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T2Input.cpp
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T2Input.cpp
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#include "T2Input.h"
#include "ProFont6x11.h"
#include "Console.h"
#include "Console_io.h"
extern Console console;
extern fifo_t serial_in;
extern int scr_w;
extern int scr_h;
// Tick and cycle to calculate current effective emulated speed.
VMINT prev_tick;
unsigned long prev_cycle;
#ifdef WIN32
static int abs(int a){
return a<0?-a:a;
}
#endif
const char * normal_keyboard[10][10] =
{
{"0", " ", "_", "\\", "/", "=", ":", ";", "<", ">"},
{"1", ".", ",", "\'", "?", "!", "\"", "(", ")", "+"},
{"2", "a", "b", "c", "-", "$", "%", "^", "[", "]"},
{"3", "d", "e", "f", "{", "}", "*", "&", "#", "¹"},
{"4", "g", "h", "i", "", "", "", "", "", ""},
{"5", "j", "k", "l", "", "", "", "", "", ""},
{"6", "m", "n", "o", "", "", "", "", "", ""},
{"7", "p", "q", "r", "s", "", "", "", "", ""},
{"8", "t", "u", "v", "", "", "", "", "", ""},
{"9", "w", "x", "y", "z", "", "", "", "", ""},
};
const char * big_keyboard[10][10] =
{
{"0", " ", "_", "\\", "/", "=", ":", ";", "<", ">"},
{"1", ".", ",", "\'", "?", "!", "\"", "(", ")", "+"},
{"2", "A", "B", "C", "-", "$", "%", "^", "[", "]"},
{"3", "D", "E", "F", "{", "}", "*", "&", "#", "¹"},
{"4", "G", "H", "I", "", "", "", "", "", ""},
{"5", "J", "K", "L", "", "", "", "", "", ""},
{"6", "M", "N", "O", "", "", "", "", "", ""},
{"7", "P", "Q", "R", "S", "", "", "", "", ""},
{"8", "T", "U", "V", "", "", "", "", "", ""},
{"9", "W", "X", "Y", "Z", "", "", "", "", ""},
};
struct name_and_code{
char*name;
unsigned char code;
};
const name_and_code ctrl_keyboard[10][10] =
{
{{"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {""}},
{{"", 0}, {"^[", 27}, {"^]", 29}, {"^\\", 28}, {"^^", 30}, {"^_", 31}, {"", 0}, {"", 0}, {"", 0}, {""}},
{{"", 0}, {"^A", 1}, {"^B", 2}, {"^C", 3}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {""}},
{{"", 0}, {"^D", 4}, {"^E", 5}, {"^F", 6}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {""}},
{{"", 0}, {"^G", 7}, {"^H", 8}, {"^I", 9}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {""}},
{{"", 0}, {"^J", 10}, {"^K", 11}, {"^L", 12}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {""}},
{{"", 0}, {"^M", 13}, {"^N", 14}, {"^O", 15}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {""}},
{{"", 0}, {"^P", 16}, {"^Q", 17}, {"^R", 18}, {"^S", 19}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {""}},
{{"", 0}, {"^T", 20}, {"^U", 21}, {"^V", 22}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {""}},
{{"", 0}, {"^W", 23}, {"^X", 24}, {"^Y", 25}, {"^Z", 26}, {"", 0}, {"", 0}, {"", 0}, {"", 0}, {""}},
};
const char * num_keyboard[10] = {"0", "1", "2", "3", "4", "5", "6", "7", "8", "9"};
