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|
/*****************************************************************************
* Laichzeit *
* Part of the Benzin Project *
* Copyright (C)2009 SquidMan (Alex Marshall) <SquidMan72@gmail.com> *
* Copyright (C)2009 megazig (Stephen Simpson) <megazig@hotmail.com> *
* Copyright (C)2009 Matt_P (Matthew Parlane) *
* Copyright (C)2009 comex *
* Copyright (C)2009 booto *
* All Rights Reserved, HACKERCHANNEL. *
* ------------------------------------------------------------------------- *
* brlyt.c *
* The code for all the BRLYT stuff. Compile this! *
* ------------------------------------------------------------------------- *
* Compilation code contributed by: *
* megazig *
* Intermediation code contributed by: *
* SquidMan *
*****************************************************************************/
#include <stdlib.h>
#include <string.h>
#include "types.h"
#include "brlyt.h"
#include "c_oop.h"
static int AddEntryToBRLYT(BRLYT* brlyt, LYTEntry entry)
{
return AddObjectToList((u8**)&brlyt->entries, (u32*)&brlyt->entrycnt, \
(u8*)&entry, sizeof(LYTEntry));
}
static int AddTexCoordToPic(BRLYT* brlyt, int pic, LYTTexCoord coord)
{
return AddObjectToList((u8**)&brlyt->entries[pic].tag.pic.texcoords, \
(u32*)&brlyt->entries[pic].tag.pic.texcoordcnt, \
(u8*)&coord, sizeof(LYTTexCoord));
}
static int AddSubToGroup(BRLYT* brlyt, int group, LYTSub sub)
{
return AddObjectToList((u8**)&brlyt->entries[group].tag.grp.subs, \
(u32*)&brlyt->entries[group].tag.grp.subcnts, \
(u8*)&sub, sizeof(LYTSub));
}
BRLYT* LaichLyt_Start(float width, float height)
{
BRLYT* brlyt = calloc(sizeof(BRLYT), 1);
brlyt->width = width;
brlyt->height = height;
brlyt->entrycnt = 0;
brlyt->entries = NULL;
return brlyt;
}
int LaichLyt_StartPane(BRLYT* brlyt, char* name)
{
LYTEntry entry;
entry.type = LYT_TYPE_PANE;
entry.done = 0;
entry.tag.pane.alpha = 255;
entry.tag.pane.alpha2 = 0;
memset(entry.tag.pane.name, 0, 24);
strncpy(entry.tag.pane.name, name, 24);
entry.tag.pane.x = 0;
entry.tag.pane.y = 0;
entry.tag.pane.z = 0;
entry.tag.pane.rot_x = 0;
entry.tag.pane.rot_x = 0;
entry.tag.pane.angle = 0;
entry.tag.pane.xmag = 0;
entry.tag.pane.ymag = 0;
entry.tag.pane.width = 0;
entry.tag.pane.height = 0;
entry.tag.pane.done = 0;
return AddEntryToBRLYT(brlyt, entry);
}
int LaichLyt_StartText(BRLYT* brlyt, char* name)
{
LYTEntry entry;
entry.type = LYT_TYPE_TEXT;
entry.done = 0;
entry.tag.text.pane.alpha = 255;
entry.tag.text.pane.alpha2 = 0;
memset(entry.tag.text.pane.name, 0, 24);
strncpy(entry.tag.text.pane.name, name, 24);
entry.tag.text.pane.x = 0;
entry.tag.text.pane.y = 0;
entry.tag.text.pane.z = 0;
entry.tag.text.pane.rot_x = 0;
entry.tag.text.pane.rot_x = 0;
entry.tag.text.pane.angle = 0;
