static void make_links(void)
{
int unit_ptr, mainUnit_Ptr;
FlintType weight;
weight = 1.0;
for ((mainUnit_Ptr) = krui_getFirstUnit();
(mainUnit_Ptr) <= krui_getNoOfUnits(); (mainUnit_Ptr)++)
/* main loop self connections too */
for ((unit_ptr) = krui_getFirstUnit();
(unit_ptr) <= krui_getNoOfUnits(); (unit_ptr)++) {
/* inner loop */
/*if (NOT (unit_ptr == mainUnit_Ptr)) { not the same entry !! */
krui_setCurrentUnit(mainUnit_Ptr);
if (NOT krui_isConnected(unit_ptr)) {
krui_createLink(unit_ptr, weight);
krui_setLinkWeight(weight);
}
}
}
int snns_getNoOfUnits(stEval *args, stEval *result, void *instance) {
int unitQuantity;
unitQuantity = krui_getNoOfUnits();
STINT(result) = unitQuantity;
return EC_OK;
}
static void create_net_PROC(void)
{
int create=1;
BN_ERROR = 0;
if(krui_getNoOfUnits() != 0) {
if(! ui_confirmYes("Create will erase current network. Create?")) {
create = 0;
}
}
if(create && (PLANE_length != 0)) {
krui_deleteNet();
calculate_first_snns_unit_no_of_plane();
create_snns_unit();
make_links();
krui_setLearnFunc("BPTT");
krui_setUpdateFunc("Hopfield_Synchronous");
krui_setInitialisationFunc("ClippHebb");
ui_NumberOfLearnParamsChanged();
ui_NumberOfUpdateParamsChanged();
ui_NumberOfInitParamsChanged();
bn_basics_refresh();
}/* if */
}
static inline void delUnit(IPackage&p,IConnection*c)
{
uint32 subnet,unit,max;
uint16 numunits;
p>>subnet>>numunits;
if(numunits<1)return;
int uarr[numunits],num=0,i;
max=krui_getNoOfUnits();
for(i=0;i<numunits;i++){
p>>unit;
if(unit<=max&&unit!=0)
uarr[num++]=unit;
}
if(num==0)return;
int err=krui_deleteUnitList(num,uarr);
//create deletion package
IPackage op("set");
op<<QString("delete unit")<<subnet<<(uint16)num;
for(i=0;i<num;i++)op<<(uint32)(uarr[i]);
c->send(op);
//send workaround packages
for(i=0;i<num;i++)sendSNNS(c,"delete unit",uarr[i]-i);
}
int ui_file_loadNet (Widget w, XtPointer button, caddr_t call_data)
{
char filename[4+MAX_NAME_LENGTH+MAX_NAME_LENGTH];
char string[MAX_NAME_LENGTH+MAX_NAME_LENGTH + 80];
/* filename plus some text */
Bool performLoad = TRUE;
char *temp;
int ret_val = 0;
/* check now for errors and react ! */
if (strlen(ui_filenameNET) == 0) {
ui_confirmOk("No file specified");
return (-1);
}
/* a filename is given */
if (ui_filenameNET[0] == '/')
sprintf(filename, "%s%s", ui_filenameNET,
ui_getExtension(UI_FILE_NET));
else
sprintf(filename, "%s/%s%s", ui_pathname, ui_filenameNET,
ui_getExtension(UI_FILE_NET));
if (NOT ui_fileExist(filename, 0)) {
ui_confirmOk("No such network file exists!");
return(-1);
}
/* a file exists */
if (krui_getNoOfUnits() != 0) {
if (NOT ui_confirmYes("Load will erase current network. Load?"))
