void
page_up(void)
{
int i;
if (y <= 23)
{
y = 1;
line = text;
cursor_position();
changed_pos = 1;
return;
}
for (i = 0; i < 23; ++i)
{
up_common();
}
cursor_position();
}
void
delete_line(void)
{
if (!(*line))
{
return;
}
memmove(line, line + cxend + 1, (text + end) - (line + cxend) + 1);
changed_lines = 1;
if (y < yend) --yend;
end -= cxend;
cursor_position();
}
void
page_down(void)
{
int maks = yend - y;
int count = maks < 23 ? maks : 23;
int i;
for (i = 0; i < count; ++i)
{
down_common();
}
cursor_position();
}
void BattleCommanderStateDirection::CheckPointingActor(void){
Cursor3D* cursor3d(_accessor->GetCursor3D());
if(!cursor3d->GetVisible()){
_pointing_actor = nullptr;
return;
}
D3DXVECTOR3 cursor_position(cursor3d->GetPosition());
HitSphere cursor_hit(nullptr, cursor_position, 5.0f);
//敵と味方を全部辿って、当たっている奴の中で一番近いやつを指す
_pointing_actor = nullptr;
float min_length(1000.0f);
int player_count(_accessor->GetPlayerCount());
for(int i=0; i<player_count; i++){
BattleActor* player(_accessor->GetPlayer(i));
Hit* player_hit(player->GetCursorHit());
bool hit(player_hit->HitCheck(&cursor_hit));
if(hit){
D3DXVECTOR3 player_position(player->GetPosition());
D3DXVECTOR3 v(player_position - cursor_position);
float length(D3DXVec3Length(&v));
if(min_length > length){
min_length = length;
_pointing_actor = player;
}
}
}
int enemy_count(_accessor->GetEnemyCount());
for(int i=0; i<enemy_count; i++){
BattleActor* enemy(_accessor->GetEnemy(i));
Hit* enemy_hit(enemy->GetCursorHit());
bool hit(enemy_hit->HitCheck(&cursor_hit));
if(hit){
D3DXVECTOR3 enemy_position(enemy->GetPosition());
D3DXVECTOR3 v(enemy_position - cursor_position);
float length(D3DXVec3Length(&v));
if(min_length > length){
min_length = length;
_pointing_actor = enemy;
}
}
}
}
void drawGun ()
{
aiVector2D xy;
float x,y;
xy=cursor_position();
//coordinate in pixel con origine nel centro della finestra
x=xy.x-100.0;
y=xy.y-100.0;
glPushMatrix();
glScalef(0.05,0.05,0.05); //la rimpiccioliamo perche' e' enorme
glTranslatef(0.f, -7.f, -17.2);
pistola.applyGlMatrixTransformations(); //applico l'animazione
glRotatef(-y*0.2, 1.0f, 0.0f, 0.f);
glRotatef(-x*0.4, 0.0f, 1.0f, 0.f);
glTranslatef(0.f, 0.f, -6.0f);
glRotatef(90.0,0.0,1.0,0.0);
recursive_render(gun0.pistola.scene,gun0.pistola.scene->mRootNode, 1.0);
glPopMatrix();
}
void GLUTMouse(int button, int state, int x, int y)
{
// Invert y coordinate
y = GLUTwindow_height - y;
// Process mouse button event
if ((button == GLUT_LEFT_BUTTON) && (state == GLUT_DOWN)) {
// Check for double click
static RNTime click_time;
const RNScalar max_double_click_elapsed = 0.5;
RNBoolean double_click = (click_time.Elapsed() < max_double_click_elapsed);
click_time.Read();
// Select closest point to cursor
if (double_click) {
selected_point = NULL;
RNLength closest_distance = 10;
R2Point cursor_position(x, y);
for (int i = 0; i < all_points.NEntries(); i++) {
TestPoint *point = all_points[i];
const R3Point& world_position = point->position;
