(svn r7687) [cbh] - Fix: trains can now enter the bridge from side. They still can't leave it from side (pathfinder will need to be invoked when the other ramp is entered). Also the code is not very clear and needs review. It is more proof of concept than final solution. I hope that somebody smarter (Celestar) can do it better.
/* $Id$ */
#include "stdafx.h"
#include "openttd.h"
#include "functions.h"
#include "bridge_map.h"
#include "clear_map.h"
#include "industry_map.h"
#include "station_map.h"
#include "table/strings.h"
#include "table/sprites.h"
#include "map.h"
#include "tile.h"
#include "gui.h"
#include "tree_map.h"
#include "tunnel_map.h"
#include "window.h"
#include "gfx.h"
#include "viewport.h"
#include "player.h"
#include "vehicle.h"
#include "town.h"
#include "sound.h"
#include "variables.h"
static const Widget _smallmap_widgets[] = {
{ WWT_CLOSEBOX, RESIZE_NONE, 13, 0, 10, 0, 13, STR_00C5, STR_018B_CLOSE_WINDOW},
{ WWT_CAPTION, RESIZE_RIGHT, 13, 11, 433, 0, 13, STR_00B0_MAP, STR_018C_WINDOW_TITLE_DRAG_THIS},
{ WWT_STICKYBOX, RESIZE_LR, 13, 434, 445, 0, 13, 0x0, STR_STICKY_BUTTON},
{ WWT_PANEL, RESIZE_RB, 13, 0, 445, 14, 257, 0x0, STR_NULL},
{ WWT_INSET, RESIZE_RB, 13, 2, 443, 16, 255, 0x0, STR_NULL},
{ WWT_IMGBTN, RESIZE_LRTB, 13, 380, 401, 258, 279, SPR_IMG_SHOW_COUNTOURS, STR_0191_SHOW_LAND_CONTOURS_ON_MAP},
{ WWT_IMGBTN, RESIZE_LRTB, 13, 402, 423, 258, 279, SPR_IMG_SHOW_VEHICLES, STR_0192_SHOW_VEHICLES_ON_MAP},
{ WWT_IMGBTN, RESIZE_LRTB, 13, 424, 445, 258, 279, SPR_IMG_INDUSTRY, STR_0193_SHOW_INDUSTRIES_ON_MAP},
{ WWT_IMGBTN, RESIZE_LRTB, 13, 380, 401, 280, 301, SPR_IMG_SHOW_ROUTES, STR_0194_SHOW_TRANSPORT_ROUTES_ON},
{ WWT_IMGBTN, RESIZE_LRTB, 13, 402, 423, 280, 301, SPR_IMG_PLANTTREES, STR_0195_SHOW_VEGETATION_ON_MAP},
{ WWT_IMGBTN, RESIZE_LRTB, 13, 424, 445, 280, 301, SPR_IMG_COMPANY_GENERAL, STR_0196_SHOW_LAND_OWNERS_ON_MAP},
{ WWT_IMGBTN, RESIZE_LRTB, 13, 358, 379, 258, 279, SPR_IMG_SMALLMAP, STR_SMALLMAP_CENTER},
{ WWT_IMGBTN, RESIZE_LRTB, 13, 358, 379, 280, 301, SPR_IMG_TOWN, STR_0197_TOGGLE_TOWN_NAMES_ON_OFF},
{ WWT_PANEL, RESIZE_RTB, 13, 0, 357, 258, 301, 0x0, STR_NULL},
{ WWT_PANEL, RESIZE_RTB, 13, 0, 433, 302, 313, 0x0, STR_NULL},
{ WWT_RESIZEBOX, RESIZE_LRTB, 13, 434, 445, 302, 313, 0x0, STR_RESIZE_BUTTON},
{ WIDGETS_END},
};
static int _smallmap_type;
static bool _smallmap_show_towns = true;
#define MK(a,b) a, b
#define MKEND() 0xFFFF
#define MS(a,b) (a | 0x100), b
/* Legend text giving the colours to look for on the minimap */
static const uint16 _legend_land_contours[] = {
MK(0x5A, STR_00F0_100M),
MK(0x5C, STR_00F1_200M),
MK(0x5E, STR_00F2_300M),
MK(0x1F, STR_00F3_400M),
MK(0x27, STR_00F4_500M),
MS(0xD7, STR_00EB_ROADS),
MK(0x0A, STR_00EC_RAILROADS),
MK(0x98, STR_00ED_STATIONS_AIRPORTS_DOCKS),
MK(0xB5, STR_00EE_BUILDINGS_INDUSTRIES),
MK(0x0F, STR_00EF_VEHICLES),
MKEND()
};
static const uint16 _legend_vehicles[] = {
MK(0xB8, STR_00F5_TRAINS),
MK(0xBF, STR_00F6_ROAD_VEHICLES),
MK(0x98, STR_00F7_SHIPS),
MK(0x0F, STR_00F8_AIRCRAFT),
MS(0xD7, STR_00F9_TRANSPORT_ROUTES),
MK(0xB5, STR_00EE_BUILDINGS_INDUSTRIES),
MKEND()
};
static const uint16 _legend_industries_normal[] = {
MK(0xD7, STR_00FA_COAL_MINE),
MK(0xB8, STR_00FB_POWER_STATION),
MK(0x56, STR_00FC_FOREST),
MK(0xC2, STR_00FD_SAWMILL),
MK(0xBF, STR_00FE_OIL_REFINERY),
MK(0x0F, STR_0105_BANK),
MS(0x30, STR_00FF_FARM),
MK(0xAE, STR_0100_FACTORY),
MK(0x98, STR_0102_OIL_WELLS),
MK(0x37, STR_0103_IRON_ORE_MINE),
MK(0x0A, STR_0104_STEEL_MILL),
MKEND()
};
static const uint16 _legend_industries_hilly[] = {
MK(0xD7, STR_00FA_COAL_MINE),
MK(0xB8, STR_00FB_POWER_STATION),
MK(0x56, STR_00FC_FOREST),
MK(0x0A, STR_0106_PAPER_MILL),
MK(0xBF, STR_00FE_OIL_REFINERY),
MK(0x37, STR_0108_FOOD_PROCESSING_PLANT),
MS(0x30, STR_00FF_FARM),
MK(0xAE, STR_0101_PRINTING_WORKS),
MK(0x98, STR_0102_OIL_WELLS),
