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Offtopic / Warhammer 40k The Animated Series
« on: April 23, 2020, 06:27:25 pm »
Apparently crowd-funding works.
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That's a lot of bootsThat is a movement map. Boot icon means that the picked unit will be moving on land. There is also a wing icon, which hints the unit will be moving by air. When unit has to swap places with another unit, there is a swap icon. When unit has to jump down taking fall damage, there is a fall icon. Etc...
One thing I don't like: the sprites for the ground make it harder to know what is in front/back.These are old screenshots.
Ever considered uploading on bitchute or vlare.tv?I don't really care anymore and I will try getting out of Ukraine when the quarantine will be lifted. PrivatBank was once private (therefore the name), but then the government nationalized it, and it turned into an even bigger mess (because the private owner actually cared about his bank's services). Basically Ukrainian government uses some non-free-market policies even today long after 2014. On the other side, Russian Sberbank is still freely operates in Ukraine, despite the pure ideological reasons to shut it down or at least convince to change the name, associated with the USSR and the Russian Empire financial systems.
neither of them would give a crap about what a big bad bank wants, and it sounds like an important thing to have out there.
I have successfully managed to re-create the sprite extraction routine as a JavaScript plugin which is more suited to my use case. I have uploaded it here.I'm completely fine with that. SAU project has the MIT license: https://en.wikipedia.org/wiki/MIT_License
Massive thank you to Nikita_Sadkov again for sharing your work.
@Nikita_Sadkov: would you object to me including the C files in the repository for the sake of posterity? I would of course make sure it's clear that you're the author.
Not directly - there's nothing in the engine that designates something as 'breathing equipment', just some bubble sprites drawn on units when you decide the mission is 'underwater'.BTW, why not give all underwater aliens the ability to swim? (and maybe some floating animation when they are above the soil). It is a bit strange how they are magnetized to the soil. Maybe with some handicaps, like spending full movement to change Z levels for non-amphibious units without a jetpack. Then there could also be several grades of swim equipment.
You can write some scripts to simulate it though - setting energy/stun/HP changes per turn related to taking damage, or even primary stat penalties like accuracy loss. It'd take quite some work to communicate these things visually to the point a player could easily say, "oh, looks like the breathing equipment is malfunctioning" though.
Many HoMM maps explicitly relied that the player will seize a boat from a disembarked AI party, which in some cases got stuck in a loop and failed to disembark (or disembarked at a wrong place), soft locking the whole game.
Everything is temporary in this World, so a Buddhist approach of not holding to the things could also work well.Wow, that sounds like a lot of hassle. Do you still share your code online anywhere (e.g. GitLab, SourceForge)?In future I will setup a personal site written in my own programming language - Symta, which is especially geared towards the shared nothing architecture.
I just noticed that fmt_spr.c requires the file "common.h" in order to be compiled. I'm new to C programming, but I'm guessing that's a custom file you made which contains helper functions (such as "times" and "picNew")? Could I trouble you once again and ask for this file?Yeah. common.h/common.c files typically have stuff used by other C files.