const char * Fnum_keyboard[12] = {"F1", "F2", "F3", "F4", "F5", "F6", "F7", "F8", "F9", "F10", "F11", "F12"};
const char * set_keyboard[12] = {"F%", "CTRL", "TAB", "PAUSE", "CONT", "LOAD", "SAVE", "MAN", "", "Back", "", ""};
const char * Fnum_codes[12] = {"\033[1P", "\033[1Q", "\033[1R", "\033[1S", "\033[15~",
"\033[17~", "\033[18~", "\033[19~", "\033[20~", "\033[21~", "\033[23~", "\033[24~"};
const char* imput_modes[4]={"abc", "Abc", "ABC", "123"};
int T2Input::get_keycode(int x, int y){
if(y<scr_h-key_h*5)
return 255;
int k_x = x/key_w, k_y = (y - keyboard_h)/key_h;
switch(k_y){
case 0:
switch(k_x){
case 0:
if((y - keyboard_h)<key_h/2)
return VM_KEY_LEFT_SOFTKEY;
break;
case 1:
{
if(abs(key_w+key_w/2-x)<key_w/4 && abs(keyboard_h+key_h/2-y)<key_h/4)
return VM_KEY_OK;
float a1 = (float)key_h/(float)key_w, a2 = -a1, b1 = keyboard_h - key_h, b2 = keyboard_h + key_h*2;
bool p1 = y < a1*(float)x + b1, p2 = y < a2*(float)x + b2;
if(p1)
if(p2)
return VM_KEY_UP;
else
return VM_KEY_RIGHT;
else
if(p2)
return VM_KEY_LEFT;
else
return VM_KEY_DOWN;
}
break;
case 2:
if((y - keyboard_h)<key_h/2)
return VM_KEY_RIGHT_SOFTKEY;
break;
}
break;
case 1:
return VM_KEY_NUM1+k_x;
break;
case 2:
return VM_KEY_NUM4+k_x;
break;
case 3:
return VM_KEY_NUM7+k_x;
break;
case 4:
switch(k_x){
case 0:
return VM_KEY_STAR;
break;
case 1:
return VM_KEY_NUM0;
break;
case 2:
return VM_KEY_POUND;
break;
}
break;
}
return 255;
}
void T2Input::show_current_pressed_key(){
const unsigned short fill_color = VM_COLOR_888_TO_565(0,128,0);
vm_graphic_color color;
color.vm_color_565 = fill_color;
vm_graphic_setcolor(&color);
if(current_key==255)
return;
if(current_key>=VM_KEY_NUM1 && current_key <= VM_KEY_NUM9)
vm_graphic_fill_rect(scr_buf, ((current_key-VM_KEY_NUM1)%3)*key_w,
((current_key-VM_KEY_NUM1)/3)*key_h + keyboard_h + key_h, key_w, key_h, fill_color, fill_color);
else
switch(current_key){
case VM_KEY_LEFT_SOFTKEY:
vm_graphic_fill_rect(scr_buf, 0, keyboard_h, key_w, key_h/2, fill_color, fill_color);
break;
case VM_KEY_RIGHT_SOFTKEY:
vm_graphic_fill_rect(scr_buf, key_w*2, keyboard_h, key_w, key_h/2, fill_color, fill_color);
break;
case VM_KEY_OK:
vm_graphic_fill_rect(scr_buf, key_w + key_w/4, keyboard_h + key_h/4, key_w/2, key_h/2, fill_color, fill_color);
break;
case VM_KEY_UP:
{
vm_graphic_point points[4]=
{
{squares[0][0],squares[0][1]},
{squares[1][0],squares[1][1]},
{squares[5][0],squares[5][1]},
{squares[4][0],squares[4][1]},
};
vm_graphic_fill_polygon(layer_handle, points, 4);
}
break;
case VM_KEY_DOWN:
{
vm_graphic_point points[4]=
{
{squares[2][0],squares[2][1]},
{squares[3][0],squares[3][1]},
{squares[7][0],squares[7][1]},
{squares[6][0],squares[6][1]},
};
vm_graphic_fill_polygon(layer_handle, points, 4);
}
break;
case VM_KEY_LEFT:
{