entry.tag.text.pane.xmag = 0;
entry.tag.text.pane.ymag = 0;
entry.tag.text.pane.width = 0;
entry.tag.text.pane.height = 0;
entry.tag.text.pane.done = 0;
entry.tag.text.font = LYT_FONT_DEFAULT;
entry.tag.text.stringlen = 0;
entry.tag.text.string = NULL;
entry.tag.text.color_fg = RGBA8(0, 0, 0, 255);
entry.tag.text.color_bg = RGBA8(0, 0, 0, 0);
entry.tag.text.done = 0;
return AddEntryToBRLYT(brlyt, entry);
}
int LaichLyt_StartPic(BRLYT* brlyt, char* name)
{
LYTEntry entry;
entry.type = LYT_TYPE_PIC;
entry.done = 0;
entry.tag.pic.pane.alpha = 255;
entry.tag.pic.pane.alpha2 = 0;
memset(entry.tag.pic.pane.name, 0, 24);
strncpy(entry.tag.pic.pane.name, name, 24);
entry.tag.pic.pane.x = 0;
entry.tag.pic.pane.y = 0;
entry.tag.pic.pane.z = 0;
entry.tag.pic.pane.rot_x = 0;
entry.tag.pic.pane.rot_x = 0;
entry.tag.pic.pane.angle = 0;
entry.tag.pic.pane.xmag = 0;
entry.tag.pic.pane.ymag = 0;
entry.tag.pic.pane.width = 0;
entry.tag.pic.pane.height = 0;
entry.tag.pic.pane.done = 0;
entry.tag.pic.colors[0] = RGBA8(0, 0, 0, 255);
entry.tag.pic.colors[1] = RGBA8(0, 0, 0, 255);
entry.tag.pic.colors[2] = RGBA8(0, 0, 0, 255);
entry.tag.pic.colors[3] = RGBA8(0, 0, 0, 255);
entry.tag.pic.texcoordcnt = 0;
entry.tag.pic.texcoords = NULL;
entry.tag.pic.done = 0;
return AddEntryToBRLYT(brlyt, entry);
}
int LaichLyt_StartWnd(BRLYT* brlyt, char* name)
{
LYTEntry entry;
entry.type = LYT_TYPE_WND;
entry.done = 0;
entry.tag.wnd.pane.alpha = 255;
entry.tag.wnd.pane.alpha2 = 0;
memset(entry.tag.wnd.pane.name, 0, 24);
strncpy(entry.tag.wnd.pane.name, name, 24);
entry.tag.wnd.pane.x = 0;
entry.tag.wnd.pane.y = 0;
entry.tag.wnd.pane.z = 0;
entry.tag.wnd.pane.rot_x = 0;
entry.tag.wnd.pane.rot_x = 0;
entry.tag.wnd.pane.angle = 0;
entry.tag.wnd.pane.xmag = 0;
entry.tag.wnd.pane.ymag = 0;
entry.tag.wnd.pane.width = 0;
entry.tag.wnd.pane.height = 0;
entry.tag.wnd.pane.done = 0;
entry.tag.wnd.colors[0] = RGBA8(0, 0, 0, 255);
entry.tag.wnd.colors[1] = RGBA8(0, 0, 0, 255);
entry.tag.wnd.colors[2] = RGBA8(0, 0, 0, 255);
entry.tag.wnd.colors[3] = RGBA8(0, 0, 0, 255);
entry.tag.wnd.count = 0;
entry.tag.wnd.texcoords = NULL;
entry.tag.wnd.done = 0;
return AddEntryToBRLYT(brlyt, entry);
int LaichLyt_StartMat(BRLYT* brlyt)
{
LYTEntry entry;
entry.type = LYT_TYPE_MAT;
entry.done = 0;
entry.tag.mat.done = 0;
entry.tag.mat.tev_colors[0] = RGB565(0, 0, 0, 255);
entry.tag.mat.tev_colors[1] = RGB565(0, 0, 0, 255);
entry.tag.mat.tev_colors[2] = RGB565(0, 0, 0, 255);
entry.tag.mat.tev_colors[3] = RGB565(0, 0, 0, 255);
entry.tag.mat.unk_colors[0] = RGB565(0, 0, 0, 255);
entry.tag.mat.unk_colors[1] = RGB565(0, 0, 0, 255);
entry.tag.mat.unk_colors[2] = RGB565(0, 0, 0, 255);
entry.tag.mat.unk_colors[3] = RGB565(0, 0, 0, 255);
