void aw_calibtools(AWINDOWP parent){
int USE_HACK = aw_confirm(
parent,
"Use alternative touch",
"Do you want to use alternative touch?\n Only use if the default method does not work.\n\nPress the volume keys to select Yes or No.",
"@alert",
acfg_var.text_no,
acfg_var.text_yes
);
byte current_hack = atouch_gethack();
if (!USE_HACK){
atouch_sethack(1);
}
else{
atouch_sethack(0);
}
//-- Set Mask
CANVAS * tmpc = aw_muteparent(parent);
on_dialog_window = 1;
ag_rectopa(agc(),0,0,agw(),agh(),0x0000,220);
ag_sync();
byte isvalid = 0;
//-- Initializing Canvas
CANVAS ccv;
ag_canvas(&ccv,agw(),agh());
ag_blur(&ccv,agc(),agdp()*2);
int xpos[5] = { agdp()*10, agw()-(agdp()*10), agdp()*10, agw()-(agdp()*10), agw()/2 };
int ypos[5] = { agdp()*10, agdp()*10, agh() - (agdp()*10), agh()-(agdp()*10), agh()/2 };
int xtch[5] = { 0,0,0,0,0 };
int ytch[5] = { 0,0,0,0,0 };
atouch_plaincalibrate();
char datx[256];
if (!aw_calibdraw(&ccv,0,xpos,ypos,xtch,ytch))
goto doneit;
if (!aw_calibdraw(&ccv,1,xpos,ypos,xtch,ytch))
goto doneit;
if (!aw_calibdraw(&ccv,2,xpos,ypos,xtch,ytch))
goto doneit;
if (!aw_calibdraw(&ccv,3,xpos,ypos,xtch,ytch))
goto doneit;
if (!aw_calibdraw(&ccv,4,xpos,ypos,xtch,ytch))
goto doneit;
float padsz = agdp()*5;
float leftx = ((xtch[0]+xtch[2])/2);
float rightx = ((xtch[1]+xtch[3])/2);
float topy = ((ytch[0]+ytch[1])/2);
float bottomy = ((ytch[2]+ytch[3])/2);
float centerx = xtch[4];
float centery = ytch[4];
float halfx = (agw()/2)-padsz;
float halfy = (agh()/2)-padsz;
float fullx = agw()-padsz;
float fully = agh()-padsz;
byte data_is_valid = 0;
float cal_x = 0;
float cal_y = 0;
int add_x = 0;
int add_y = 0;
if ((halfx>0)&&(fullx>0)&&(halfy>0)&&(fully>0)){
cal_x = ((((centerx-leftx)/halfx) + ((rightx-leftx)/fullx))/2);
cal_y = ((((centery-topy)/halfy) + ((bottomy-topy)/fully))/2);
if ((cal_x>0)&&(cal_y>0)){
add_x = round((leftx / cal_x) - padsz);
add_y = round((topy / cal_y) - padsz);
data_is_valid = 1;
}
}
if (data_is_valid){
atouch_set_calibrate(cal_x,add_x,cal_y,add_y);
if (!USE_HACK){
snprintf(datx,255,
"Use/Replace this command in <#009>aroma-config</#>:\n\n"
"<#060>calibrate(\n \"%01.4f\",\"%i\",\"%01.4f\",\"%i\",\"yes\"\n);</#>\n\n",
cal_x,add_x,cal_y,add_y);
}
else{
snprintf(datx,255,
"Use/Replace this command in <#009>aroma-config</#>:\n\n"
"<#060>calibrate(\n \"%01.4f\",\"%i\",\"%01.4f\",\"%i\"\n);</#>\n\n",
cal_x,add_x,cal_y,add_y);
}
aw_calibdraw(&ccv,-1,xpos,ypos,xtch,ytch);
isvalid = 1;
}
else{
aw_alert(parent,
"Calibrated Data",
"Calibrated data not valid, please try again...",
"@info",
NULL);
}
doneit:
ag_ccanvas(&ccv);
on_dialog_window = 0;
aw_unmuteparent(parent,tmpc);
byte dont_restore_caldata = 0;
if (isvalid){
aw_alert(parent,
"Calibrated Data",
datx,
"@info",
NULL);
dont_restore_caldata = aw_confirm(
parent,