vm_graphic_point points[4]=
{
{squares[3][0],squares[3][1]},
{squares[0][0],squares[0][1]},
{squares[4][0],squares[4][1]},
{squares[7][0],squares[7][1]},
};
vm_graphic_fill_polygon(layer_handle, points, 4);
}
break;
case VM_KEY_RIGHT:
{
vm_graphic_point points[4]=
{
{squares[1][0],squares[1][1]},
{squares[2][0],squares[2][1]},
{squares[6][0],squares[6][1]},
{squares[5][0],squares[5][1]},
};
vm_graphic_fill_polygon(layer_handle, points, 4);
}
break;
case VM_KEY_STAR:
vm_graphic_fill_rect(scr_buf, 0, scr_h - key_h, key_w, key_h, fill_color, fill_color);
break;
case VM_KEY_NUM0:
vm_graphic_fill_rect(scr_buf, key_w, scr_h - key_h, key_w, key_h, fill_color, fill_color);
break;
case VM_KEY_POUND:
vm_graphic_fill_rect(scr_buf, key_w*2, scr_h - key_h, key_w, key_h, fill_color, fill_color);
break;
}
}
void T2Input::handle_penevt(VMINT event, VMINT x, VMINT y){
switch(event){
case VM_PEN_EVENT_DOUBLE_CLICK:
break;
case VM_PEN_EVENT_TAP:
if(y<keyboard_h)
draw_kb=!draw_kb;
current_key = get_keycode(x, y);
if(current_key!=255)
handle_keyevt(VM_KEY_EVENT_DOWN, current_key);
break;
case VM_PEN_EVENT_RELEASE:
case VM_PEN_EVENT_ABORT:
if(current_key!=255)
handle_keyevt(VM_KEY_EVENT_UP, current_key);
current_key = 255;
break;
case VM_PEN_EVENT_MOVE:
break;
case VM_PEN_EVENT_LONG_TAP:
if(current_key!=255)
handle_keyevt(VM_KEY_EVENT_LONG_PRESS, current_key);
break;
case VM_PEN_EVENT_REPEAT:
if(current_key!=255)
handle_keyevt(VM_KEY_EVENT_REPEAT, current_key);
break;
}
}
void T2Input::send_c(const char*str){
console_str_with_length_out((char*)str, strlen(str));
}
void T2Input::numpad_input(int keycode){ //TODO: remake this
keycode-=VM_KEY_NUM0;
switch(state){
case MAIN:
case SECOND_CLICK:
if(cur_input_mode==NUM){
send_c(num_keyboard[keycode]);
state=MAIN;
}
else
if(state==MAIN)
last_imput_key = keycode, state = SECOND_CLICK;
else{
if(cur_input_mode==SMALL)
send_c(normal_keyboard[last_imput_key][keycode]);
else
send_c(big_keyboard[last_imput_key][keycode]);
if(cur_input_mode==FIRST_BIG)
cur_input_mode=SMALL;
state=MAIN;
}
break;
case F_NUM:
send_c(Fnum_codes[keycode-1]);
break;
case SET_MENU:
switch(keycode){
case 1:
state=F_NUM;
break;
case 2:
state=CTRL;
break;
case 3:
console_str_out("\t");
state=MAIN;
break;
case 4:
// Pause
vmstate = 0;
state = MAIN;
break;
case 5:
// Continue
if (vmstate == -1) console_str_in("\n"); // TODO: place correct escape sequence here for clearing screen
vmstate = 1;
state = MAIN;
break;
case 6:
// Load
vmstate = 0;
load_state();
state = MAIN;
break;
case 7:
// Save
vmstate = 0;
save_state();
state = MAIN;
break;
case 8:
// Use vram.bin without copying rram.bin to vram.bin
vmstate = 0;
load_man();
state = MAIN;
break;
}
break;
case CTRL:
case CTRL_SECOND_CLICK:
if(state==CTRL)
last_imput_key = keycode, state = CTRL_SECOND_CLICK;