MK(0xC2, STR_0107_GOLD_MINE),
MK(0x0F, STR_0105_BANK),
MKEND()
};
static const uint16 _legend_industries_desert[] = {
MK(0xBF, STR_00FE_OIL_REFINERY),
MK(0x98, STR_0102_OIL_WELLS),
MK(0x0F, STR_0105_BANK),
MK(0xB8, STR_0109_DIAMOND_MINE),
MK(0x37, STR_0108_FOOD_PROCESSING_PLANT),
MK(0x0A, STR_010A_COPPER_ORE_MINE),
MK(0x30, STR_00FF_FARM),
MS(0x56, STR_010B_FRUIT_PLANTATION),
MK(0x27, STR_010C_RUBBER_PLANTATION),
MK(0x25, STR_010D_WATER_SUPPLY),
MK(0xD0, STR_010E_WATER_TOWER),
MK(0xAE, STR_0100_FACTORY),
MK(0xC2, STR_010F_LUMBER_MILL),
MKEND()
};
static const uint16 _legend_industries_candy[] = {
MK(0x30, STR_0110_COTTON_CANDY_FOREST),
MK(0xAE, STR_0111_CANDY_FACTORY),
MK(0x27, STR_0112_BATTERY_FARM),
MK(0x37, STR_0113_COLA_WELLS),
MK(0xD0, STR_0114_TOY_SHOP),
MK(0x0A, STR_0115_TOY_FACTORY),
MS(0x25, STR_0116_PLASTIC_FOUNTAINS),
MK(0xB8, STR_0117_FIZZY_DRINK_FACTORY),
MK(0x98, STR_0118_BUBBLE_GENERATOR),
MK(0xC2, STR_0119_TOFFEE_QUARRY),
MK(0x0F, STR_011A_SUGAR_MINE),
MKEND()
};
static const uint16 _legend_routes[] = {
MK(0xD7, STR_00EB_ROADS),
MK(0x0A, STR_00EC_RAILROADS),
MK(0xB5, STR_00EE_BUILDINGS_INDUSTRIES),
MS(0x56, STR_011B_RAILROAD_STATION),
MK(0xC2, STR_011C_TRUCK_LOADING_BAY),
MK(0xBF, STR_011D_BUS_STATION),
MK(0xB8, STR_011E_AIRPORT_HELIPORT),
MK(0x98, STR_011F_DOCK),
MKEND()
};
static const uint16 _legend_vegetation[] = {
MK(0x52, STR_0120_ROUGH_LAND),
MK(0x54, STR_0121_GRASS_LAND),
MK(0x37, STR_0122_BARE_LAND),
MK(0x25, STR_0123_FIELDS),
MK(0x57, STR_0124_TREES),
MK(0xD0, STR_00FC_FOREST),
MS(0x0A, STR_0125_ROCKS),
MK(0xC2, STR_012A_DESERT),
MK(0x98, STR_012B_SNOW),
MK(0xD7, STR_00F9_TRANSPORT_ROUTES),
MK(0xB5, STR_00EE_BUILDINGS_INDUSTRIES),
MKEND()
};
static const uint16 _legend_land_owners[] = {
MK(0xCA, STR_0126_WATER),
MK(0x54, STR_0127_NO_OWNER),
MK(0xB4, STR_0128_TOWNS),
MK(0x20, STR_0129_INDUSTRIES),
MKEND()
};
#undef MK
#undef MS
#undef MKEND
enum { IND_OFFS = 6 };
static const uint16 * const _legend_table[] = {
_legend_land_contours,
_legend_vehicles,
NULL,
_legend_routes,
_legend_vegetation,
_legend_land_owners,
_legend_industries_normal,
_legend_industries_hilly,
_legend_industries_desert,
_legend_industries_candy,
};
#if defined(OTTD_ALIGNMENT)
static inline void WRITE_PIXELS(Pixel* d, uint32 val)
{
# if defined(TTD_BIG_ENDIAN)
d[0] = GB(val, 24, 8);
d[1] = GB(val, 16, 8);
d[2] = GB(val, 8, 8);
d[3] = GB(val, 0, 8);
# elif defined(TTD_LITTLE_ENDIAN)
d[0] = GB(val, 0, 8);
d[1] = GB(val, 8, 8);
d[2] = GB(val, 16, 8);
d[3] = GB(val, 24, 8);
# endif
}
/* need to use OR, otherwise we will overwrite the wrong pixels at the edges :( */
static inline void WRITE_PIXELS_OR(Pixel *d, uint32 val)
{
# if defined(TTD_BIG_ENDIAN)
d[0] |= GB(val, 24, 8);
d[1] |= GB(val, 16, 8);
d[2] |= GB(val, 8, 8);
d[3] |= GB(val, 0, 8);
# elif defined(TTD_LITTLE_ENDIAN)
d[0] |= GB(val, 0, 8);
d[1] |= GB(val, 8, 8);
d[2] |= GB(val, 16, 8);
d[3] |= GB(val, 24, 8);
# endif
}
#else
# define WRITE_PIXELS(dst, val) *(uint32*)(dst) = (val);
# define WRITE_PIXELS_OR(dst,val) *(uint32*)(dst) |= (val);
#endif
#define MKCOLOR(x) TO_LE32X(x)
/* Height encodings; 16 levels XXX - needs updating for more/finer heights! */
static const uint32 _map_height_bits[16] = {
MKCOLOR(0x5A5A5A5A),
MKCOLOR(0x5A5B5A5B),
MKCOLOR(0x5B5B5B5B),
MKCOLOR(0x5B5C5B5C),
MKCOLOR(0x5C5C5C5C),
MKCOLOR(0x5C5D5C5D),
MKCOLOR(0x5D5D5D5D),
MKCOLOR(0x5D5E5D5E),
MKCOLOR(0x5E5E5E5E),
MKCOLOR(0x5E5F5E5F),
MKCOLOR(0x5F5F5F5F),
MKCOLOR(0x5F1F5F1F),
MKCOLOR(0x1F1F1F1F),
MKCOLOR(0x1F271F27),
MKCOLOR(0x27272727),
MKCOLOR(0x27272727),
};
typedef struct AndOr {
uint32 mor;
uint32 mand;
} AndOr;
static inline uint32 ApplyMask(uint32 colour, const AndOr *mask)
{
return (colour & mask->mand) | mask->mor;
}
static const AndOr _smallmap_contours_andor[] = {