The .cfg decrypter works perfectly, so thank you again for that.
#ifndef COMMON_H
#define COMMON_H
#include <stdio.h>
#include <stdlib.h>
#include <stdarg.h>
#include <string.h>
#include <ctype.h>
#include <time.h>
#include <unistd.h>
#include <sys/stat.h>
#include <sys/types.h>
#include <dirent.h>
#include <assert.h>
#include <math.h>
typedef void u0;
typedef unsigned char u1;
typedef unsigned short u2;
typedef unsigned int u4;
typedef unsigned long long u8;
typedef signed char s1;
typedef signed short s2;
typedef signed int s4;
typedef long long s8;
typedef float f4;
typedef double f8;
static s2 s2le(u1 *P) {return (P[1]<<8) | P[0];}
static s4 s4le(u1 *P) {return (P[3]<<24) | (P[2]<<16) | (P[1]<<8) | P[0];}
static u2 u2le(u1 *P) {return (P[1]<<8) | P[0];}
static u4 u4le(u1 *P) {return (P[3]<<24) | (P[2]<<16) | (P[1]<<8) | P[0];}
static s2 s2be(u1 *P) {return (P[0]<<8) | P[1];}
static s4 s4be(u1 *P) {return (P[0]<<24) | (P[1]<<16) | (P[2]<<8) | P[3];}
static u2 u2be(u1 *P) {return (P[0]<<8) | P[1];}
static u4 u4be(u1 *P) {return (P[0]<<24) | (P[1]<<16) | (P[2]<<8) | P[3];}
static u8 _ru8_tmp;
static u4 _ru4_tmp;
static u2 _ru2_tmp;
#define ru8(X) (_ru8_tmp = *(u8*)X, X+=8, _ru8_tmp)
#define ru4(X) (_ru4_tmp = *(u4*)X, X+=4, _ru4_tmp)
#define ru2(X) (_ru2_tmp = *(u2*)X, X+=2, _ru2_tmp)
#define ru4be(X) (_ru4_tmp = u4be(X), X+=4, _ru4_tmp)
#define ru2be(X) (_ru2_tmp = u2be(X), X+=2, _ru2_tmp)
#define unless(x) if(!(x))
#define times(i,e) for(i=0; i<(e); i++)
#define n(Type) ((Type*)memset(malloc(sizeof(Type)), 0, sizeof(Type)))
#define ns(Type, Sz) ((Type*)memset(malloc(sizeof(Type)*(Sz)), 0, sizeof(Type)*(Sz)))
static void s2bePut(u1 *P, int V) {
P[0]=(((u4)V>>8)&0xff);
P[1]=(((u4)V)&0xff);
}
static void s4bePut(u1 *P, int V) {
P[0]=(((u4)V>>24)&0xff);
P[1]=(((u4)V>>16)&0xff);
P[2]=(((u4)V>>8)&0xff);
P[3]=(((u4)V)&0xff);
}
typedef struct {char *Root; int Size; char **Names;} fileList;
typedef struct pic pic;
struct pic {
char *N; // name
int C; // compression (0=uncompressed, 1=grayscale, 2=RLE)
int W; // width
int H; // height
int B; // bits per pixel
int I; // bytes per line
int S; // compressed/uncompressed size of D
int K; // color key (-1 means no color key)
int BK; // bounding key (for selection)
int SK; // shadow key (for shadow)
int X; // X displacement
int Y; // Y displacement
int BoxW; // bounding box width
int BoxH; // bounding box height
int Delay; // animation delay
int SharedPalette;
u1 *P; // palette
u1 *D; // pixels
pic *Proxy; // this pic acts as a proxy, for other pic.
};
typedef struct {
int NPics;
pic **Pics;
} fac;
typedef struct {
char *Name; // animation name
int NFacs; // number of faces
fac *Facs; // faces
} ani;
typedef struct {
int ColorKey;
u1 *Palette;
int NAnis; // number of animations
ani *Anis;
} spr;
// misc utils
static int max(int A, int B) {return A>B ? A : B;}
static int min(int A, int B) {return A<B ? A : B;}
void hd(u1 *P, int S); // hex dump
char *downcase(char *t);
char *upcase(char *t);
// filesystem utils
int fileExist(char *File);
int fileSize(char *File);
int folderP(char *Name);
int fileP(char *Name);
char *loadFile(char *name);
void removeFile(char *fn);
void tmpName(char *rn, char *pat);
char *shell(char *fmt, ...);
void makePath(char *Path);
void *readFile(u4 Offset, u4 Length, char *FileName);
int writeFile(u4 Offset, u4 Length, char *FileName, void *Data);
void pathParts(char *Dir, char *Name, char *Ext, char *Path);
// enumerates all files recursively, returns them in sorted order
fileList *getFileList(char *DirName);
void freeFileList(fileList *FL);
// Out image and sprite formats (should work as a common denominator)