else{
char tmp[2]={ctrl_keyboard[last_imput_key][keycode].code, 0};
send_c(tmp);
state=CTRL;
}
break;
}
}
void T2Input::handle_keyevt(VMINT event, VMINT keycode){
int time = vm_get_tick_count();
switch(event){
case VM_KEY_EVENT_UP:
switch(keycode){
case VM_KEY_UP:
send_c("\033[A");
break;
case VM_KEY_DOWN:
send_c("\033[B");
break;
case VM_KEY_RIGHT:
send_c("\033[C");
break;
case VM_KEY_LEFT:
send_c("\033[D");
break;
case VM_KEY_RIGHT_SOFTKEY:
switch(state){
case MAIN:
send_c("\177");
break;
case CTRL_SECOND_CLICK:
state=CTRL;
break;
default:
state=MAIN;
break;
}
break;
case VM_KEY_LEFT_SOFTKEY:
draw_kb=!draw_kb;
break;
case VM_KEY_OK:
send_c("\n");
break;
case VM_KEY_STAR:
switch(state){
case MAIN:
case CTRL:
state=SET_MENU;
break;
case SET_MENU:
state=MAIN;
break;
case F_NUM:
send_c(Fnum_codes[9]);
break;
}
break;
case VM_KEY_POUND:
switch(state){
case MAIN:
cur_input_mode=Input_mode(((int)cur_input_mode+1)%4);
last_input_time=time;
break;
case SET_MENU:
break;
case F_NUM:
send_c(Fnum_codes[11]);
break;
}
break;
default:
if(keycode>=VM_KEY_NUM0&&keycode<=VM_KEY_NUM9)
numpad_input(keycode);
break;
}
break;
}
}
void T2Input::draw_xy_char(int x, int y, const char*str){
const unsigned short textcolor = 0xFFFF , backcolor = tr_color;
const unsigned char *font_ch=ProFont6x11+5 + 12*(*str) + 1;
for(int i=0;i<char_height;++i){
unsigned short* scr_buf= (unsigned short*)this->scr_buf + x+(y+i)*scr_w;
for(int j=0;j<char_width;++j)
if(((*font_ch)>>j)&1)
scr_buf[j]=textcolor;;
++font_ch;
}
}
void T2Input::draw_xy_str(int x, int y, const char*str){
const unsigned short textcolor = 0xFFFF , backcolor = tr_color;
for(int k = 0; str[k];++k){
const unsigned char *font_ch=ProFont6x11+5 + 12*(str[k]) + 1;
for(int i=0;i<char_height;++i){
unsigned short* scr_buf= (unsigned short*)this->scr_buf + x + k*char_width +(y+i)*scr_w;
for(int j=0;j<char_width;++j)
if(((*font_ch)>>j)&1)
scr_buf[j]=textcolor;
++font_ch;
}
}
}
void T2Input::draw_xy_str_color(int x, int y, unsigned short textcolor, unsigned short backcolor, const char*str){
for(int k = 0; str[k];++k){
const unsigned char *font_ch=ProFont6x11+5 + 12*(str[k]) + 1;
for(int i=0;i<char_height;++i){
unsigned short* scr_buf= (unsigned short*)this->scr_buf + x+k*char_width+(y+i)*scr_w;
for(int j=0;j<char_width;++j)
scr_buf[j]=((((*font_ch)>>j)&1)?textcolor:backcolor);
++font_ch;
}
}
}
extern "C" {
extern unsigned int last_wr_addr, last_rd_addr;
extern unsigned long cycles;
}
void T2Input::draw(){
int time = vm_get_tick_count();
typedef const char * temp[10][10];
const unsigned short gray_color = VM_COLOR_888_TO_565(50, 50, 50);
{
char tmp[100];
sprintf(tmp, "%#08X %#08X %ul kHz", last_wr_addr, last_rd_addr, (cycles - prev_cycle)/(vm_get_tick_count() - prev_tick));
draw_xy_str_color(0, 0, 0xFFFF, gray_color, tmp);