performLoad = FALSE;
}
if (INVERS_CREATED) {
XtDestroyWidget(ui_InvRootWidget);
INVERS_CREATED = 0;
}
if (performLoad) {
sprintf(string,"Loading network: %s ...", filename);
ui_printMessage(string);
if(ui_controlIsCreated)ui_xSetLabel(ui_controlMessageWidget, "");
d3_clear_xyTranslationTable ();
ui_checkError(krui_loadNet(filename, &temp));
if (ui_kernelError < 0){
ui_confirmOk("Error during loading the network!");
} else {
ui_printMessage("Network loaded.");
/* message to text window */
sprintf(string,"\n\n\nNetwork loaded from file:\n %s\n",
filename);
ui_tw_printMessage(string);
/* try to load a configuration file with the same name */
if (ui_loadCorrespondingCfg) {
ui_loadCorrespondingCfg = TRUE;
sprintf(filename, "%s/%s%s", ui_pathname, ui_filenameNET,
ui_getExtension(UI_FILE_CFG));
if (ui_fileExist(filename, 0) AND
ui_confirmYes("Load corresponding configuration file")) {
ui_file_doLoadConfiguration(filename);
ret_val = 1;
}
}
}
/* initialization for graph */
if(o_open){
o_CurveNo += ((o_CurveLengths[o_CurveNo] != 0) &&
(o_CurveNo < MAX_CURVE_NO-2)) ? (2) : (0);
o_InitCurve();
o_LearnStepCount = 0;
}
/* reset gui */
ui_sel_resetList(); /* reset selections */
ui_net_completeRefresh(ui_currentDisplay, UI_GLOBAL); /* show net */
ui_printMessage("");
ui_stat_displayStatus(ui_gridPosMouse);
strcpy(ui_filenameSLNET, ui_filenameNET);
ui_file_updateShellLabels();
ui_info_makeUnitInfoPanelConsistent();
ui_NumberOfLearnParamsChanged();
ui_NumberOfUpdateParamsChanged();
ui_NumberOfInitParamsChanged();
}
return (ret_val);
}
int snns_process(stEval *args, stEval *result, void *instance) {
stEvalListHead *head = STLIST(&args[0]);
float *params = (float*)STLIST(&args[1]);
int numParams = STINT(&args[2]);
FlintTypeParam *array_ptr;
double *returnarray_ptr;
double *iterator;
int quant;
int i;
int n;
int *n_ptr;
krui_err errCode;
char *errMsg;
stEvalListHead *result_head = STLIST(result);
array_ptr = list_toArray(head);
iterator = array_ptr;
quant = krui_getNoOfUnits();
i = 1;
n = 0;
for(i=1;i <= quant; i++){
if(krui_getUnitTType(i)==INPUT){
krui_setUnitActivation(i, *iterator);
iterator++;
n++;
}
}
krui_updateNet(params, numParams);
free(array_ptr); //at the moment no space is allocated in list_toArray so commenting out this will result in a delay of the seg fault.
i=0;
n=0;
for(i=1;i <= quant; i++){
if(krui_getUnitTType(i)==OUTPUT){
n++;
}
}
returnarray_ptr = slMalloc(sizeof(double)*n);
iterator = returnarray_ptr;
i=1;
for(i=1;i <= quant; i++){
if(krui_getUnitTType(i)==OUTPUT){
*iterator = krui_getUnitOutput(i);
// printf("Got output of %d\n", (*iterator));
*(iterator++);
}
}
result->values.listValue = array_toList(returnarray_ptr, n);
result->type = AT_LIST;
free(returnarray_ptr);
return EC_OK;
}
static inline void modifUnit(IPackage&p,IConnection*c)
{
uint32 subnet;
uint16 numunits;
int err;
SUnit unit,ounit;
IPackage op("set");
op<<QString("modify unit");
op<<subnet<<numunits;
char buf[256];
for(int i=0;i<numunits;i++){
getUnit(unit,p);
ounit=unit;