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0x000A0A00), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00D7D700), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00B5B500), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0x98989898), MKCOLOR(0x00000000)},
{MKCOLOR(0xCACACACA), MKCOLOR(0x00000000)},
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0xB5B5B5B5), MKCOLOR(0x00000000)},
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0x00B5B500), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x000A0A00), MKCOLOR(0xFF0000FF)},
};
static const AndOr _smallmap_vehicles_andor[] = {
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0x00D7D700), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00D7D700), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00B5B500), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0x00D7D700), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0xCACACACA), MKCOLOR(0x00000000)},
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0xB5B5B5B5), MKCOLOR(0x00000000)},
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0x00B5B500), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00D7D700), MKCOLOR(0xFF0000FF)},
};
static const AndOr _smallmap_vegetation_andor[] = {
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0x00D7D700), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00D7D700), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00B5B500), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00575700), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00D7D700), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0xCACACACA), MKCOLOR(0x00000000)},
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0xB5B5B5B5), MKCOLOR(0x00000000)},
{MKCOLOR(0x00000000), MKCOLOR(0xFFFFFFFF)},
{MKCOLOR(0x00B5B500), MKCOLOR(0xFF0000FF)},
{MKCOLOR(0x00D7D700), MKCOLOR(0xFF0000FF)},
};
typedef uint32 GetSmallMapPixels(TileIndex tile); // typedef callthrough function
/**
* Draws one column of the small map in a certain mode onto the screen buffer. This
* function looks exactly the same for all types
*
* @param dst Pointer to a part of the screen buffer to write to.
* @param xc The X coordinate of the first tile in the column.
* @param yc The Y coordinate of the first tile in the column
* @param pitch Number of pixels to advance in the screen buffer each time a pixel is written.
* @param reps Number of lines to draw
* @param mask ?
* @param proc Pointer to the colour function
* @see GetSmallMapPixels(TileIndex)
*/
static void DrawSmallMapStuff(Pixel *dst, uint xc, uint yc, int pitch, int reps, uint32 mask, GetSmallMapPixels *proc)
{
Pixel *dst_ptr_end = _screen.dst_ptr + _screen.width * _screen.height - _screen.width;
do {
// check if the tile (xc,yc) is within the map range
if (xc < MapMaxX() && yc < MapMaxY()) {
// check if the dst pointer points to a pixel inside the screen buffer
if (dst > _screen.dst_ptr && dst < dst_ptr_end)
WRITE_PIXELS_OR(dst, proc(TileXY(xc, yc)) & mask);
}
// switch to next tile in the column
} while (xc++, yc++, dst += pitch, --reps != 0);
}
static inline TileType GetEffectiveTileType(TileIndex tile)
{
switch (GetTileType(tile)) {
case MP_STREET_BRIDGE: return MP_STREET;
case MP_RAILWAY_BRIDGE: return MP_RAILWAY;
case MP_TUNNEL:
if (GetTunnelTransportType(tile) == TRANSPORT_RAIL) return MP_RAILWAY;
return MP_STREET;
default: return GetTileType(tile);
}
}
/**
* Return the color a tile would be displayed with in the small map in mode "Contour".
* @param tile The tile of which we would like to get the color.
* @return The color of tile in the small map in mode "Contour"
*/
static inline uint32 GetSmallMapContoursPixels(TileIndex tile)
{
TileType t = GetEffectiveTileType(tile);
return
ApplyMask(_map_height_bits[TileHeight(tile)], &_smallmap_contours_andor[t]);
}
/**
* Return the color a tile would be displayed with in the small map in mode "Vehicles".