// Set the variables
prev_tick = vm_get_tick_count(); // Get the current tick count
prev_cycle = cycles;
}
if(draw_kb){ // draw screen keyboard
show_current_pressed_key();
for(int i=0; i<5; ++i)
vm_graphic_line(scr_buf, 0, scr_h - (i+1)*key_h, scr_w, scr_h - (i+1)*key_h, 0xFFFF);
vm_graphic_line(scr_buf, key_w, keyboard_h, key_w, scr_h, 0xFFFF);
vm_graphic_line(scr_buf, key_w*2, keyboard_h, key_w*2, scr_h, 0xFFFF);
vm_graphic_line(scr_buf, 0, keyboard_h + key_h/2, key_w, keyboard_h + key_h/2, 0xFFFF);
vm_graphic_line(scr_buf, key_w*2, keyboard_h + key_h/2, scr_w, keyboard_h + key_h/2, 0xFFFF);
for(int i=0; i<4; ++i){
vm_graphic_line(scr_buf, squares[i][0], squares[i][1], squares[i+4][0], squares[i+4][1], 0xFFFF);
vm_graphic_line(scr_buf, squares[i+4][0], squares[i+4][1], squares[(i+1)%4+4][0], squares[(i+1)%4+4][1], 0xFFFF);
}
draw_xy_str(key_w+key_w/2 -strlen("\\r\\n")*char_width/2, keyboard_h + (key_h-char_height)/2, "\\r\\n");
temp *keyboard_t =(temp*)&normal_keyboard;
switch(state){
case MAIN:
draw_xy_str(key_w*2+key_w/2 -strlen("Backspace")*char_width/2, keyboard_h + (key_h/2-char_height)/2, "Backspace");
draw_xy_str(key_w/2 -strlen("SET")*char_width/2, scr_h - key_h + (key_h-char_height)/2, "SET");
draw_xy_str(key_w*2+key_w/2 -3*char_width/2, scr_h - key_h + (key_h-char_height)/2, imput_modes[(int)cur_input_mode]);
switch(cur_input_mode){
case FIRST_BIG:
case BIG:
keyboard_t = (temp*)&big_keyboard;
case SMALL:
for(int k=0; k<10; ++k){
int m_x = ((k-1)%3)*key_w, m_y = ((k-1)/3)*key_h+keyboard_h+key_h;
if(k==0)
m_x = key_w, m_y = scr_h - key_h;
for(int i=0; i<4; ++i){
int s_y = char_height/2 + i*(char_height) - 2;
if(i==3)
draw_xy_char(m_x+key_w/2 -char_width/2, m_y + s_y, keyboard_t[0][k][0]);
else
for(int j=0; j<3; ++j){
int s_x = key_w/4*(j+1) - char_width/2;
draw_xy_char(m_x+s_x, m_y + s_y, keyboard_t[0][k][1+i*3+j]);
}
}
}
break;
case NUM:
for(int k=0; k<10; ++k){
int m_x = ((k-1)%3)*key_w, m_y = ((k-1)/3)*key_h+keyboard_h+key_h;
if(k==0)
m_x = key_w, m_y = scr_h - key_h;
draw_xy_char(m_x+key_w/2-char_width/2, m_y + key_h/2-char_height/2, num_keyboard[k]);
}
break;
}
break;
case SECOND_CLICK:
draw_xy_str(key_w*2+key_w/2 -strlen("Cancel")*char_width/2, keyboard_h + (key_h/2-char_height)/2, "Cancel");
//draw_xy_str(key_w*2+key_w/2 -3*char_width/2, scr_h - key_h + (key_h-char_height)/2, imput_modes[(int)cur_input_mode]);
switch(cur_input_mode){
case FIRST_BIG:
case BIG:
keyboard_t = (temp*)&big_keyboard;
case SMALL:
for(int k=0; k<10; ++k){
int m_x = ((k-1)%3)*key_w, m_y = ((k-1)/3)*key_h+keyboard_h+key_h;
if(k==0)
m_x = key_w, m_y = scr_h - key_h;
draw_xy_char(m_x+(key_w-char_width)/2, m_y + key_h/2-char_height/2, keyboard_t[0][last_imput_key][k]);
}
break;
}
break;
case SET_MENU:
