h;
i=0;
while(i<MAX_HOTSPOTS_PER_ROOM){
hotspot_minx[i]=999;
hotspot_miny[i]=999;
hotspot_maxx[i]=0;
hotspot_maxy[i]=0;
hotspot_x[i]=-1;
hotspot_y[i]=-1;
i++;
}
int x=0;
int y=0;
int step=3;
int h_id;
//we will walk the screen in steps
//get the hotspot at the x,y point
//and note down the smaller and bigger
//x,y position for each hotspot
while(y<System.ViewportHeight - 1){
x=0;
while(x<System.ViewportWidth - 1){
h = Hotspot.GetAtScreenXY(x, y);
h_id = h.ID;
if(h_id>0){
if(x < hotspot_minx[h_id] ){
hotspot_minx[h_id] = x;
}
if(y < hotspot_miny[h_id]){
hotspot_miny[h_id] = y;
}
if(x > hotspot_maxx[h_id]){
hotspot_maxx[h_id] = x;
}
if(y > hotspot_maxy[h_id]){
hotspot_maxy[h_id] = y;
}
}
x=x+step;
}
y=y+step;
}
//using the previously obtained max and min x and y values
//we calculate the center of the hotspot
i=0;
while(i<MAX_HOTSPOTS_PER_ROOM){
hotspot_x[i]=hotspot_minx[i]+(hotspot_maxx[i]-hotspot_minx[i])/2;
hotspot_y[i]=hotspot_miny[i]+(hotspot_maxy[i]-hotspot_miny[i])/2;
i++;
}
}
//everytime a room is loaded, we must recalculate it's hotspot position.
function on_event (EventType event, int data)
{
if (event == eEventEnterRoomBeforeFadein){
generate_hotspot_xy();
}
}
// new module header
#define MAX_HOTSPOTS_PER_ROOM 49
struct InteractionDetector
{
import static void show();
import static void hide();
import static void toggle();
import static bool isShown();
};
// new module script
DynamicSprite* interactionSprite;
DrawingSurface * interactionSurface;
Overlay* interactionOverlay ;
bool interactionShown;
int hotspot_minx[MAX_HOTSPOTS_PER_ROOM];
int hotspot_maxx[MAX_HOTSPOTS_PER_ROOM];
int hotspot_miny[MAX_HOTSPOTS_PER_ROOM];
int hotspot_maxy[MAX_HOTSPOTS_PER_ROOM];
int hotspot_x[MAX_HOTSPOTS_PER_ROOM];
int hotspot_y[MAX_HOTSPOTS_PER_ROOM];
int textcolor;
int label_index;
String scheduled_text[MAX_LABELS];
bool scheduled_text_enabled[MAX_LABELS];
int scheduled_text_x[MAX_LABELS];
int scheduled_text_y[MAX_LABELS];
//this is the function used to draw each label
function schedule_drawing(String text, int textx, int texty){
scheduled_text[label_index]=text;
scheduled_text_enabled[label_index]=true;
scheduled_text_x[label_index] = textx;
if(textx+GetTextWidth(text, eFontSmallFont)+4>System.ViewportWidth+40){
scheduled_text_enabled[label_index]=false;
}
if(textx+GetTextWidth(text, eFontSmallFont)+4>System.ViewportWidth){
scheduled_text_x[label_index]=System.ViewportWidth-GetTextWidth(text, eFontSmallFont)-4;
}
scheduled_text_y[label_index] = texty;
label_index++;
}
function draw_label(String text, int textx, int texty){
interactionSurface.DrawingColor = textcolor;
interactionSurface.DrawString(textx, texty, eFontSmallFontOutlined, text);
}
function fix_label_positions(){
int i;
int j;
i=0;
j=0;
int textwidth;
while(i<MAX_LABELS){
if(scheduled_text_enabled[i]){
textwidth=GetTextWidth(scheduled_text[i], eFontSmallFont) ;
j=0;
while(j<MAX_LABELS){
if(scheduled_text_enabled[j] && i!=j){
if(scheduled_text_y[i]<scheduled_text_y[j]+9 && scheduled_text_y[i]>scheduled_text_y[j]-9){
if(scheduled_text_x[i]<textwidth+scheduled_text_x[j]+8 && scheduled_text_x[i]>scheduled_text_x[j]-textwidth-8){
scheduled_text_y[i]=scheduled_text_y[i]-6;
scheduled_text_y[j]=scheduled_text_y[j]+2;
break;
}
}
}
j++;
}
}
i++;
}
}
function draw_all_labels(){
textcolor = Game.GetColorFromRGB(216,216, 216);
int i;
fix_label_positions();
fix_label_positions();
i=0;
while(i<MAX_LABELS){
