int expose_hook(void *data)
{
t_coord p;
t_data *d;
t_map *m;
p = set_coord(-1, -1);
d = (t_data*)data;
m = &(d->map);
clear_img(&(d->img));
while (++p.y < m->hgt)
{
p.x = -1;
while (++p.x < m->wth)
{
if (m->dot[p.y][p.x].y)
{
if (p.y && m->dot[p.y - 1][p.x].y)
iso_projection(d, p, set_coord(1, -1), set_coord(0, -1));
if (p.x && m->dot[p.y][p.x - 1].y)
iso_projection(d, p, set_coord(-1, -1), set_coord(-1, 0));
}
}
}
mlx_clear_window(d->mlx, d->win);
mlx_put_image_to_window(d->mlx, d->win, d->img.i, 0, 0);
return (1);
}
void summit_swap(summit *UnSommetA, summit *UnSommetB)
{
summit TmpSommet;
TmpSommet.coord = set_coord(UnSommetA->coord.i_x, UnSommetA->coord.i_y);
UnSommetA->coord = set_coord(UnSommetB->coord.i_x, UnSommetB->coord.i_y);
UnSommetB->coord = set_coord(TmpSommet.coord.i_x, TmpSommet.coord.i_y);
}
int check_direction( int dir ) {
int pos, tile;
if( !dir ) {
msg("You have to specify a direction when building a mine (i.e. 'build mine to the north').");
return -1;
}
set_direction(SINVERT_C(dir));
// Multiply up.
dir = SMAKE_C(SCX(dir)*5, SCY(dir)*3, 0);
pos = OFFSET_C(this_player()->query_coord(), dir);
// Snap to grid
pos = MAKE_C(((CX(pos)-1) / 5) * 5 + 1, ((CY(pos)-1) / 3) * 3 + 1, 0);
// Now check to see if the tiletype is valid. Query the center of the tile
// to make life a bit easier.
tile = environment(this_player())->get_tiletype(CX(pos)+2, CY(pos)+1);
if( !tile ) {
msg("You can't build off the edge of the map.");
return -1;
}
tile -= '0'; // get_tiletype uses the zbuffer, which offsets by '0' ...
if( tile != LAYER_MOUNTAIN ) {
//debug("tile=="+as_string(tile)+", pos = "+MAKE_CSTR(pos));
msg( "Mines must be built against a mountain face. Find a mountainous place." );
return -1;
}
// Offset horizontally a bit to make the entrance stick out...
if( SCX(dir) )
pos = OFFSET_C(pos, SMAKE_C(-SCX(dir) / 5,0,0));
// If facing south, adjust to find the entrance.
// The mountain tiles have funny patterns, and this helps
// to compensate.
if( query_direction() == SMAKE_C(0,1,0) ) {
pos = MAKE_C(CX(pos), CY(pos)-1, CZ(pos) );
while( environment(this_player())->get_tiletype(CX(pos)+2, CY(pos)+3) == '0' + LAYER_MOUNTAIN ) {
pos = MAKE_C(CX(pos),CY(pos)+1,CZ(pos));
}
}
// This is a north-facing version to snug the mine up as close as it can go.