*
* @param t The tile of which we would like to get the color.
* @return The color of tile in the small map in mode "Vehicles"
*/
static inline uint32 GetSmallMapVehiclesPixels(TileIndex tile)
{
TileType t = GetEffectiveTileType(tile);
return ApplyMask(MKCOLOR(0x54545454), &_smallmap_vehicles_andor[t]);
}
/* Industry colours... a total of 175 gfx - XXX - increase if more industries */
static const byte _industry_smallmap_colors[175] = {
215, 215, 215, 215, 215, 215, 215, 184,
184, 184, 184, 194, 194, 194, 194, 194,
86, 86, 191, 191, 191, 191, 191, 191,
152, 152, 152, 152, 152, 152, 152, 152,
152, 48, 48, 48, 48, 48, 48, 174,
174, 174, 174, 174, 174, 174, 174, 10,
10, 10, 10, 10, 10, 10, 10, 10,
10, 10, 15, 15, 55, 55, 55, 55,
10, 10, 10, 10, 10, 10, 10, 10,
194, 194, 194, 194, 194, 194, 194, 194,
194, 194, 194, 194, 194, 194, 194, 194,
194, 15, 15, 184, 184, 184, 184, 184,
184, 184, 184, 184, 55, 55, 55, 55,
55, 55, 55, 55, 55, 55, 55, 55,
55, 55, 55, 55, 86, 39, 37, 37,
208, 174, 174, 174, 174, 194, 194, 194,
194, 48, 48, 174, 174, 174, 174, 39,
39, 55, 208, 208, 208, 208, 10, 10,
10, 10, 10, 10, 37, 37, 37, 37,
37, 37, 37, 37, 184, 184, 184, 184,
152, 152, 152, 152, 194, 194, 194, 15,
15, 15, 15, 15, 15, 15, 15,
};
/**
* Return the color a tile would be displayed with in the small map in mode "Industries".
*
* @param tile The tile of which we would like to get the color.
* @return The color of tile in the small map in mode "Industries"
*/
static inline uint32 GetSmallMapIndustriesPixels(TileIndex tile)
{
TileType t = GetEffectiveTileType(tile);
if (t == MP_INDUSTRY) {
return _industry_smallmap_colors[GetIndustryGfx(tile)] * 0x01010101;
}
return ApplyMask(MKCOLOR(0x54545454), &_smallmap_vehicles_andor[t]);
}
/**
* Return the color a tile would be displayed with in the small map in mode "Routes".
*
* @param t The tile of which we would like to get the color.
* @return The color of tile in the small map in mode "Routes"
*/
static inline uint32 GetSmallMapRoutesPixels(TileIndex tile)
{
TileType t = GetEffectiveTileType(tile);
uint32 bits;
if (t == MP_STATION) {
switch (GetStationType(tile)) {
case STATION_RAIL: bits = MKCOLOR(0x56565656); break;
case STATION_AIRPORT: bits = MKCOLOR(0xB8B8B8B8); break;
case STATION_TRUCK: bits = MKCOLOR(0xC2C2C2C2); break;
case STATION_BUS: bits = MKCOLOR(0xBFBFBFBF); break;
case STATION_DOCK: bits = MKCOLOR(0x98989898); break;
default: bits = MKCOLOR(0xFFFFFFFF); break;
}
} else {
// ground color
bits = ApplyMask(MKCOLOR(0x54545454), &_smallmap_contours_andor[t]);
}
return bits;
}
static const uint32 _vegetation_clear_bits[] = {
MKCOLOR(0x54545454), ///< full grass
MKCOLOR(0x52525252), ///< rough land
MKCOLOR(0x0A0A0A0A), ///< rocks
MKCOLOR(0x25252525), ///< fields
MKCOLOR(0x98989898), ///< snow
MKCOLOR(0xC2C2C2C2), ///< desert
MKCOLOR(0x54545454), ///< unused
MKCOLOR(0x54545454), ///< unused
};
static inline uint32 GetSmallMapVegetationPixels(TileIndex tile)
{
TileType t = GetEffectiveTileType(tile);
uint32 bits;
switch (t) {
case MP_CLEAR:
if (IsClearGround(tile, CLEAR_GRASS) && GetClearDensity(tile) < 3) {
bits = MKCOLOR(0x37373737);
} else {
bits = _vegetation_clear_bits[GetClearGround(tile)];
}
break;
case MP_INDUSTRY:
bits = GetIndustryType(tile) == IT_FOREST ? MKCOLOR(0xD0D0D0D0) : MKCOLOR(0xB5B5B5B5);
break;
case MP_TREES:
if (GetTreeGround(tile) == TREE_GROUND_SNOW_DESERT) {
bits = (_opt.landscape == LT_HILLY) ? MKCOLOR(0x98575798) : MKCOLOR(0xC25757C2);
} else {
bits = MKCOLOR(0x54575754);
}
break;
default:
bits = ApplyMask(MKCOLOR(0x54545454), &_smallmap_vehicles_andor[t]);
break;
}
return bits;
}
static uint32 _owner_colors[OWNER_END + 1];
/**
* Return the color a tile would be displayed with in the small map in mode "Owner".
*
* @param t The tile of which we would like to get the color.