entry.tag.mat.unk_colors2[0] = RGB565(0, 0, 0, 255);
entry.tag.mat.unk_colors2[1] = RGB565(0, 0, 0, 255);
entry.tag.mat.unk_colors2[2] = RGB565(0, 0, 0, 255);
entry.tag.mat.unk_colors2[3] = RGB565(0, 0, 0, 255);
entry.tag.mat.tev_kcolor[0] = RGBA8(0, 0, 0, 255);
entry.tag.mat.tev_kcolor[1] = RGBA8(0, 0, 0, 255);
entry.tag.mat.tev_kcolor[2] = RGBA8(0, 0, 0, 255);
entry.tag.mat.tev_kcolor[3] = RGBA8(0, 0, 0, 255);
entry.tag.mat.refcnt = 0;
entry.tag.mat.refs = NULL;
entry.tag.mat.stage1cnt = 0;
entry.tag.mat.stage1s = NULL;
entry.tag.mat.stage2cnt = 0;
entry.tag.mat.stage2s = NULL;
entry.tag.mat.stage3cnt = 0;
entry.tag.mat.stage3s = NULL;
entry.tag.mat.stage4cnt = 0;
entry.tag.mat.stage4s = NULL;
entry.tag.mat.stage5cnt = 0;
entry.tag.mat.stage5s = NULL;
entry.tag.mat.stage6cnt = 0;
entry.tag.mat.stage6s = NULL;
entry.tag.mat.stage7cnt = 0;
entry.tag.mat.stage7s = NULL;
entry.tag.mat.stage8cnt = 0;
entry.tag.mat.stage8s = NULL;
entry.tag.mat.stage9cnt = 0;
entry.tag.mat.stage9s = NULL;
entry.tag.mat.stage10cnt = 0;
entry.tag.mat.stage10s = NULL;
return AddEntryToBRLYT(brlyt, entry);
}
int LaichLyt_StartGroup(BRLYT* brlyt, char* name)
{
LYTEntry entry;
entry.type = LYT_TYPE_GROUP;
entry.done = 0;
memset(entry.tag.grp.name, 0, 16);
strncpy(entry.tag.grp.name, name, 16);
entry.tag.grp.subcnts = 0;
entry.tag.grp.subs = NULL;
entry.tag.grp.done = 0;
return AddEntryToBRLYT(brlyt, entry);
}
static void LaichLyt_IntPaneCoords(LYTPane* pane, \
float x, float y, float z)
{
pane->x = x;
pane->y = y;
pane->z = z;
}
static void LaichLyt_IntPaneRotation(LYTPane* pane, \
float rot_x, float rot_y, float angle)
{
pane->rot_x = rot_x;
pane->rot_y = rot_y;
pane->angle = angle;
}
static void LaichLyt_IntPaneZoom(LYTPane* pane, \
float xmag, float ymag)
{
pane->xmag = xmag;
pane->ymag = ymag;
}
static void LaichLyt_IntPaneSize(LYTPane* pane, \
float width, float height)
{
pane->width = width;
pane->height = height;
}
static void LaichLyt_IntPaneAlpha(LYTPane* pane, \
u8 alpha, u8 alpha2)
{
pane->alpha = alpha;
pane->alpha2 = alpha2;
}
void LaichLyt_PaneCoords(BRLYT* brlyt, int pane, \
float x, float y, float z)
{
LaichLyt_IntPaneCoords(&(brlyt->entries[pane].tag.pane), \
x, y, z);
}
void LaichLyt_PaneRotation(BRLYT* brlyt, int pane, \
float rot_x, float rot_y, float angle)
{
LaichLyt_IntPaneRotation(&(brlyt->entries[pane].tag.pane), \
rot_x, rot_y, angle);
}
void LaichLyt_PaneZoom(BRLYT* brlyt, int pane, \
float xmag, float ymag)
{
LaichLyt_IntPaneZoom(&(brlyt->entries[pane].tag.pane), \
xmag, ymag);
}
void LaichLyt_PaneSize(BRLYT* brlyt, int pane, \
float width, float height)
{
LaichLyt_IntPaneSize(&(brlyt->entries[pane].tag.pane), \
width, height);
}
void LaichLyt_PaneAlpha(BRLYT* brlyt, int pane, \
u8 alpha, u8 alpha2)
{