//check for existance
if(!(unit.mask&UNUM)){
int num=krui_createDefaultUnit();
if(num<0){
ounit.errcode="Unable to create unit.";
setUnit(ounit,op);
continue;
}
unit.id=ounit.id=num;
}
if(unit.id==0||unit.id>krui_getNoOfUnits()){
ounit.mask=UERR|UNUM;
ounit.errcode="Unit doesn't exist.";
setUnit(ounit,op);
continue;
}
//prototype
if(unit.mask&UPROTO){
err=krui_setUnitFType(unit.id,CHR(buf,unit.prototype));
if(err){
ounit.prototype=krui_getUnitFTypeName(unit.id);
ounit.mask|=UERR;
ounit.errcode=krui_error(err);
}
}
//position
if(unit.mask&UPOS){
PosType pos;
pos.x=unit.xpos;
pos.y=unit.ypos;
pos.z=unit.zpos;
krui_setUnitPosition(unit.id,&pos);
krui_getUnitPosition(unit.id,&pos);
ounit.xpos=pos.x;
ounit.ypos=pos.y;
ounit.zpos=pos.z;
}
//bias
if(unit.mask&UBIAS){
krui_setUnitBias(unit.id,unit.bias);
}
//i_activation
if(unit.mask&UIACT){
krui_setUnitInitialActivation(unit.id,unit.iact);
}
//activation
if(unit.mask&UACT){
err=krui_setUnitActivation(unit.id,unit.act);
if(err){
ounit.act=krui_getUnitActivation(unit.id);
ounit.mask|=UERR;
ounit.errcode=krui_error(err);
}
}
//actfunc
if(unit.mask&UACTF){
err=krui_setUnitActFunc(unit.id,CHR(buf,unit.actfunc));
if(err){
ounit.mask|=UERR;
ounit.errcode=krui_error(err);
ounit.actfunc=krui_getUnitActFuncName(unit.id);
}
}
//outfunc
if(unit.mask&UOUTF){
err=krui_setUnitOutFunc(unit.id,CHR(buf,unit.outfunc));
if(err){
ounit.mask|=UERR;
ounit.errcode=krui_error(err);
ounit.outfunc=krui_getUnitOutFuncName(unit.id);
}
}
//name
if(unit.mask&UNAME){
err=krui_setUnitName(unit.id,CHR(buf,unit.name));
if(err){
ounit.mask|=UERR;
ounit.errcode=krui_error(err);
ounit.name=krui_getUnitName(unit.id);
}
}
//store
setUnit(ounit,op);
}
c->send(op);
}
/*****************************************************************************
FUNCTION : ui_map_grid
PURPOSE : draws a grid over the MAP squares and the axis
NOTES : type == 1 for color display; == 0 for B/W
RETURNS :
UPDATE : 20.05.1994
******************************************************************************/
static void
ui_map_grid(int type)
{
char x_String[40], y_String[40];
int x_steps,y_steps;
int n = 0;
float x_no,y_no,x_foo=0,y_foo=0;
int actual_sizeX,actual_sizeY;
XPoint p1,p2,p3,p4;
static char dash[]={6,6,6};
/* do nothing, if no network defined */
if(type == 0){
if( krui_getNoOfUnits() == 0 ||
(MAP_BW_squaresizeX == 0) || (MAP_BW_squaresizeY == 0) )return;
}else{
if( krui_getNoOfUnits() == 0 ||
(MAP_squaresizeX == 0) || (MAP_squaresizeY == 0) )return;
}
/* set the square size */
if(type == 0){
actual_sizeX = MAP_BW_squaresizeX;
actual_sizeY = MAP_BW_squaresizeY;
}else{
actual_sizeX = MAP_squaresizeX;
actual_sizeY = MAP_squaresizeY;
}
/* set output grid of units */
dash[0] = dash[1] = (int)(actual_sizeX*0.5 +0.5);
XSetDashes(ui_display,MAP_GRAPH_gc[20*type],
(int)(actual_sizeX*0.5 +0.5)+20*type,dash,2);
XSetLineAttributes(ui_display,MAP_GRAPH_gc[20*type],0,LineOnOffDash,
CapButt,JoinMiter);
x_steps = (int)((MAP_xMax - MAP_xMin)/MAP_scaleX);
y_steps = (int)((MAP_yMax - MAP_yMin)/MAP_scaleY);