if( query_direction() == SMAKE_C(0,-1,0) ) {
pos = MAKE_C(CX(pos), CY(pos)-1, CZ(pos) );
while( environment(this_player())->get_tiletype(CX(pos)+2, CY(pos)) != '0' + LAYER_MOUNTAIN ) {
pos = MAKE_C(CX(pos),CY(pos)+1,CZ(pos));
}
}
set_coord( pos );
return 0;
}
static void iso_projection(t_data *d, t_coord p, t_coord c, t_coord n)
{
t_map *m;
t_coord par;
t_coord a;
t_coord b;
t_coord alt;
m = &(d->map);
alt.x = m->dot[p.y][p.x].x * m->altz * m->dist / 20;
alt.y = m->dot[p.y + n.y][p.x + n.x].x * m->altz * m->dist / 20;
par.x = (WIN_W / 2 * d->proj) + m->dch - (m->wth * m->dist / 2);
par.y = (WIN_H / 2) - alt.x + m->dcv - (m->hgt * m->dist / 2);
a = set_coord((((p.x - p.y) * m->dist * d->proj) + par.x) / d->proj
, ((p.x + p.y) * m->dist * d->proj / 2) + par.y);
par.y = (WIN_H / 2) - alt.y + m->dcv - (m->hgt * m->dist / 2);
b = set_coord((((p.x + c.x - p.y) * m->dist * d->proj) + par.x) / d->proj
, ((p.x + c.y + p.y) * m->dist * d->proj / 2) + par.y);
draw_line(d, a, b, set_vect(p, n));
}
void mininode_coord_animation::update_dirty()
{
set_coord(curve.interpolate_cubic(get_time()));
mininode_coord::update_dirty();
}
mininode_coord::mininode_coord(const minicoord &c)
: mininode_affine()
{set_coord(c);}
void Cappdata::create_cards_layout()
{
Ccard *pc;
t_fcoord pos, dim;
t_coord wsize;
Cgfxarea area(pos, dim, wsize, (char*)"empty");
string title;
string text;
string basedir;
string cardimg;
string cardcontour;
TTF_Font *title_font;
TTF_Font *font;
SDL_Surface *contour;
SDL_Surface *transparent_surface;
Uint32 *pixels;
int i;
float xposoffset;
float xpos;
bool bhelper;
pos.z = dim.z = 0;
wsize.z = 0;
//
xposoffset = 7.;
wsize.x = m_width;
wsize.y = m_height;
m_cardlayout = new CCardList();
//
basedir = string(IMGPATH);
// % of size
dim.x = 4.4;
dim.y = 6.2;
//-------------------------------------------------------------------
// Top
//-------------------------------------------------------------------
// Recording
float hypos = 0.4;
set_coord(&pos, 3., hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_RECORD);
title = "Recording";
cardimg = basedir + string("cardrecord.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("State"));
pc->add_info_line(string("Records the input source"));
pc->add_info_line(string("selected in the config"));
pc->add_info_line(string("dialog."));
pc->add_info_line(string("(key: space bar)"));
//pc->activate_card(true);
m_cardlayout->add(pc);
// Dialog: Save/Open the work and track
set_coord(&pos, 10., hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_OPENSAVE);
title = "Open/Save dialog";
cardimg = basedir + string("cardopensave.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("Action"));
pc->add_info_line(string("Opens a dialog allowing to"));
pc->add_info_line(string("open or to save the work."));
m_cardlayout->add(pc);
// Changes the spectrometer display
xpos = 73.;
set_coord(&pos, xpos, hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_LOGVIEW);
title = "Spectrogram change";
cardimg = basedir + string("cardlogsp.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("State"));
pc->add_info_line(string("When activated, the"));
pc->add_info_line(string("spectrogram is in decibels"));
pc->add_info_line(string("instead of enhanced"));
pc->add_info_line(string("details mode."));
m_cardlayout->add(pc);
xpos += xposoffset;
// Disable the help system
set_coord(&pos, xpos, hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_HELPERS);
title = "Infos";
cardimg = basedir + string("cardhelp.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("State"));
pc->add_info_line(string(" "));
pc->add_info_line(string("Displays helper cards "));
pc->add_info_line(string("on the interface."));
m_cardlayout->add(pc);
xpos += xposoffset;
// Disable the help system
set_coord(&pos, xpos, hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_CONFIG);
title = "Configuration";
cardimg = basedir + string("cardconfig.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("Action"));
pc->add_info_line(string("Starts the config dialog"));
pc->add_info_line(string(" "));
pc->add_info_line(string("- general configuration"));
pc->add_info_line(string("- input selection"));
m_cardlayout->add(pc);
xpos += xposoffset;