LaichLyt_IntPaneAlpha(&(brlyt->entries[pane].tag.pane), \
alpha, alpha2);
}
void LaichLyt_TextCoords(BRLYT* brlyt, int text, \
float x, float y, float z)
{
LaichLyt_IntPaneCoords(&(brlyt->entries[text].tag.text.pane), \
x, y, z);
}
void LaichLyt_TextRotation(BRLYT* brlyt, int text, \
float rot_x, float rot_y, float angle)
{
LaichLyt_IntPaneRotation(&(brlyt->entries[text].tag.text.pane), \
rot_x, rot_y, angle);
}
void LaichLyt_TextZoom(BRLYT* brlyt, int text, \
float xmag, float ymag)
{
LaichLyt_IntPaneZoom(&(brlyt->entries[text].tag.text.pane), \
xmag, ymag);
}
void LaichLyt_TextSize(BRLYT* brlyt, int text, \
float width, float height)
{
LaichLyt_IntPaneSize(&(brlyt->entries[text].tag.text.pane), \
width, height);
}
void LaichLyt_TextAlpha(BRLYT* brlyt, int text, \
u8 alpha, u8 alpha2)
{
LaichLyt_IntPaneAlpha(&(brlyt->entries[text].tag.text.pane), \
alpha, alpha2);
}
void LaichLyt_PicCoords(BRLYT* brlyt, int pic, \
float x, float y, float z)
{
LaichLyt_IntPaneCoords(&(brlyt->entries[pic].tag.pic.pane), \
x, y, z);
}
void LaichLyt_PicRotation(BRLYT* brlyt, int pic, \
float rot_x, float rot_y, float angle)
{
LaichLyt_IntPaneRotation(&(brlyt->entries[pic].tag.pic.pane), \
rot_x, rot_y, angle);
}
void LaichLyt_PicZoom(BRLYT* brlyt, int pic, \
float xmag, float ymag)
{
LaichLyt_IntPaneZoom(&(brlyt->entries[pic].tag.pic.pane), \
xmag, ymag);
}
void LaichLyt_PicSize(BRLYT* brlyt, int pic, \
float width, float height)
{
LaichLyt_IntPaneSize(&(brlyt->entries[pic].tag.pic.pane), \
width, height);
}
void LaichLyt_PicAlpha(BRLYT* brlyt, int pic, \
u8 alpha, u8 alpha2)
{
LaichLyt_IntPaneAlpha(&(brlyt->entries[pic].tag.pic.pane), \
alpha, alpha2);
}
void LaichLyt_WndCoords(BRLYT* brlyt, int wnd, \
float x, float y, float z)
{
LaichLyt_IntPaneCoords(&(brlyt->entries[wnd].tag.wnd.pane), \
x, y, z);
}
void LaichLyt_WndRotation(BRLYT* brlyt, int wnd, \
float rot_x, float rot_y, float angle)
{
LaichLyt_IntPaneRotation(&(brlyt->entries[wnd].tag.wnd.pane), \
rot_x, rot_y, angle);
}
void LaichLyt_WndZoom(BRLYT* brlyt, int wnd, \
float xmag, float ymag)
{
LaichLyt_IntPaneZoom(&(brlyt->entries[wnd].tag.wnd.pane), \
xmag, ymag);
}
void LaichLyt_WndSize(BRLYT* brlyt, int wnd, \
float width, float height)
{
LaichLyt_IntPaneSize(&(brlyt->entries[wnd].tag.wnd.pane), \
width, height);
}
void LaichLyt_WndAlpha(BRLYT* brlyt, int wnd, \
u8 alpha, u8 alpha2)
{
LaichLyt_IntPaneAlpha(&(brlyt->entries[wnd].tag.wnd.pane), \
alpha, alpha2);
}
void LaichLyt_TextFont(BRLYT* brlyt, int text, \
LYTFont font)
{
brlyt->entries[text].tag.text.font = font;
}
void LaichLyt_TextString(BRLYT* brlyt, int text, \
u16* string, int stringlen)
{
brlyt->entries[text].tag.text.string = malloc(stringlen * 2);
memcpy(brlyt->entries[text].tag.text.string, string, stringlen * 2);
