GRETA RTSC2D MODAL SYS - MASM32

greta_rtscd2.sys

GRETA RTSC2D MODAL SYS / MASM32 SDK
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For each ending node of a xyz cube:

        Z1 = ◒⇽◭zHt
        Z2 = ◓⇽◮zHT
		
        Y1 = ◐⇿◮yTX
        Y2 = ◑⇿◭yTH
		
        X1 = ◒⌲◐ xTH
        X2 = ◓⌲◑ xHt

Whereas couplets to tri-motion signature constants----arrive as elliptical timestrands merged to Z* and Y*, X*
as mapped conditionals to curvature of both. Of this also, each expansions of Z1 or Z2 is topological to @ X*
however with Y1. This is called residual timestrands coiling, or loop openness signal trace to a position within
a time-gap as set to a rotational particles structure not bound to a certain envelope in the xHt relapse expansion.

X2 rotational variable emphasis is of the expansion qualifies neutral/static ⌲, whereof we can write:

    ◓⌲◑ xHt < 《◮yTX~⍜ⅆ》+ ◓ᵐ

Of which determines a framed timestrand having properties to a like mass cluster end-to-end time merge as neutral ~⍜
extended. Yet only satisfying a Y1 achievable acceleration @ the original/hidden X1 to a initial phase-fold extension
in Y* further.




//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
File: greta_sim_core.asm

.686
.model flat, stdcall
option casemap:none

include \masm32\include\windows.inc
include \masm32\include\kernel32.inc
includelib \masm32\lib\kernel32.lib

.code
start:
    push    ebp
    mov     ebp, esp
    call    InitState
    mov     eax, 10000
    push    eax
    call    MainLoop
    add     esp, 4
    push    0
    call    ExitProcess

.data
IDX_X1      dd 0
IDX_X2      dd 1
IDX_Y1      dd 2
IDX_Y2      dd 3
IDX_Z1      dd 4
IDX_Z2      dd 5
N_ENDPTS    dd 6

Q_ONE      dq 0x0000000100000000
DT         dq 0x0000000100000000
EPS_LOOP   dq 0x0000000008000000
K_PAIR     dq 0x0000000100000000
K_PAIR_ROT dq 0x0000000080000000
K_ZX       dq 0x0000000055555555
ALPHA      dq 0x0000000100000000
BETA       dq 0x000000000CCCCCCD
GAMMA_COIL dq 0x000000001999999A
M_DEFAULT  dq 0x0000000100000000
I_DEFAULT  dq 0x0000000001999999A
SIG_GROWTH dq 0x000000000028F5C29
TAU_DECAY  dq 0x0000000A00000000
NOISE_SCALE dq 0x0000000000000064

A_Y1      dq 0x0000000080000000
A_Y1_ROT  dq 0x0000000003000000
T_DRIVE   dq 0x0000000100000000

RHO_MIN   dq 0x0000000000000000
RHO_MAX   dq 0x0000000500000000

RNG_STATE dq 0

LCG_A    dq 6364136223846793005
LCG_C    dq 1442695040888963407

CRC_TABLE dd 0

hLogFile dd 0
logBuf   dd 0
logBufSize dd 0

time_q  dq 0

sample_index dd 0

posX  dq 0,0,0,0,0,0
posY  dq 0,0,0,0,0,0
theta dq 0,0,0,0,0,0
rho   dq 0,0,0,0,0,0
velX  dq 0,0,0,0,0,0
velY  dq 0,0,0,0,0,0
omega dq 0,0,0,0,0,0
phi_res dq 0,0,0,0,0,0

mass   dq 0,0,0,0,0,0
inertia dq 0,0,0,0,0,0

flags  dq 0,0,0,0,0,0

agg_posX dq 0
agg_posY dq 0
agg_theta dq 0
agg_rho dq 0

recordBuf dd 0

public InitState
public MainLoop
public Qmul
public Qdiv
public ReciprocalNewton
public SinCosInterp
public ExpPade
public RNG_Next
public CRC32_InitTable
public CRC32_Process
public LogRecord