* @return The color of tile in the small map in mode "Owner"
*/
static inline uint32 GetSmallMapOwnerPixels(TileIndex tile)
{
Owner o;
switch (GetTileType(tile)) {
case MP_INDUSTRY: o = OWNER_END; break;
case MP_HOUSE: o = OWNER_TOWN; break;
default: o = GetTileOwner(tile); break;
}
return _owner_colors[o];
}
static const uint32 _smallmap_mask_left[3] = {
MKCOLOR(0xFF000000),
MKCOLOR(0xFFFF0000),
MKCOLOR(0xFFFFFF00),
};
static const uint32 _smallmap_mask_right[] = {
MKCOLOR(0x000000FF),
MKCOLOR(0x0000FFFF),
MKCOLOR(0x00FFFFFF),
};
/* each tile has 4 x pixels and 1 y pixel */
static GetSmallMapPixels *_smallmap_draw_procs[] = {
GetSmallMapContoursPixels,
GetSmallMapVehiclesPixels,
GetSmallMapIndustriesPixels,
GetSmallMapRoutesPixels,
GetSmallMapVegetationPixels,
GetSmallMapOwnerPixels,
};
static const byte _vehicle_type_colors[6] = {
184, 191, 152, 15, 215, 184
};
static void DrawVertMapIndicator(int x, int y, int x2, int y2)
{
GfxFillRect(x, y, x2, y + 3, 69);
GfxFillRect(x, y2 - 3, x2, y2, 69);
}
static void DrawHorizMapIndicator(int x, int y, int x2, int y2)
{
GfxFillRect(x, y, x + 3, y2, 69);
GfxFillRect(x2 - 3, y, x2, y2, 69);
}
/**
* Draws the small map.
*
* Basically, the small map is draw column of pixels by column of pixels. The pixels
* are drawn directly into the screen buffer. The final map is drawn in multiple passes.
* The passes are:
* <ol><li>The colors of tiles in the different modes.</li>
* <li>Town names (optional)</li>
*
* @param dpi pointer to pixel to write onto
* @param w pointer to Window struct
* @param type type of map requested (vegetation, owners, routes, etc)
* @param show_towns true if the town names should be displayed, false if not.
*/
static void DrawSmallMap(DrawPixelInfo *dpi, Window *w, int type, bool show_towns)
{
DrawPixelInfo *old_dpi;
int dx,dy, x, y, x2, y2;
Pixel *ptr;
int tile_x;
int tile_y;
ViewPort *vp;
old_dpi = _cur_dpi;
_cur_dpi = dpi;
/* clear it */
GfxFillRect(dpi->left, dpi->top, dpi->left + dpi->width - 1, dpi->top + dpi->height - 1, 0);
/* setup owner table */
if (type == 5) {
const Player *p;
/* fill with some special colors */
_owner_colors[OWNER_TOWN] = MKCOLOR(0xB4B4B4B4);
_owner_colors[OWNER_NONE] = MKCOLOR(0x54545454);
_owner_colors[OWNER_WATER] = MKCOLOR(0xCACACACA);
_owner_colors[OWNER_END] = MKCOLOR(0x20202020); /* industry */
/* now fill with the player colors */
FOR_ALL_PLAYERS(p) {
if (p->is_active) {
_owner_colors[p->index] =
_colour_gradient[p->player_color][5] * 0x01010101;
}
}
}
tile_x = WP(w,smallmap_d).scroll_x / TILE_SIZE;
tile_y = WP(w,smallmap_d).scroll_y / TILE_SIZE;
dx = dpi->left + WP(w,smallmap_d).subscroll;
tile_x -= dx / 4;
tile_y += dx / 4;
dx &= 3;
dy = dpi->top;
tile_x += dy / 2;
tile_y += dy / 2;
if (dy & 1) {
tile_x++;
dx += 2;
if (dx > 3) {
dx -= 4;
tile_x--;
tile_y++;
}
}
ptr = dpi->dst_ptr - dx - 4;
x = - dx - 4;
y = 0;
for (;;) {
uint32 mask = 0xFFFFFFFF;
int reps;
int t;
/* distance from left edge */
if (x < 0) {
if (x < -3) goto skip_column;
/* mask to use at the left edge */
mask = _smallmap_mask_left[x + 3];
}
/* distance from right edge */
t = dpi->width - x;
if (t < 4) {
if (t <= 0) break; /* exit loop */
/* mask to use at the right edge */
mask &= _smallmap_mask_right[t - 1];
}
/* number of lines */
reps = (dpi->height - y + 1) / 2;
if (reps > 0) {
// assert(ptr >= dpi->dst_ptr);
DrawSmallMapStuff(ptr, tile_x, tile_y, dpi->pitch * 2, reps, mask, _smallmap_draw_procs[type]);
}
skip_column:
if (y == 0) {
tile_y++;
y++;
ptr += dpi->pitch;
} else {
tile_x--;
y--;
ptr -= dpi->pitch;
}
ptr += 2;
x += 2;
}
/* draw vehicles? */
if (type == 0 || type == 1) {
Vehicle *v;
bool skip;
byte color;
FOR_ALL_VEHICLES(v) {
if (v->type != VEH_Special &&
(v->vehstatus & (VS_HIDDEN | VS_UNCLICKABLE)) == 0) {
// Remap into flat coordinates.