brlyt->entries[text].tag.text.stringlen = stringlen;
}
void LaichLyt_TextColors(BRLYT* brlyt, int text, \
u32 fg, u32 bg)
{
brlyt->entries[text].tag.text.color_fg = fg;
brlyt->entries[text].tag.text.color_bg = bg;
}
void LaichLyt_PicColors(BRLYT* brlyt, int pic, \
u32 color1, u32 color2, u32 color3, u32 color4)
{
brlyt->entries[pic].tag.pic.colors[0] = color1;
brlyt->entries[pic].tag.pic.colors[1] = color2;
brlyt->entries[pic].tag.pic.colors[2] = color3;
brlyt->entries[pic].tag.pic.colors[3] = color4;
}
void LaichLyt_PicAddTexCoord(BRLYT* brlyt, int pic, \
float coords[8])
{
LYTTexCoord coord;
int i;
for(i = 0; i < 8; i++)
coord.coords[i] = coords[i];
AddTexCoordToPic(brlyt, pic, coord);
}
void LaichLyt_WndColors(BRLYT* brlyt, int wnd, \
u32 color1, u32 color2, u32 color3, u32 color4)
{
brlyt->entries[wnd].tag.wnd.colors[0] = color1;
brlyt->entries[wnd].tag.wnd.colors[1] = color2;
brlyt->entries[wnd].tag.wnd.colors[2] = color3;
brlyt->entries[wnd].tag.wnd.colors[3] = color4;
}
void LaichLyt_WndAddTexCoord(BRLYT* brlyt, int wnd, \
float coords[8])
{
LYTTexCoord coord;
int i;
for(i = 0; i < 8; i++)
coord.coords[i] = coords[i];
AddTexCoordToWnd(brlyt, wnd, coord);
}
void LaichLyt_GroupAddSub(BRLYT* brlyt, int group, \
char* subname)
{
void LaichLyt_GroupAddSub(BRLYT* brlyt, int group, \
char* subname)
{
LYTSub sub;
memset(sub.name, 0, 16);
strncpy(sub.name, subname, 16);
AddSubToGroup(brlyt, group, sub);
}
static void LaichLyt_EndEntry(BRLYT* brlyt, int tag)
{
switch(brlyt->entries[tag].type) {
case LYT_TYPE_GROUP:
brlyt->entries[tag].tag.grp.done = 1;
break;
case LYT_TYPE_MAT:
brlyt->entries[tag].tag.mat.done = 1;
break;
case LYT_TYPE_PANE:
brlyt->entries[tag].tag.pane.done = 1;
break;
case LYT_TYPE_TEXT:
brlyt->entries[tag].tag.text.done = 1;
brlyt->entries[tag].tag.text.pane.done = 1;
break;
case LYT_TYPE_PIC:
brlyt->entries[tag].tag.pic.done = 1;
brlyt->entries[tag].tag.pic.pane.done = 1;
break;
case LYT_TYPE_WND:
brlyt->entries[tag].tag.wnd.done = 1;
brlyt->entries[tag].tag.wnd.pane.done = 1;
break;
default: // lolwut
return;
}
brlyt->entries[tag].done = 1;
}
void LaichLyt_EndGroup(BRLYT* brlyt, int group)
{
LaichLyt_EndEntry(brlyt, group);
}
void LaichLyt_EndMat(BRLYT* brlyt, int mat)
{
LaichLyt_EndEntry(brlyt, mat);
}
void LaichLyt_EndWnd(BRLYT* brlyt, int wnd)
{
LaichLyt_endEntry(brlyt, wnd);
}
void LaichLyt_EndPic(BRLYT* brlyt, int pic)
{
LaichLyt_EndEntry(brlyt, pic);
}
void LaichLyt_EndText(BRLYT* brlyt, int text)
{
LaichLyt_EndEntry(brlyt, text);
}
void LaichLyt_EndPane(BRLYT* brlyt, int pane)
{
LaichLyt_EndEntry(brlyt, pane);
}
u8* LaichLyt_Compile(BRLYT* brlyt, u32* size)
{
size = 0;
return NULL;
}
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