//-------------------------------------------------------------------
// Bottom left
//-------------------------------------------------------------------
hypos = 93;
xpos = 3.;
// Dialog: Add an instrument
set_coord(&pos, xpos, hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_ADDINSTR);
title = "Add an instrument";
cardimg = basedir + string("cardaddinstr.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("Action"));
pc->add_info_line(string(" "));
pc->add_info_line(string("Add an instrument to"));
pc->add_info_line(string("the composition."));
m_cardlayout->add(pc);
xpos += xposoffset;
/*
// Stop on notes during practice
set_coord(&pos, xpos, hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_NOTEBLOCK);
title = "Note barriers";
cardimg = basedir + string("notebloc.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives, m_sdlRenderer);
pc->add_info_line(string("State"));
pc->add_info_line(string("When parcticing, the correct"));
pc->add_info_line(string("notes must be played in"));
pc->add_info_line(string("order to continue to the"));
pc->add_info_line(string("next note."));
m_cardlayout->add(pc);
xpos += xposoffset;
*/
// Practice session
set_coord(&pos, xpos, hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_PRACTICE);
title = "Practice";
cardimg = basedir + string("cardpractice.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("Action"));
pc->add_info_line(string(" "));
pc->add_info_line(string("Starts / Stops a practice"));
pc->add_info_line(string("session."));
m_cardlayout->add(pc);
xpos += xposoffset;
// Open a view of the notes on the instrument
set_coord(&pos, xpos, hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_PLACEMENT);
title = "Finger Placement";
cardimg = basedir + string("cardpracticew.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("Action"));
pc->add_info_line(string(" "));
pc->add_info_line(string("Opens a window showing"));
pc->add_info_line(string("where to play the notes"));
pc->add_info_line(string("on the real instrument."));
m_cardlayout->add(pc);
xpos += xposoffset;
// Practice session
set_coord(&pos, xpos, hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_PRACSPEED);
title = "Slow down";
cardimg = basedir + string("cardpracticespeed.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("State"));
pc->add_info_line(string(" "));
pc->add_info_line(string("Halfs practice speed."));
m_cardlayout->add(pc);
xpos += xposoffset;
//
set_coord(&pos, xpos, hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_AUTOBEAM);
title = "Auto beam";
cardimg = basedir + string("cardautobeam.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("State"));
pc->add_info_line(string(" "));
pc->add_info_line(string("The notes between bars"));
pc->add_info_line(string("are automaticly"));
pc->add_info_line(string("connected and"));
pc->add_info_line(string("the rests are displayed."));
if (m_card_states.autobeam)
pc->activate_card(true);
m_cardlayout->add(pc);
xpos += xposoffset;
//
set_coord(&pos, xpos, hypos);
area = Cgfxarea(pos, dim, wsize, (char*)CARD_CHORDFUSE);
title = "Chord creation";
cardimg = basedir + string("cardchordfuse.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives);
pc->add_info_line(string("State"));
pc->add_info_line(string(" "));
pc->add_info_line(string("Overlaping notes can be"));
pc->add_info_line(string("fused into chords."));
if (m_card_states.chordfuse)
pc->activate_card(true);
m_cardlayout->add(pc);
xpos += xposoffset;
//-------------------------------------------------------------------
// Hidden help cards
//-------------------------------------------------------------------
bhelper = true;
// Spectrometer
set_coord(&pos, 20, 60 - dim.y / 2);
area = Cgfxarea(pos, dim, wsize, (char*)"spectre");
title = "Spectrometer";
cardimg = basedir + string("cardspectre.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives, bhelper);
pc->add_info_line(string("Helper"));
pc->add_info_line(string("- select: play a zone"));
pc->add_info_line(string("- R click: add a note"));
pc->add_info_line(string("- R click + w: play a note"));
pc->add_info_line(string("- e + L click: add a bar"));
pc->add_info_line(string("- wheel: fequency zoom"));
m_cardlayout->add(pc);
// Score
set_coord(&pos, 15 + dim.x / 2, 95 - dim.y / 2);