Point pt = RemapCoords(
v->x_pos / TILE_SIZE - WP(w,smallmap_d).scroll_x / TILE_SIZE, // divide each one separately because (a-b)/c != a/c-b/c in integer world
v->y_pos / TILE_SIZE - WP(w,smallmap_d).scroll_y / TILE_SIZE, // dtto
0);
x = pt.x;
y = pt.y;
// Check if y is out of bounds?
y -= dpi->top;
if (!IS_INT_INSIDE(y, 0, dpi->height)) continue;
// Default is to draw both pixels.
skip = false;
// Offset X coordinate
x -= WP(w,smallmap_d).subscroll + 3 + dpi->left;
if (x < 0) {
// if x+1 is 0, that means we're on the very left edge,
// and should thus only draw a single pixel
if (++x != 0) continue;
skip = true;
} else if (x >= dpi->width - 1) {
// Check if we're at the very right edge, and if so draw only a single pixel
if (x != dpi->width - 1) continue;
skip = true;
}
// Calculate pointer to pixel and the color
ptr = dpi->dst_ptr + y * dpi->pitch + x;
color = (type == 1) ? _vehicle_type_colors[v->type-0x10] : 0xF;
// And draw either one or two pixels depending on clipping
ptr[0] = color;
if (!skip) ptr[1] = color;
}
}
}
if (show_towns) {
const Town *t;
FOR_ALL_TOWNS(t) {
// Remap the town coordinate
Point pt = RemapCoords(
(int)(TileX(t->xy) * TILE_SIZE - WP(w, smallmap_d).scroll_x) / TILE_SIZE,
(int)(TileY(t->xy) * TILE_SIZE - WP(w, smallmap_d).scroll_y) / TILE_SIZE,
0);
x = pt.x - WP(w,smallmap_d).subscroll + 3 - (t->sign.width_2 >> 1);
y = pt.y;
// Check if the town sign is within bounds
if (x + t->sign.width_2 > dpi->left &&
x < dpi->left + dpi->width &&
y + 6 > dpi->top &&
y < dpi->top + dpi->height) {
// And draw it.
SetDParam(0, t->index);
DrawString(x, y, STR_2056, 12);
}
}
}
// Draw map indicators
{
Point pt;
// Find main viewport.
vp = FindWindowById(WC_MAIN_WINDOW,0)->viewport;
pt = RemapCoords(WP(w, smallmap_d).scroll_x, WP(w, smallmap_d).scroll_y, 0);
x = vp->virtual_left - pt.x;
y = vp->virtual_top - pt.y;
x2 = (x + vp->virtual_width) / TILE_SIZE;
y2 = (y + vp->virtual_height) / TILE_SIZE;
x /= TILE_SIZE;
y /= TILE_SIZE;
x -= WP(w,smallmap_d).subscroll;
x2 -= WP(w,smallmap_d).subscroll;
DrawVertMapIndicator(x, y, x, y2);
DrawVertMapIndicator(x2, y, x2, y2);
DrawHorizMapIndicator(x, y, x2, y);
DrawHorizMapIndicator(x, y2, x2, y2);
}
_cur_dpi = old_dpi;
}
void SmallMapCenterOnCurrentPos(Window *w)
{
int x, y;
ViewPort *vp;
vp = FindWindowById(WC_MAIN_WINDOW, 0)->viewport;
x = ((vp->virtual_width - (w->widget[4].right - w->widget[4].left) * TILE_SIZE) / 2 + vp->virtual_left) / 4;
y = ((vp->virtual_height - (w->widget[4].bottom - w->widget[4].top ) * TILE_SIZE) / 2 + vp->virtual_top ) / 2 - TILE_SIZE * 2;
WP(w, smallmap_d).scroll_x = (y - x) & ~0xF;
WP(w, smallmap_d).scroll_y = (x + y) & ~0xF;
SetWindowDirty(w);
}
static void SmallMapWindowProc(Window *w, WindowEvent *e)
{
switch (e->event) {
case WE_PAINT: {
const uint16 *tbl;
int x, y, y_org;
DrawPixelInfo new_dpi;
/* draw the window */
SetDParam(0, STR_00E5_CONTOURS + _smallmap_type);
DrawWindowWidgets(w);
/* draw the legend */
tbl = _legend_table[(_smallmap_type != 2) ? _smallmap_type : (_opt.landscape + IND_OFFS)];
x = 4;
y_org = w->height - 44 - 11;
y = y_org;
for (;;) {
GfxFillRect(x, y + 1, x + 8, y + 5, 0);
GfxFillRect(x + 1, y + 2, x + 7, y + 4, (byte)tbl[0]);
DrawString(x + 11, y, tbl[1], 0);
tbl += 2;
y += 6;
if (tbl[0] == 0xFFFF) {
break;
} else if (tbl[0] & 0x100) {
x += 123;
y = y_org;
}
}
if (!FillDrawPixelInfo(&new_dpi, 3, 17, w->width - 28 + 22, w->height - 64 - 11))
return;
DrawSmallMap(&new_dpi, w, _smallmap_type, _smallmap_show_towns);
} break;
case WE_CLICK:
switch (e->we.click.widget) {
case 4: { // Map window
Window *w2 = FindWindowById(WC_MAIN_WINDOW, 0);
Point pt;
/*
* XXX: scrolling with the left mouse button is done by subsequently
* clicking with the left mouse button; clicking once centers the
* large map at the selected point. So by unclicking the left mouse
* button here, it gets reclicked during the next inputloop, which
* would make it look like the mouse is being dragged, while it is
* actually being (virtually) clicked every inputloop.