x_no = MAP_xMin;
y_no = MAP_yMin;
while(n <= 10){
sprintf(x_String,"%1.1f",x_no);
sprintf(y_String,"%1.1f",y_no);
p1.x = (int)(x_foo)+20;
p1.y = 10;
p2.x = (x_steps)*actual_sizeX+30;
p2.y = (int)(y_foo)+20;
p3.x = 0;
p3.y = p2.y;
p4.x = p1.x;
p4.y = (y_steps)*actual_sizeY+20;
XDrawString(ui_display,MAP_GRAPH_win,MAP_GRAPH_gc[20*type],
p1.x,p1.y,x_String,(int)strlen(x_String));
XDrawString(ui_display,MAP_GRAPH_win,MAP_GRAPH_gc[20*type],
p2.x,p2.y,y_String,(int)strlen(y_String));
XDrawString(ui_display,MAP_GRAPH_win,MAP_GRAPH_gc[20*type],
p3.x,p3.y,y_String,(int)strlen(y_String));
XDrawString(ui_display,MAP_GRAPH_win,MAP_GRAPH_gc[20*type],
p4.x,p4.y+20,x_String,(int)strlen(x_String));
XDrawLine(ui_display,MAP_GRAPH_win,MAP_GRAPH_gc[20*type],
p1.x,p1.y,p4.x,p4.y);
XDrawLine(ui_display,MAP_GRAPH_win,MAP_GRAPH_gc[20*type],
p2.x,p2.y,p3.x+10,p3.y);
n ++;
x_foo = (type==0)?x_foo+(float)(x_steps*MAP_BW_squaresizeX)/10.0:
x_foo+(float)(x_steps*MAP_squaresizeX)/10.0;
y_foo = (type==0)?y_foo+(float)(y_steps*MAP_BW_squaresizeY)/10.0:
y_foo+(float)(y_steps*MAP_squaresizeY)/10.0;
x_no += (MAP_xMax-MAP_xMin)/10.0;
y_no += (MAP_yMax-MAP_yMin)/10.0;
}
XSetLineAttributes(ui_display,MAP_GRAPH_gc[20*type],0,
LineSolid,CapButt,JoinMiter);
}
/*****************************************************************************
FUNCTION : ui_map_geometry
PURPOSE : compute the geometry of the displays and the size of the squares
NOTES :
RETURNS :
UPDATE : 22.09.1994
******************************************************************************/
static void ui_map_geometry(int zoom_fact)
{
int maxstepsX,maxstepsY;
int n;
XtWidgetGeometry geo_info, geo_data;
XtWidgetGeometry disp_info, disp_data;
XtWidgetGeometry view_info, view_data;
XtGeometryResult geo_result;
/* do nothing, if no network defined */
if( krui_getNoOfUnits() == 0)
return;
maxstepsX = (int) (MAP_xMax-MAP_xMin)/MAP_scaleX;
maxstepsY = (int) (MAP_yMax-MAP_yMin)/MAP_scaleY;
/* set the necessary xlib environment variables */
if(ui_col_monochromeMode){
/* this is a B&W terminal */
MAP_GRAPH_gc[0] = XCreateGC(ui_display,MAP_GRAPH_win,0,0);
} else {
/* this is a color terminal */
for(n=0;n<=20;n++)
MAP_GRAPH_gc[n] = XCreateGC(ui_display,MAP_GRAPH_win,0,0);
/* set the foreground and background colors */
for(n=0; n<10;n++){
XSetForeground(ui_display,MAP_GRAPH_gc[n],
(uint) ui_col_rangePixels[(int)(n*1.7)]);
XSetBackground(ui_display,MAP_GRAPH_gc[n],
WhitePixel(ui_display,MAP_GRAPH_screen));
XSetForeground(ui_display,MAP_GRAPH_gc[10+n],
(uint) ui_col_rangePixels[(int)(15+n*1.7)]);
XSetBackground(ui_display,MAP_GRAPH_gc[10+n],
WhitePixel(ui_display,MAP_GRAPH_screen));
}
}
/* get widget geometry */
geo_result = XtQueryGeometry(MAP_GRAPH_mainwidget,&geo_data,&geo_info);
if(geo_result != XtGeometryYes){
geo_info.height = 400;
geo_info.width = 400;
}
if(zoom_fact != 0){
XtResizeWidget(MAP_GRAPH_mainwidget,geo_info.width,
geo_info.height,geo_info.border_width);
}
/* adjust squaresize */