if(scheduled_text_enabled[i]){
draw_label(scheduled_text[i] ,scheduled_text_x[i], scheduled_text_y[i]);
}
i++;
}
}
//this function calculates each hotspot position on the screen
function generate_hotspot_xy(){
int i;
Hotspot *h;
i=0;
while(i<MAX_HOTSPOTS_PER_ROOM){
hotspot_minx[i]=999;
hotspot_miny[i]=999;
hotspot_maxx[i]=0;
hotspot_maxy[i]=0;
hotspot_x[i]=-1;
hotspot_y[i]=-1;
i++;
}
int x=0;
int y=0;
int step=3;
int h_id;
//we will walk the screen in steps
//get the hotspot at the x,y point
//and note down the smaller and bigger
//x,y position for each hotspot
while(y<System.ViewportHeight - 1){
x=0;
while(x<System.ViewportWidth - 1){
h = Hotspot.GetAtScreenXY(x, y);
h_id = h.ID;
if(h_id>0){
if(x < hotspot_minx[h_id] ){
hotspot_minx[h_id] = x;
}
if(y < hotspot_miny[h_id]){
hotspot_miny[h_id] = y;
}
if(x > hotspot_maxx[h_id]){
hotspot_maxx[h_id] = x;
}
if(y > hotspot_maxy[h_id]){
hotspot_maxy[h_id] = y;
}
}
x=x+step;
}
y=y+step;
}
//using the previously obtained max and min x and y values
//we calculate the center of the hotspot
i=0;
while(i<MAX_HOTSPOTS_PER_ROOM){
hotspot_x[i]=hotspot_minx[i]+(hotspot_maxx[i]-hotspot_minx[i])/2;
hotspot_y[i]=hotspot_miny[i]+(hotspot_maxy[i]-hotspot_miny[i])/2;
i++;
}
}
//this function shows the interaction detector when pressed
static void InteractionDetector::show() {
int obj_count = Room.ObjectCount;
int cha_count = Game.CharacterCount;
int i;
int textx, texty;
String text;
interactionShown = true;
interactionSprite = DynamicSprite.Create(System.ViewportWidth, System.ViewportHeight);
interactionSurface = interactionSprite.GetDrawingSurface();
Character *c;
label_index=0;
generate_hotspot_xy();
i=0;
while(i<MAX_LABELS){
scheduled_text_enabled[i] = false;
i++;
}
i=0;
while(i<obj_count){
if(object[i].Visible && object[i].Clickable){
text = object[i].Name;
textx=object[i].X-GetViewportX();
texty=object[i].Y-GetViewportY();
schedule_drawing(text, textx, texty);
}
i++;
}
i=0;
while(i<MAX_HOTSPOTS_PER_ROOM){
text = hotspot[i].Name;
if(hotspot[i].Enabled){
if(text.Length > 1 && text.IndexOf("Hotspot") == -1){
textx=hotspot_x[i];
texty=hotspot_y[i];
schedule_drawing(text, textx, texty);
}
}
i++;
}
i=0;
while (i < cha_count) {
c = character[i];
if (c.Room == player.Room && c.Clickable && c.ID != player.ID) {
ViewFrame *cviewframe = Game.GetViewFrame(c.View, c.Loop, c.Frame);
textx = c.x-GetViewportX();
texty = c.y - Game.SpriteHeight[cviewframe.Graphic]*c.Scaling/2*100-GetViewportY();
text = c.Name;
if(text.Length>2){
schedule_drawing(text, textx, texty);
}
}
i++;
}
draw_all_labels();
interactionSurface.Release();
interactionOverlay= Overlay.CreateGraphical(0, 0, interactionSprite.Graphic, true);
}
//hides the Interaction Detector Overlay
static void InteractionDetector::hide() {
interactionOverlay.Remove();
interactionSprite.Delete();
interactionShown = false;
}
//external function to check if the Interaction Detector Overlay is already shown
static bool InteractionDetector::isShown() {
return interactionShown;
}
//this allows toglin on and off the Interaction Detector Overlay
static void InteractionDetector::toggle() {
if(interactionShown){
InteractionDetector.hide();
} else {
InteractionDetector.show();
}
}
//everytime a room is loaded, we must recalculate it's hotspot position.
function on_event (EventType event, int data)
{
if (event == eEventLeaveRoom){
if(interactionShown){
InteractionDetector.hide();
}
}
}