*/
_left_button_clicked = false;
pt = RemapCoords(WP(w,smallmap_d).scroll_x, WP(w,smallmap_d).scroll_y, 0);
WP(w2, vp_d).scrollpos_x = pt.x + ((_cursor.pos.x - w->left + 2) << 4) - (w2->viewport->virtual_width >> 1);
WP(w2, vp_d).scrollpos_y = pt.y + ((_cursor.pos.y - w->top - 16) << 4) - (w2->viewport->virtual_height >> 1);
SetWindowDirty(w);
} break;
case 5: // Show land contours
case 6: // Show vehicles
case 7: // Show industries
case 8: // Show transport routes
case 9: // Show vegetation
case 10: // Show land owners
RaiseWindowWidget(w, _smallmap_type + 5);
_smallmap_type = e->we.click.widget - 5;
LowerWindowWidget(w, _smallmap_type + 5);
SetWindowDirty(w);
SndPlayFx(SND_15_BEEP);
break;
case 11: // Center the smallmap again
SmallMapCenterOnCurrentPos(w);
SetWindowDirty(w);
SndPlayFx(SND_15_BEEP);
break;
case 12: // Toggle town names
ToggleWidgetLoweredState(w, 12);
_smallmap_show_towns = IsWindowWidgetLowered(w, 12);
SetWindowDirty(w);
SndPlayFx(SND_15_BEEP);
break;
}
break;
case WE_RCLICK:
if (e->we.click.widget == 4) {
if (_scrolling_viewport) return;
_scrolling_viewport = true;
_cursor.delta.x = 0;
_cursor.delta.y = 0;
}
break;
case WE_MOUSELOOP:
/* update the window every now and then */
if ((++w->vscroll.pos & 0x1F) == 0) SetWindowDirty(w);
break;
case WE_SCROLL: {
int x;
int y;
int sub;
int hx;
int hy;
int hvx;
int hvy;
_cursor.fix_at = true;
x = WP(w, smallmap_d).scroll_x;
y = WP(w, smallmap_d).scroll_y;
sub = WP(w, smallmap_d).subscroll + e->we.scroll.delta.x;
x -= (sub >> 2) << 4;
y += (sub >> 2) << 4;
sub &= 3;
x += (e->we.scroll.delta.y >> 1) << 4;
y += (e->we.scroll.delta.y >> 1) << 4;
if (e->we.scroll.delta.y & 1) {
x += TILE_SIZE;
sub += 2;
if (sub > 3) {
sub -= 4;
x -= TILE_SIZE;
y += TILE_SIZE;
}
}
hx = (w->widget[4].right - w->widget[4].left) / 2;
hy = (w->widget[4].bottom - w->widget[4].top ) / 2;
hvx = hx * -4 + hy * 8;
hvy = hx * 4 + hy * 8;
if (x < -hvx) {
x = -hvx;
sub = 0;
}
if (x > (int)MapMaxX() * TILE_SIZE - hvx) {
x = MapMaxX() * TILE_SIZE - hvx;
sub = 0;
}
if (y < -hvy) {
y = -hvy;
sub = 0;
}
if (y > (int)MapMaxY() * TILE_SIZE - hvy) {
y = MapMaxY() * TILE_SIZE - hvy;
sub = 0;
}
WP(w, smallmap_d).scroll_x = x;
WP(w, smallmap_d).scroll_y = y;
WP(w, smallmap_d).subscroll = sub;
SetWindowDirty(w);
} break;
}
}
static const WindowDesc _smallmap_desc = {
WDP_AUTO, WDP_AUTO, 446, 314,
WC_SMALLMAP,0,
WDF_STD_TOOLTIPS | WDF_STD_BTN | WDF_DEF_WIDGET | WDF_STICKY_BUTTON | WDF_RESIZABLE,
_smallmap_widgets,
SmallMapWindowProc
};
void ShowSmallMap(void)
{
Window *w;
w = AllocateWindowDescFront(&_smallmap_desc, 0);
if (w == NULL) return;
LowerWindowWidget(w, _smallmap_type + 5);
SetWindowWidgetLoweredState(w, 12, _smallmap_show_towns);
w->resize.width = 350;
w->resize.height = 250;
SmallMapCenterOnCurrentPos(w);
}
/* Extra ViewPort Window Stuff */
static const Widget _extra_view_port_widgets[] = {
{ WWT_CLOSEBOX, RESIZE_NONE, 14, 0, 10, 0, 13, STR_00C5, STR_018B_CLOSE_WINDOW},
{ WWT_CAPTION, RESIZE_RIGHT, 14, 11, 287, 0, 13, STR_EXTRA_VIEW_PORT_TITLE, STR_018C_WINDOW_TITLE_DRAG_THIS},
{ WWT_STICKYBOX, RESIZE_LR, 14, 288, 299, 0, 13, 0x0, STR_STICKY_BUTTON},
{ WWT_PANEL, RESIZE_RB, 14, 0, 299, 14, 233, 0x0, STR_NULL},
{ WWT_INSET, RESIZE_RB, 14, 2, 297, 16, 231, 0x0, STR_NULL},
{ WWT_PUSHIMGBTN, RESIZE_TB, 14, 0, 21, 234, 255, SPR_IMG_ZOOMIN, STR_017F_ZOOM_THE_VIEW_IN},
{ WWT_PUSHIMGBTN, RESIZE_TB, 14, 22, 43, 234, 255, SPR_IMG_ZOOMOUT, STR_0180_ZOOM_THE_VIEW_OUT},
{ WWT_PUSHTXTBTN, RESIZE_TB, 14, 44, 171, 234, 255, STR_EXTRA_VIEW_MOVE_MAIN_TO_VIEW, STR_EXTRA_VIEW_MOVE_MAIN_TO_VIEW_TT},