"Set Calibrated Data",
"Do you want to use the current calibrated data in the current process?\n\n<#080>NOTE:</#> It will revert back when you restart the AROMA Installer...",
"@alert",
NULL,
NULL
);
}
if (!dont_restore_caldata){
atouch_sethack(current_hack);
atouch_restorecalibrate();
}
}
void aw_calibtools(AWINDOWP parent){
//-- Set Mask
CANVAS * tmpc = aw_muteparent(parent);
on_dialog_window = 1;
ag_rectopa(agc(),0,0,agw(),agh(),0x0000,220);
ag_sync();
byte isvalid = 0;
//-- Initializing Canvas
CANVAS ccv;
ag_canvas(&ccv,agw(),agh());
ag_blur(&ccv,agc(),agdp()*2);
int xpos[5] = { agdp()*10, agw()-(agdp()*10), agdp()*10, agw()-(agdp()*10), agw()/2 };
int ypos[5] = { agdp()*10, agdp()*10, agh() - (agdp()*10), agh()-(agdp()*10), agh()/2 };
int xtch[5] = { 0,0,0,0,0 };
int ytch[5] = { 0,0,0,0,0 };
atouch_plaincalibrate();
char datx[256];
if (!aw_calibdraw(&ccv,0,xpos,ypos,xtch,ytch))
goto doneit;
if (!aw_calibdraw(&ccv,1,xpos,ypos,xtch,ytch))
goto doneit;
if (!aw_calibdraw(&ccv,2,xpos,ypos,xtch,ytch))
goto doneit;
if (!aw_calibdraw(&ccv,3,xpos,ypos,xtch,ytch))
goto doneit;
if (!aw_calibdraw(&ccv,4,xpos,ypos,xtch,ytch))
goto doneit;
float padsz = agdp()*5;
float leftx = ((xtch[0]+xtch[2])/2);
float rightx = ((xtch[1]+xtch[3])/2);
float topy = ((ytch[0]+ytch[1])/2);
float bottomy = ((ytch[2]+ytch[3])/2);
float centerx = xtch[4];
float centery = ytch[4];
float halfx = (agw()/2)-padsz;
float halfy = (agh()/2)-padsz;
float fullx = agw()-padsz;
float fully = agh()-padsz;
byte data_is_valid = 0;
float cal_x = 0;
float cal_y = 0;
int add_x = 0;
int add_y = 0;
if ((halfx>0)&&(fullx>0)&&(halfy>0)&&(fully>0)){
cal_x = ((((centerx-leftx)/halfx) + ((rightx-leftx)/fullx))/2);
cal_y = ((((centery-topy)/halfy) + ((bottomy-topy)/fully))/2);
if ((cal_x>0)&&(cal_y>0)){
add_x = round((leftx / cal_x) - padsz);
add_y = round((topy / cal_y) - padsz);
data_is_valid = 1;
}
}
if (data_is_valid){
atouch_set_calibrate(cal_x,add_x,cal_y,add_y);
snprintf(datx,255,
"Use/Replace this command in top of <#009>aroma-config</#>:\n\n"
"<#060>calibrate(\"%01.4f\",\"%i\",\"%01.4f\",\"%i\");</#>\n\n",
cal_x,add_x,cal_y,add_y);
aw_calibdraw(&ccv,-1,xpos,ypos,xtch,ytch);
isvalid = 1;
}
else{
aw_alert(parent,
"Calibrated Data",
"Calibrated Data not Valid, Please Try Again...",
"icons/info",
NULL);
}
doneit:
ag_ccanvas(&ccv);
on_dialog_window = 0;
aw_unmuteparent(parent,tmpc);
byte dont_restore_caldata = 0;
if (isvalid){
aw_alert(parent,
"Calibrated Data",
datx,
"icons/info",
NULL);
dont_restore_caldata = aw_confirm(
parent,
"Set Calibrated Data",
"Do You Want to Use Current Calibrated Data in Current Process?\n\n<#080>NOTE:</#> It Will revert back when you restart the AROMA Installer...",
"icons/alert",
NULL,
NULL
);
}
if (!dont_restore_caldata){
atouch_restorecalibrate();
}
}