R2Point screen_position = viewer->ViewportPoint(world_position);
RNLength distance = R2Distance(screen_position, cursor_position);
if (distance < closest_distance) {
selected_point = point;
closest_distance = distance;
}
}
// Find closest points
closest_point = NULL;
nearby_points.Empty();
if (selected_point) {
if (max_nearby_points > 0) {
kdtree->FindClosest(selected_point, min_nearby_distance, max_nearby_distance, max_nearby_points, nearby_points);
closest_point = (nearby_points.NEntries() > 0) ? nearby_points.Head() : NULL;
if (print_debug) printf("Found %d points\n", nearby_points.NEntries());
}
else {
kdtree->FindAll(selected_point, min_nearby_distance, max_nearby_distance, nearby_points);
closest_point = kdtree->FindClosest(selected_point);
if (print_debug) printf("Found %d points\n", nearby_points.NEntries());
}
}
}
}
// Remember button state
int b = (button == GLUT_LEFT_BUTTON) ? 0 : ((button == GLUT_MIDDLE_BUTTON) ? 1 : 2);
GLUTbutton[b] = (state == GLUT_DOWN) ? 1 : 0;
// Remember modifiers
GLUTmodifiers = glutGetModifiers();
// Remember mouse position
GLUTmouse[0] = x;
GLUTmouse[1] = y;
// Redraw
glutPostRedisplay();
}
/**
* Push one byte through the VT52 emulator.
*
* @param from_modem one byte from the remote side.
* @param to_screen if the return is Q_EMUL_FSM_ONE_CHAR or
* Q_EMUL_FSM_MANY_CHARS, then to_screen will have a character to display on
* the screen.
* @return one of the Q_EMULATION_STATUS constants. See emulation.h.
*/
Q_EMULATION_STATUS vt52(const unsigned char from_modem, wchar_t * to_screen) {
static unsigned char *count;
static attr_t attributes;
int new_row;
int new_col;
unsigned char from_modem2;
/*
* The VT52 spec only supports 7-bit ASCII. Strip the high bit off every
* character.
*/
from_modem2 = from_modem & 0x7F;
DLOG(("STATE: %d CHAR: 0x%02x '%c'\n", scan_state, from_modem2,
from_modem2));
vt52_start:
switch (scan_state) {
case SCAN_NONE:
/*
* ESC
*/
if (from_modem2 == C_ESC) {
save_char(from_modem2, to_screen);
scan_state = SCAN_ESC;
return Q_EMUL_FSM_NO_CHAR_YET;
}
/*
* Only a few control chars to handle here. CR and LF are in
* emulation.c .
*/
if (from_modem2 == 0x05) {
DLOG(("Enquire\n"));
/*
* ENQ - transmit the answerback message.
*/
qodem_write(q_child_tty_fd, get_option(Q_OPTION_ENQ_ANSWERBACK),
strlen(get_option(Q_OPTION_ENQ_ANSWERBACK)), Q_TRUE);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 0x08) {
DLOG(("Backspace\n"));
/*
* Backspace.
*/
cursor_left(1, Q_FALSE);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 0x09) {
DLOG(("Tab\n"));
/*
* Tab.
*/
while (q_status.cursor_x < 80) {
cursor_right(1, Q_FALSE);
if (q_status.cursor_x % 8 == 0) {
break;
}
}
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 0x7F) {
DLOG(("Del\n"));
/*
* Del - consume but do nothing.
*/
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
/*
* Any other control characters.
*/
if (iscntrl(from_modem2)) {
/*
* Consume but do nothing.
*/
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
/*
* This is a printable character.