pic *picNew(int W, int H, int BPP);
void picFree(pic *P);
pic *picDup(pic *P);
pic *picClear(pic *P, u4 V);
#define PIC_FLIP_X 0x01
#define PIC_FLIP_Y 0x02
void picBlt(pic *Destination, pic *Source, int Flags
,int DestinationX, int DestinationY
,int SourceX, int SourceY
,int BlitRegionWidth, int BlitRegionHeight);
spr *sprNew();
void sprDel(spr *S);
pic *picProxy(pic *Src, int X, int Y, int W, int H);
void saveFrames(char *Output, spr *S);
spr *loadFrames(char *DirName);
void picPut(pic *P, int X, int Y, u4 C);
void picPut24(pic *P, int X, int Y, u4 C);
void picPut32(pic *P, int X, int Y, u4 C);
u4 picGet(pic *P, int X, int Y);
u4 picGet24(pic *P, int X, int Y);
u4 picGet32(pic *P, int X, int Y);
#define R8G8B8(R,G,B) (((R)<<16)|((G)<<8)|(B))
#define R8G8B8A8(R,G,B,A) (((A)<<24)|((R)<<16)|((G)<<8)|(B))
#define fromR8G8B8(R,G,B,C) do { \
u4 _fromC = (C)&0xFFFFFFFF; \
B = (((_fromC)>> 0)&0xFF); \
G = (((_fromC)>> 8)&0xFF); \
R = (((_fromC)>>16)&0xFF); \
} while (0)
#define fromR8G8B8A8(R,G,B,A,C) do { \
u4 _fromC = (C)&0xFFFFFFFF; \
B = (((_fromC)>> 0)&0xFF); \
G = (((_fromC)>> 8)&0xFF); \
R = (((_fromC)>>16)&0xFF); \
A = (((_fromC)>>24)&0xFF); \
} while (0)
#define fromR5G6B5(R,G,B,C) do { \
u4 _fromC = (C)&0xFFFF; \
B = ((((_fromC)>> 0)&0x1f)<<3)|0x7; \
G = ((((_fromC)>> 5)&0x3f)<<2)|0x3; \
R = ((((_fromC)>>11)&0x1f)<<3)|0x7; \
} while (0)
#define fromR5G5B5A1(A,R,G,B,C) do { \
u4 _fromC = (C)&0xFFFF; \
A = (_fromC)&1; \
B = ((((_fromC)>> 1)&0x1f)<<3)|0x7; \
G = ((((_fromC)>> 6)&0x1f)<<3)|0x7; \
R = ((((_fromC)>>11)&0x1f)<<3)|0x7; \
} while (0)
#define fromA1R5G5B5(A,R,G,B,C) do { \
u4 _fromC = (C)&0xFFFF; \
B = ((((_fromC)>> 0)&0x1f)<<3)|0x7; \
G = ((((_fromC)>> 5)&0x1f)<<3)|0x7; \
R = ((((_fromC)>>10)&0x1f)<<3)|0x7; \
A = ((_fromC)>>15)&1; \
} while (0)
#define fromA4R4G4B4(A,R,G,B,C) do { \
u4 _fromC = (C)&0xFFFF; \
B = ((((_fromC)>> 0)&0xf)<<4)|0xf; \
G = ((((_fromC)>> 4)&0xf)<<4)|0xf; \
R = ((((_fromC)>> 8)&0xf)<<4)|0xf; \
A = ((((_fromC)>>12)&0xf)<<4)|0xf; \
B |= B>>4; \
G |= G>>4; \
R |= R>>4; \
A |= A>>4; \
} while (0)
void rgb_to_hsv(u1 r, u1 g, u1 b, double *h, double *s, double *v);
void hsv_to_rgb(double h, double s, double v, u1 *returncol);
void pcxSave(char *File, pic *P);
pic *pcxLoad(char *File);
void pcxSavePalette(char *File, u1 *Palette);
void gifSave(char *Output, spr *S);
spr *gifLoad(char *Input);
void tgaSave(char *File, pic *P);
pic *tgaLoad(char *File);
void lbmSave(char *File, pic *P);
pic *lbmLoad(char *File);
void bmpSave(char *File, pic *P);
pic *bmpLoad(char *File);
void pngSave(char *Output, pic *P);
spr *impLoad(char *Input);
void impSave(char *Output, spr *S);
spr *mam_sprLoad(char *Input);
void mpqDecompile(char *OutDir, char *FileName);
void mpqCompile(char *FileName, fileList *FL);
// StormLib cant handle Warcraft 2 and Diablo MPQs
void mpqDecompileOld(char *OutDir, char *FileName, char *ListFile);
// zlib utils
u1 *inflateBufIE(int OLen, int Len, u1 *In, int IgnoreError);
u1 *inflateBuf(int OLen, int Len, u1 *In);
typedef struct {
int L; // length
u1 *D; // data
} bytes;
void bytesDel(bytes *B);
void wavSave(char *Output, u1 *Q, int L, int Bits, int Chns, int Freq);
#define FMT_IMAGE 0
#define FMT_SPRITE 1
#define FMT_ARCHIVE 2
#define FMT_BYTES 3 /* plain raw buffer */
#define FMT_TEXT 4 /* plain text */
#define FMT_PCM 5
#define FMT_MIDI 6
#define FMT_2D 7 /* 2d vector graphics */
#define FMT_3D 8 /* 3d vector graphics */
#define MAX_FORMATS 4096
typedef struct {
int Type;
char *Name;
char *Description;
void *Save;
void *Load;
void *Compile;
void *Decompile;
} format;
extern int NFormats;
extern format Formats[MAX_FORMATS];
extern char ProgDir[];
extern char ProgName[];
#endif