if(ui_col_monochromeMode){ /* this is a B&W terminal */
MAP_BW_squaresizeX = MAP_BW_squaresizeX + zoom_fact;
MAP_BW_squaresizeY = MAP_BW_squaresizeY + zoom_fact;
if(MAP_BW_squaresizeX == 0)MAP_BW_squaresizeX = 1;
if(MAP_BW_squaresizeY == 0)MAP_BW_squaresizeY = 1;
MAP_windowsizeX = MAP_BW_squaresizeX*maxstepsX+40;
MAP_windowsizeY = MAP_BW_squaresizeY*maxstepsY+40;
}else{ /* this is a color terminal */
MAP_squaresizeX = MAP_squaresizeX + zoom_fact;
MAP_squaresizeY = MAP_squaresizeY + zoom_fact;
if(MAP_squaresizeX == 0)MAP_squaresizeX = 1;
if(MAP_squaresizeY == 0)MAP_squaresizeY = 1;
MAP_windowsizeX = MAP_squaresizeX*maxstepsX+62;
MAP_windowsizeY = MAP_squaresizeY*maxstepsY+62;
}
/* Resize all involved windows so that they fit the data and the screen */
XtResizeWidget(MAP_GRAPH_displaywidget,MAP_windowsizeX+62,
MAP_windowsizeY+62,0);
MAP_viewsizeX = MAP_squaresizeX * maxstepsX;
MAP_viewsizeY = MAP_squaresizeY * maxstepsY;
geo_result = XtQueryGeometry(MAP_GRAPH_displaywidget,
&disp_data,&disp_info);
geo_result = XtQueryGeometry(view,&view_data,&view_info);
if(view_info.width > disp_info.width)
XtResizeWidget(view,disp_info.width,
disp_info.height,view_info.border_width);
else
if(disp_info.width < geo_info.width)
XtResizeWidget(view,disp_info.width,
disp_info.height,view_info.border_width);
else
XtResizeWidget(view,geo_info.width,
geo_info.height,view_info.border_width);
}
/*****************************************************************************
FUNCTION : ui_displMap
PURPOSE : Main program to display the MAPs of the network
NOTES : Initializes widgets and switches for color or b&w terminal
RETURNS :
UPDATE : 22.09.94
******************************************************************************/
void ui_displMap(Widget w, caddr_t call_data)
{
Widget donebutton,setbutton,framewidget,zoomin,zoomout;
int maxstepX,maxstepY;
Arg args[25];
Cardinal n = 0;
char buf[40];
/* do nothing, if no network is defined */
if( (krui_getNoOfUnits()) == 0){
ui_confirmOk("No network loaded !");
return;
}
/* If a MAP window already exists, just put it on top */
if(MAP_WINDOW_created == 1){
XRaiseWindow (XtDisplay (MAP_GRAPH_mainwidget),
XtWindow (MAP_GRAPH_mainwidget));
return;
}
/* Create all necessary widgets */
n = 0;
sprintf(buf," SNNS Unit Projection\n");
MAP_GRAPH_mainwidget =
XtCreatePopupShell(buf,topLevelShellWidgetClass,ui_toplevel,args,n);
n = 0;
framewidget = XtCreateManagedWidget("form",formWidgetClass,
MAP_GRAPH_mainwidget,args,n);
donebutton = ui_xCreateButtonItem("done", framewidget, NULL, NULL);
zoomin = ui_xCreateButtonItem("zoomin",framewidget,NULL,donebutton);
setbutton = ui_xCreateButtonItem("setup",framewidget,zoomin,NULL);
zoomout = ui_xCreateButtonItem("zoomout",framewidget,zoomin,donebutton);
n = 0;
XtSetArg(args[n], XtNx, 0);n++;
XtSetArg(args[n], XtNy, 0);n++;
XtSetArg(args[n], XtNwidth, 210); n++;
XtSetArg(args[n], XtNheight, 25); n++;
XtSetArg(args[n], XtNinternalHeight, 1); n++;
XtSetArg(args[n], XtNinternalWidth , 1); n++;
XtSetArg(args[n], XtNborderWidth, 0); n++;