*/
*to_screen = map_character(from_modem2);
return Q_EMUL_FSM_ONE_CHAR;
case SCAN_Y_1:
save_char(from_modem2, to_screen);
scan_state = SCAN_Y_2;
return Q_EMUL_FSM_NO_CHAR_YET;
case SCAN_Y_2:
/*
* q_emul_buffer[0] = ESC
* q_emul_buffer[1] = 'Y'
*/
new_row = q_emul_buffer[2] - 32;
new_col = from_modem2 - 32;
if (new_row < 0) {
new_row = 0;
}
if (new_col < 0) {
new_col = 0;
}
DLOG(("Cursor position: %d %d\n", new_row, new_col));
cursor_position(new_row, new_col);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
case SCAN_ESC:
if (from_modem2 == 'A') {
DLOG(("Cursor up\n"));
cursor_up(1, Q_FALSE);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'B') {
DLOG(("Cursor down\n"));
cursor_down(1, Q_FALSE);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'C') {
DLOG(("Cursor right\n"));
cursor_right(1, Q_FALSE);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'D') {
DLOG(("Cursor left\n"));
cursor_left(1, Q_FALSE);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'E') {
DLOG(("Erase entire screen\n"));
/*
* Cursor position to (0,0) and erase entire screen.
*/
cursor_formfeed();
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'F') {
DLOG(("Graphics mode ON\n"));
graphics_mode = Q_TRUE;
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'G') {
DLOG(("Graphics mode OFF\n"));
graphics_mode = Q_FALSE;
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'H') {
DLOG(("Cursor home\n"));
cursor_position(0, 0);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'I') {
DLOG(("Reverse linefeed\n"));
/*
* Move up one column, inserting a line if already at the top.
*/
if (q_status.cursor_y == 0) {
scroll_down(1);
} else {
cursor_up(1, Q_FALSE);
}
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'J') {
DLOG(("Erase to end of screen\n"));
/*
* Erase from here to end of screen.
*/
erase_screen(q_status.cursor_y, q_status.cursor_x,
HEIGHT - STATUS_HEIGHT - 1, WIDTH - 1, Q_FALSE);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'K') {
DLOG(("Erase to end of line\n"));
/*
* Erase from here to end of line.
*/
erase_line(q_status.cursor_x, q_scrollback_current->length,
Q_FALSE);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'Y') {
/*
* Cursor position.
*/
save_char(from_modem2, to_screen);
scan_state = SCAN_Y_1;
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'Z') {
DLOG(("DECID\n"));
/*
* Identify
*/
/*
* Note the VT100 and above will send <ESC>/Z, but the DECScope
* manual claims the VT52 will send <ESC>/K if it does not have
* an "integral electrolytic copier" (an internal printer that
* used wet paper).
*/
qodem_write(q_child_tty_fd, "\033/K", 3, Q_TRUE);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == '=') {
DLOG(("Alternate keypad ON\n"));
q_vt52_alternate_keypad_mode = Q_TRUE;
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == '>') {
DLOG(("Alternate keypad OFF\n"));
q_vt52_alternate_keypad_mode = Q_FALSE;
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == '[') {
if (q_status.vt52_color == Q_TRUE) {
/*
* Fall into SCAN_CSI only if VT52_COLOR is enabled.
*/
save_char(from_modem2, to_screen);
scan_state = SCAN_CSI;
return Q_EMUL_FSM_NO_CHAR_YET;
}
DLOG(("Hold screen mode ON\n"));
q_status.hold_screen_mode = Q_TRUE;
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == '\\') {
DLOG(("Hold screen mode OFF\n"));
q_status.hold_screen_mode = Q_FALSE;
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
break;
case SCAN_CSI:
/*
* We are only going to support CSI Pn [ ; Pn ... ] m a.k.a. ANSI
* Select Graphics Rendition. We can see only a digit or 'm'.
*/
if (q_isdigit(from_modem2)) {
/*
* Save the position for the counter.
*/
count = q_emul_buffer + q_emul_buffer_n;
save_char(from_modem2, to_screen);
scan_state = SCAN_CSI_PARAM;
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'm') {
/*
* ESC [ m mean ESC [ 0 m, all attributes off.
*/
DLOG(("ANSI SGR: reset\n"));
q_current_color =
Q_A_NORMAL | scrollback_full_attr(Q_COLOR_CONSOLE_TEXT);
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
/*
* This means we entered HOLD SCREEN mode.
*/
DLOG(("Hold screen mode ON\n"));
q_status.hold_screen_mode = Q_TRUE;
/*
* Reprocess the character from the top.