draw_xy_str(key_w*2+key_w/2 -strlen("Cancel")*char_width/2, keyboard_h + (key_h/2-char_height)/2, "Cancel");
for(int k=0; k<12; ++k){
int m_x = (k%3)*key_w, m_y = (k/3)*key_h+keyboard_h+key_h;
draw_xy_str(m_x+(key_w-char_width*strlen(set_keyboard[k]))/2, m_y + key_h/2-char_height/2, set_keyboard[k]);
}
break;
case F_NUM:
draw_xy_str(key_w*2+key_w/2 -strlen("Cancel")*char_width/2, keyboard_h + (key_h/2-char_height)/2, "Cancel");
for(int k=0; k<12; ++k){
int m_x = (k%3)*key_w, m_y = (k/3)*key_h+keyboard_h+key_h;
draw_xy_str(m_x+(key_w-char_width*strlen(Fnum_keyboard[k]))/2, m_y + key_h/2-char_height/2, Fnum_keyboard[k]);
}
break;
case CTRL:
draw_xy_str(key_w/2 -strlen("SET")*char_width/2, scr_h - key_h + (key_h-char_height)/2, "SET");
draw_xy_str(key_w*2+key_w/2 -strlen("Cancel")*char_width/2, keyboard_h + (key_h/2-char_height)/2, "Cancel");
for(int k=0; k<10; ++k){
int m_x = ((k-1)%3)*key_w, m_y = ((k-1)/3)*key_h+keyboard_h+key_h;
if(k==0)
m_x = key_w, m_y = scr_h - key_h;
for(int i=0; i<4; ++i){
int s_y = char_height/2 + i*(char_height) - 2;
if(i==3)
draw_xy_str(m_x+key_w/2 -(char_width*strlen(ctrl_keyboard[k][0].name))/2, m_y + s_y, ctrl_keyboard[k][0].name);
else
for(int j=0; j<3; ++j){
int s_x = key_w/4*(j+1) - char_width*strlen(ctrl_keyboard[k][1+i*3+j].name)/2;
draw_xy_str(m_x+s_x, m_y + s_y, ctrl_keyboard[k][1+i*3+j].name);
}
}
}
break;
case CTRL_SECOND_CLICK:
draw_xy_str(key_w*2+key_w/2 -strlen("Cancel")*char_width/2, keyboard_h + (key_h/2-char_height)/2, "Cancel");
//draw_xy_str(key_w*2+key_w/2 -3*char_width/2, scr_h - key_h + (key_h-char_height)/2, imput_modes[(int)cur_input_mode]);
for(int k=0; k<10; ++k){
int m_x = ((k-1)%3)*key_w, m_y = ((k-1)/3)*key_h+keyboard_h+key_h;
if(k==0)
m_x = key_w, m_y = scr_h - key_h;
draw_xy_str(m_x+(key_w-char_width*strlen(ctrl_keyboard[last_imput_key][k].name))/2, m_y + key_h/2-char_height/2, ctrl_keyboard[last_imput_key][k].name);
}
break;
}
}
if(!(time - last_input_time >= 1000 || last_input_time > time)){ //draw input mode
int y = (console.cursor_y==0?char_height:0), x = scr_w - 3*char_width;
draw_xy_str_color(x,y,0xFFFF,gray_color,imput_modes[(int)cur_input_mode]);
//vm_graphic_fill_rect(scr_buf, 0, scr_h - key_h, key_w, key_h, gray_color, gray_color);
}
if(!draw_kb){
temp *keyboard_t =(temp*)&big_keyboard;
if(cur_input_mode==SMALL)
keyboard_t = (temp*)&normal_keyboard;
int x, y, w, h;
switch(state){
case SECOND_CLICK:
w=char_width*3+5;
h=char_height*4;
x=console.cursor_x*char_width;
if(x>scr_w-h)
x=scr_w-h;
if(scr_h-(console.cursor_y+1)*char_height>h)
y=(console.cursor_y+1)*char_height;
else
y=console.cursor_y*char_height-h;
vm_graphic_fill_rect(scr_buf, x, y, w, h, gray_color, gray_color);
for(int k=0; k<10; ++k){
int m_x = x + 1 + (char_width+1)*((k-1)%3), m_y = ((k-1)/3)*char_height + y;