XtSetArg(args[n], XtNhorizDistance, 30); n++;
XtSetArg(args[n], XtNfromHoriz, setbutton); n++;
XtSetArg(args[n], XtNfromVert, NULL); n++;
XtSetArg(args[n], XtNleft , XtChainLeft); n++;
XtSetArg(args[n], XtNright , XtChainLeft); n++;
XtSetArg(args[n], XtNtop , XtChainTop); n++;
XtSetArg(args[n], XtNbottom, XtChainTop);n++;
scale = XtCreateManagedWidget("Label",formWidgetClass,framewidget,args,n);
n = 0;
XtSetArg(args[n], XtNx, 0);n++;
XtSetArg(args[n], XtNy, 0);n++;
XtSetArg(args[n], XtNborderWidth, 1); n++;
XtSetArg(args[n], XtNwidth, MAP_windowsizeX+62); n++;
XtSetArg(args[n], XtNheight, MAP_windowsizeY+62); n++;
XtSetArg(args[n], XtNallowHoriz, TRUE);n++;
XtSetArg(args[n], XtNallowVert, TRUE);n++;
XtSetArg(args[n], XtNforceBars, TRUE);n++;
XtSetArg(args[n], XtNfromHoriz, NULL); n++;
XtSetArg(args[n], XtNfromVert, zoomin); n++;
XtSetArg(args[n], XtNvertDistance, 10); n++;
XtSetArg(args[n], XtNleft , XtChainLeft); n++;
XtSetArg(args[n], XtNright , XtChainRight); n++;
XtSetArg(args[n], XtNtop , XtChainTop); n++;
XtSetArg(args[n], XtNbottom, XtChainBottom);n++;
view = XtCreateManagedWidget("view",viewportWidgetClass,framewidget,args,n);
MAP_GRAPH_displaywidget =
ui_createMyScreen("screen",view,MAP_windowsizeX,MAP_windowsizeY,
NULL,scale);
MAP_WINDOW_created = 1;
/* define the routines to be called for widget events */
XtAddCallback(donebutton, XtNcallback,
(XtCallbackProc)ui_map_close,MAP_GRAPH_mainwidget);
XtAddCallback(setbutton, XtNcallback,(XtCallbackProc)ui_map_setup,NULL);
XtAddCallback(zoomin, XtNcallback,(XtCallbackProc)ui_map_zoom_in,NULL);
XtAddCallback(zoomout, XtNcallback,(XtCallbackProc)ui_map_zoom_out,NULL);
XtAddEventHandler(MAP_GRAPH_displaywidget,
StructureNotifyMask | ExposureMask, GraphicsExpose,
(XtEventHandler) ui_map_event,ui_display);
XtAddEventHandler(framewidget,KeyPressMask,FALSE,
(XtEventHandler)ui_key_control,(Cardinal *) 0);
/* set the maximum size of each square and the size of the whole window */
maxstepX = (int)((float)(MAP_xMax - MAP_xMin)/ MAP_scaleX);
maxstepY = (int)((float)(MAP_yMax - MAP_yMin)/ MAP_scaleY);
if(ui_col_monochromeMode){
/* B&W terminal => variable square size needed */
MAP_squaresizeX = (maxstepX > MAP_viewsizeX/MAP_BW_squaresizeX)?
MAP_BW_squaresizeX:
(int)((float)MAP_viewsizeX/(float)maxstepX);
MAP_windowsizeX = MAP_squaresizeX*maxstepX+40;
MAP_squaresizeY = (maxstepY > MAP_viewsizeY/MAP_BW_squaresizeY)?
MAP_BW_squaresizeY:
(int)((float)MAP_viewsizeY/(float)maxstepY);
MAP_windowsizeX = MAP_squaresizeX*maxstepX+40;
}else{
/* color terminal => fixed square size */
MAP_squaresizeX =
( maxstepX > MAP_viewsizeX/5)?5:(int)(MAP_viewsizeX/maxstepX);
MAP_squaresizeY =
( maxstepY > MAP_viewsizeY/5)?5:(int)(MAP_viewsizeY/maxstepY);
MAP_windowsizeX = MAP_squaresizeX*maxstepX+40;
MAP_windowsizeY = MAP_squaresizeY*maxstepY+40;
}
/* Realize the window */
XtPopup(MAP_GRAPH_mainwidget, XtGrabNone);
MAP_GRAPH_screen = DefaultScreen(ui_display);
MAP_GRAPH_win = XtWindow(MAP_GRAPH_displaywidget);
}