*/
clear_state(to_screen);
goto vt52_start;
case SCAN_CSI_PARAM:
/*
* Following through on the SGR code, we are now looking only for a
* digit, semicolon, or 'm'
*
*/
if ((q_isdigit(from_modem2)) || (from_modem2 == ';')) {
save_char(from_modem2, to_screen);
scan_state = SCAN_CSI_PARAM;
return Q_EMUL_FSM_NO_CHAR_YET;
}
if (from_modem2 == 'm') {
DLOG(("ANSI SGR: change text attributes\n"));
/*
* Text attributes.
*/
if (ansi_color(&attributes, &count) == Q_TRUE) {
q_current_color = attributes;
} else {
break;
}
clear_state(to_screen);
return Q_EMUL_FSM_NO_CHAR_YET;
}
break;
}
/*
* This point means we got most, but not all, of a sequence.
*/
q_emul_buffer[q_emul_buffer_n] = from_modem2;
q_emul_buffer_n++;
*to_screen = q_emul_buffer[q_emul_buffer_i];
q_emul_buffer_i++;
scan_state = SCAN_NONE;
/*
* Special case: one character returns Q_EMUL_FSM_ONE_CHAR.
*/
if (q_emul_buffer_n == 1) {
q_emul_buffer_i = 0;
q_emul_buffer_n = 0;
return Q_EMUL_FSM_ONE_CHAR;
}
return Q_EMUL_FSM_MANY_CHARS;
}
void
down(void)
{
down_common();
cursor_position();
}
void Render_Gioco(void){
float tmp;
pointer_pos=cursor_position();
glutSetCursor(GLUT_CURSOR_NONE);
glDisable(GL_FOG);
drawSkybox();
drawGun();
drawBullet();
drawScore();
glPushMatrix();
gluLookAt(0.f,0.f,3.f,0.f,0.f,-5.f,0.f,1.f,0.f);
tmp = 0.0536414;
glScalef(tmp, tmp, tmp);
glTranslated(-xpos,0.0f,0.0f);
//SPOSTAMENTO DELLA CAMERA:
float xx=9,yy=0,zz=42;
glTranslatef(xx,yy,zz);
glRotatef(main_camera.getLocRot().y_rot,0.0f,1.0f,0.0f);
glTranslatef(-xx,-yy,-zz);
//translo la camera (in realta' translo tutto il resto)
glTranslatef(main_camera.getLocRot().x, main_camera.getLocRot().y, main_camera.getLocRot().z);
//Fog----------------------
glFogi(GL_FOG_MODE, GL_LINEAR); // Fog Mode
GLfloat fogColor[4]= {0.6f, 0.5f, 0.3f, 1.0f};
glFogfv(GL_FOG_COLOR, fogColor); // Set Fog Color
glFogf(GL_FOG_DENSITY, 0.45f); // How Dense Will The Fog Be
glHint(GL_FOG_HINT, GL_DONT_CARE); // Fog Hint Value
glFogf(GL_FOG_START, 3.5f); // Fog Start Depth
glFogf(GL_FOG_END, 6.0f); // Fog End Depth
glEnable(GL_FOG); // Enables GL_FOG
//-------------------------
if(first == TRUE){
scene_list_case=glGenLists(4);
scene_list_target=glGenLists(10);
lista_case(scene_list_case,level1_scene.scene,level2_scene.scene,level3_scene.scene,terreno_scene.scene);
lista_target(scene_list_target,target_scene.scene);
pos=scegli_pos(livello,livelli);
first = FALSE;
}
if(m[pos].stato==2){
m[pos]=reset_motion(m[pos]);
pos=scegli_pos(livello,livelli);
}
ch=render_target(livello,scene_list_target,pos,livelli,m[pos],ch,t.v);
render_case(livello,scene_list_case);
if(!pause)t=count_time(t);
m[pos]=scegli_mov(m[pos],livelli,pos,t.tempoi, t.v, ch_index,ch);
glPopMatrix();
drawPointer(pointer_pos);
if(pause) DrawMenu(0,0,menuArray[5],true);
}