if(k==0)
m_x = x + 1 + (char_width+1)*1, m_y = 3*char_height + y;
draw_xy_str_color(m_x, m_y, 0xFFFF, gray_color, keyboard_t[0][last_imput_key][k]);
}
break;
case SET_MENU:
w=char_width*3*5+5;
h=char_height*4;
x=console.cursor_x*char_width;
if(x>scr_w-h)
x=scr_w-h;
if(scr_h-(console.cursor_y+1)*char_height>h)
y=(console.cursor_y+1)*char_height;
else
y=console.cursor_y*char_height-h;
vm_graphic_fill_rect(scr_buf, x, y, w, h, gray_color, gray_color);
for(int k=0; k<12; ++k){
int m_x = 1+(k%3)*(char_width*5+1), m_y = (k/3)*char_height;
draw_xy_str_color(m_x+x+((5-strlen(set_keyboard[k]))*char_width)/2,y+m_y, 0xFFFF, gray_color, set_keyboard[k]);
}
break;
case F_NUM:
w=char_width*3*4+5;
h=char_height*4;
x=console.cursor_x*char_width;
if(x>scr_w-h)
x=scr_w-h;
if(scr_h-(console.cursor_y+1)*char_height>h)
y=(console.cursor_y+1)*char_height;
else
y=console.cursor_y*char_height-h;
vm_graphic_fill_rect(scr_buf, x, y, w, h, gray_color, gray_color);
for(int k=0; k<12; ++k){
int m_x = 1+(k%3)*(char_width*4+1), m_y = (k/3)*char_height;
draw_xy_str_color(m_x+x+(k<10?char_width/2:0),y+m_y, 0xFFFF, gray_color, Fnum_keyboard[k]);
}
break;
case CTRL:
w=char_width;
h=char_height;
x=console.cursor_x*char_width;
if(x>scr_w-h)
x=scr_w-h;
if(scr_h-(console.cursor_y+1)*char_height>h)
y=(console.cursor_y+1)*char_height;
else
y=console.cursor_y*char_height-h;
draw_xy_str_color(x,y, 0xFFFF, gray_color, "^");
break;
case CTRL_SECOND_CLICK:
w=char_width*2*3+5;
h=char_height*4;
x=console.cursor_x*char_width;
if(x>scr_w-h)
x=scr_w-h;
if(scr_h-(console.cursor_y+1)*char_height>h)
y=(console.cursor_y+1)*char_height;
else
y=console.cursor_y*char_height-h;
vm_graphic_fill_rect(scr_buf, x, y, w, h, gray_color, gray_color);
for(int k=0; k<10; ++k){
int m_x = x + 1 + (char_width*2+1)*((k-1)%3), m_y = ((k-1)/3)*char_height + y;
if(k==0)
m_x = x + 1 + (char_width*2+1)*1, m_y = 3*char_height + y;
draw_xy_str_color(m_x, m_y, 0xFFFF, gray_color, ctrl_keyboard[last_imput_key][k].name);
}
break;
}
}
}
void T2Input::init(){
key_w = scr_w/3;
//key_h = key_w/3*2;
key_h = char_height*4+2;
keyboard_h = scr_h - key_h*5;
current_key = 255;
draw_kb = vm_is_support_pen_touch();
cur_input_mode = SMALL;
last_input_time = 0;
state = MAIN;
squares[0][0] = key_w, squares[0][1] = keyboard_h;
squares[1][0] = key_w*2, squares[1][1] = keyboard_h;
squares[2][0] = key_w*2, squares[2][1] = keyboard_h + key_h;
squares[3][0] = key_w, squares[3][1] = keyboard_h + key_h;
squares[4][0] = key_w + key_w/4, squares[4][1] = keyboard_h + key_h/4;
squares[5][0] = key_w*2 - key_w/4, squares[5][1] = keyboard_h + key_h/4;
squares[6][0] = key_w*2 - key_w/4, squares[6][1] = keyboard_h + key_h - key_h/4;
squares[7][0] = key_w + key_w/4, squares[7][1] = keyboard_h + key_h - key_h/4;
}
T2Input::~T2Input(void)
{
}