area = Cgfxarea(pos, dim, wsize, (char*)"score");
title = "Score";
cardimg = basedir + string("cardscore.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives, bhelper);
pc->add_info_line(string("Helper"));
pc->add_info_line(string("- select: practice area"));
pc->add_info_line(string(" play the notes"));
//pc->add_info_line(string("s + select: play the track without the notes"));
pc->add_info_line(string("- wheel: zoom"));
pc->add_info_line(string("- s + wheel: string selection"));
pc->add_info_line(string("- d + select: delete "));
m_cardlayout->add(pc);
// Time bar
set_coord(&pos, 50 - dim.x / 2, 75 - dim.y / 2);
area = Cgfxarea(pos, dim, wsize, (char*)"timescale");
title = "Time scale";
cardimg = basedir + string("cardtscale.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives, bhelper);
pc->add_info_line(string("Helper"));
pc->add_info_line(string("- Mouse wheel: time zoom,"));
pc->add_info_line(string(" changes the view time"));
pc->add_info_line(string("- Right click: grab"));
pc->add_info_line(string("(The blue peaks are the"));
pc->add_info_line(string(" note attacks)"));
m_cardlayout->add(pc);
// Freq bar
set_coord(&pos, 70 - dim.x, 60 - dim.y / 2);
area = Cgfxarea(pos, dim, wsize, (char*)"freqscale");
title = "Frequency scale";
cardimg = basedir + string("cardfscale.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives, bhelper);
pc->add_info_line(string("Helper"));
pc->add_info_line(string("- Right click: change from"));
pc->add_info_line(string(" frequency scale to piano"));
pc->add_info_line(string(" keys"));
pc->add_info_line(string("- Mouse wheel: frequency"));
pc->add_info_line(string(" zoom"));
m_cardlayout->add(pc);
// Track visualisation
set_coord(&pos, 50, 50 /*- dim.y / 2*/);
area = Cgfxarea(pos, dim, wsize, (char*)"track");
title = "Track view";
cardimg = basedir + string("cardtrack.png");
pc = new Ccard(area, title, cardimg, m_gfxprimitives, bhelper);
pc->add_info_line(string("Helper"));
pc->add_info_line(string("- Right click: select the"));
pc->add_info_line(string(" timecode."));
pc->add_info_line(string("- Mouse wheel: time zoom"));
pc->add_info_line(string("- Left click: listen"));
m_cardlayout->add(pc);
//-------------------------------------------------------------------
// Draw all the cards in a texture
//-------------------------------------------------------------------
title_font = TTF_OpenFont(DATAPATH BIGFONT, 36);
font = TTF_OpenFont(DATAPATH BIGFONT, 32);
cardcontour = basedir + string("contour.png");
try
{
contour = IMG_Load(cardcontour.c_str());
if (contour == NULL)
throw 1;
}
catch (int err)
{
printf("User interface Error: could not load the images from \"%s\".\n", cardcontour.c_str());
exit(1);
}
transparent_surface = SDL_ConvertSurfaceFormat(contour, SDL_PIXELFORMAT_ARGB8888, 0);
SDL_FreeSurface(contour);
pixels = (Uint32*)transparent_surface->pixels;
for (i = 0; i < transparent_surface->w * transparent_surface->h; i++)
{
if (pixels[i] == 0xFF30FF00)
pixels[i] = pixels[i] & 0x00FFFFFF;
}
pc = m_cardlayout->get_first();
while (pc != NULL)
{
pc->create_texture(title_font, font, transparent_surface);
pc = m_cardlayout->get_next();
}
SDL_FreeSurface(transparent_surface);
TTF_CloseFont(font);
TTF_CloseFont(title_font);
}
p_matrix = malloc(sizeof(matrix));
p_graph = malloc(sizeof(graph));
init_all(p_graph, p_matrix, EsiPtr);
//Initialisation du curseur
sprite UnCurseur;
unsigned char sprite[12] = {
0x40,0x60,0x70,0x78,0x7C,0x7E,0x7F,0x7C,
0x4C,0x0E,0x06,0x06
};
UnCurseur.i_size = sizeof(sprite);
UnCurseur.sz_bitmap = malloc(UnCurseur.i_size * sizeof(UnCurseur.sz_bitmap));
memcpy(UnCurseur.sz_bitmap, sprite, UnCurseur.i_size);
UnCurseur.coord = set_coord(LCD_WIDTH/2, LCD_HEIGHT/2);
sprite_draw(UnCurseur);
//initialisation du clavier
SetClavier(v_key);
INT_HANDLER interrupt1 = GetIntVec(AUTO_INT_1); // save auto-interrupt 1 (bottom text)
//********************** END OF INIT **********************//
graph_draw(p_graph);
ST_helpMsg("mtograph V2-2007/2008-Olivier DREVET");
ngetchx();
do{
i_menu_choice = menu_display(); //Afficher le menu
switch(i_menu_choice){
CCAPTURE::CCAPTURE(int capture_nr, int x, int y, int w, int h)
{
fd = -1;
fd = captureopen (capture_nr);
set_coord (x,y, w,h);
}