{ WWT_PUSHTXTBTN, RESIZE_TB, 14, 172, 298, 234, 255, STR_EXTRA_VIEW_MOVE_VIEW_TO_MAIN, STR_EXTRA_VIEW_MOVE_VIEW_TO_MAIN_TT},
{ WWT_PANEL, RESIZE_RTB, 14, 299, 299, 234, 255, 0x0, STR_NULL},
{ WWT_PANEL, RESIZE_RTB, 14, 0, 287, 256, 267, 0x0, STR_NULL},
{ WWT_RESIZEBOX, RESIZE_LRTB, 14, 288, 299, 256, 267, 0x0, STR_RESIZE_BUTTON},
{ WIDGETS_END},
};
static void ExtraViewPortWndProc(Window *w, WindowEvent *e)
{
switch (e->event) {
case WE_CREATE: /* Disable zoom in button */
DisableWindowWidget(w, 5);
break;
case WE_PAINT:
// set the number in the title bar
SetDParam(0, w->window_number + 1);
DrawWindowWidgets(w);
DrawWindowViewport(w);
break;
case WE_CLICK:
switch (e->we.click.widget) {
case 5: DoZoomInOutWindow(ZOOM_IN, w); break;
case 6: DoZoomInOutWindow(ZOOM_OUT, w); break;
case 7: { /* location button (move main view to same spot as this view) 'Paste Location' */
Window *w2 = FindWindowById(WC_MAIN_WINDOW, 0);
int x = WP(w, vp_d).scrollpos_x; // Where is the main looking at
int y = WP(w, vp_d).scrollpos_y;
// set this view to same location. Based on the center, adjusting for zoom
WP(w2, vp_d).scrollpos_x = x - (w2->viewport->virtual_width - w->viewport->virtual_width) / 2;
WP(w2, vp_d).scrollpos_y = y - (w2->viewport->virtual_height - w->viewport->virtual_height) / 2;
} break;
case 8: { /* inverse location button (move this view to same spot as main view) 'Copy Location' */
const Window *w2 = FindWindowById(WC_MAIN_WINDOW, 0);
int x = WP(w2, const vp_d).scrollpos_x;
int y = WP(w2, const vp_d).scrollpos_y;
WP(w, vp_d).scrollpos_x = x + (w2->viewport->virtual_width - w->viewport->virtual_width) / 2;
WP(w, vp_d).scrollpos_y = y + (w2->viewport->virtual_height - w->viewport->virtual_height) / 2;
} break;
}
break;
case WE_RESIZE:
w->viewport->width += e->we.sizing.diff.x;
w->viewport->height += e->we.sizing.diff.y;
w->viewport->virtual_width += e->we.sizing.diff.x;
w->viewport->virtual_height += e->we.sizing.diff.y;
break;
case WE_SCROLL: {
ViewPort *vp = IsPtInWindowViewport(w, _cursor.pos.x, _cursor.pos.y);
if (vp == NULL) {
_cursor.fix_at = false;
_scrolling_viewport = false;
}
WP(w, vp_d).scrollpos_x += e->we.scroll.delta.x << vp->zoom;
WP(w, vp_d).scrollpos_y += e->we.scroll.delta.y << vp->zoom;
} break;
case WE_MOUSEWHEEL:
ZoomInOrOutToCursorWindow(e->we.wheel.wheel < 0, w);
break;
case WE_MESSAGE:
/* Only handle zoom message if intended for us (msg ZOOM_IN/ZOOM_OUT) */
if (e->we.message.wparam != w->window_number) break;
HandleZoomMessage(w, w->viewport, 5, 6);
break;
}
}
static const WindowDesc _extra_view_port_desc = {
WDP_AUTO, WDP_AUTO, 300, 268,
WC_EXTRA_VIEW_PORT,0,
WDF_STD_TOOLTIPS | WDF_STD_BTN | WDF_DEF_WIDGET | WDF_UNCLICK_BUTTONS | WDF_STICKY_BUTTON | WDF_RESIZABLE,
_extra_view_port_widgets,
ExtraViewPortWndProc
};
void ShowExtraViewPortWindow(void)
{
Window *w, *v;
int i = 0;
// find next free window number for extra viewport
while (FindWindowById(WC_EXTRA_VIEW_PORT, i) != NULL) i++;
w = AllocateWindowDescFront(&_extra_view_port_desc, i);
if (w != NULL) {
int x, y;
// the main window with the main view
v = FindWindowById(WC_MAIN_WINDOW, 0);
// New viewport start ats (zero,zero)
AssignWindowViewport(w, 3, 17, 294, 214, 0 , 0);
// center on same place as main window (zoom is maximum, no adjustment needed)
x = WP(v, vp_d).scrollpos_x;
y = WP(v, vp_d).scrollpos_y;
WP(w, vp_d).scrollpos_x = x + (v->viewport->virtual_width - (294)) / 2;
WP(w, vp_d).scrollpos_y = y + (v->viewport->virtual_height - (214)) / 2;
}
}