.code
InitState proc
    push ebp
    mov ebp, esp
    sub esp, 64
    mov     rax, 0x0123456789ABCDEF
    mov     [RNG_STATE], rax
    lea     rdi, mass
    mov     rcx, 6
    mov     rax, Q_ONE
init_mass_loop:
    mov     [rdi], rax
    add     rdi, 8
    loop    init_mass_loop
    lea     rdi, inertia
    mov     rcx, 6
    mov     rax, I_DEFAULT
init_inertia_loop:
    mov     [rdi], rax
    add     rdi, 8
    loop    init_inertia_loop
    mov     rax, Q_ONE
    mov     [posX + 0*8], rax
    mov     rax, 0
    mov     [posY + 0*8], rax
    mov     rax, 0x0000000200000000
    mov     [posX + 1*8], rax
    mov     rax, 0
    mov     [posY + 1*8], rax
    mov     rax, 0
    mov     [posX + 2*8], rax
    mov     rax, Q_ONE
    mov     [posY + 2*8], rax
    mov     rax, 0
    mov     [posX + 3*8], rax
    mov     rax, 0x0000000200000000
    mov     [posY + 3*8], rax
    mov     rax, Q_ONE
    mov     [posX + 4*8], rax
    mov     rax, Q_ONE
    mov     [posY + 4*8], rax
    mov     rax, 0x0000000200000000
    mov     [posX + 5*8], rax
    mov     rax, 0x0000000200000000
    mov     [posY + 5*8], rax
    lea     rdi, theta
    mov     rcx, 6
theta_init_loop:
    call    RNG_Next
    mov     rdx, rax
    shr     rdx, 32
    mov     eax, edx
    shl     rdx, 32
    mov     rbx, SIG_GROWTH
    push    rdx
    push    rbx
    call    Qmul
    add     esp, 16
    mov     [rdi], rax
    add     rdi, 8
    loop    theta_init_loop
    mov     rax, 0x000000000199999A
    lea     rdi, rho
    mov     rcx, 6
rho_init_loop:
    mov     [rdi], rax
    add     rdi, 8
    loop    rho_init_loop
    mov     rax, 0x0000000003333333
    mov     [rho + 1*8], rax
    mov     qword ptr [flags + 1*8], 1
    lea     rdi, velX
    mov     rcx, 6
zero_loop1:
    mov     qword ptr [rdi], 0
    add     rdi, 8
    loop    zero_loop1
    lea     rdi, velY
    mov     rcx, 6
zero_loop2:
    mov     qword ptr [rdi], 0
    add     rdi, 8
    loop    zero_loop2
    lea     rdi, omega
    mov     rcx, 6
zero_loop3:
    mov     qword ptr [rdi], 0
    add     rdi, 8
    loop    zero_loop3
    lea     rdi, phi_res
    mov     rcx, 6
zero_loop4:
    mov     qword ptr [rdi], 0
    add     rdi, 8
    loop    zero_loop4
    mov     qword ptr [time_q], 0
    mov     dword ptr [sample_index], 0
    call    CRC32_InitTable
    lea     rcx, SZ_FILENAME
    push    0
    push    0
    push    FILE_ATTRIBUTE_NORMAL
    push    CREATE_ALWAYS
    push    FILE_SHARE_READ
    push    GENERIC_WRITE
    push    rcx
    call    CreateFileA
    mov     [hLogFile], rax
    mov     rcx, 4096
    call    GetProcessHeap
    mov     rcx, rax
    mov     rdx, 4096
    push    rdx
    push    rcx
    call    HeapAlloc
    mov     [recordBuf], rax
    mov     dword ptr [logBufSize], 4096
    mov     eax, 0
    mov     esp, ebp
    pop     ebp
    ret
InitState endp

.data?
SZ_FILENAME db "greta_sim_log.bin", 0

MainLoop proc
    push    rbp
    mov     rbp, rsp
    sub     rsp, 32
    mov     ecx, dword ptr [rbp+16]
    cmp     ecx, 0
    jle     .done

.loop_start:
    mov     rax, [posX + 0*8]
    add     rax, [posX + 1*8]
    shr     rax, 1
    mov     [agg_posX], rax
    mov     rax, [posY + 0*8]
    add     rax, [posY + 1*8]
    shr     rax, 1
    mov     [agg_posY], rax
    mov     rax, [theta + 0*8]
    add     rax, [theta + 1*8]
    shr     rax, 1
    mov     [agg_theta], rax
    mov     rax, [rho + 0*8]
    add     rax, [rho + 1*8]
    shr     rax, 1
    mov     [agg_rho], rax
    mov     rbx, [posX + 2*8]
    add     rbx, [posX + 3*8]
    shr     rbx, 1
    mov     qword ptr [posX + 6*8], rbx
    mov     rsi, 0
.p_loop:
    cmp     rsi, 6
    jae     .after_ploop
    mov     rax, rsi
    xor     rax, 1
    mov     rcx, [posX + rsi*8]
    mov     rdx, [posX + rax*8]
    sub     rdx, rcx
    push    rdx
    push    K_PAIR
    call    Qmul
    add     esp, 16
    inc     rsi
    jmp     .p_loop

.after_ploop:
    mov     rax, [time_q]
    add     rax, DT
    mov     [time_q], rax
    mov     eax, [sample_index]
    inc     eax
    mov     [sample_index], eax
    mov     rcx, [recordBuf]
    mov     rdx, [logBufSize]
    push    rcx
    push    rdx
    call    LogRecord
    add     esp, 16
    dec     ecx
    jnz     .loop_start

.done:
    mov     rsp, rbp
    pop     rbp
    ret
MainLoop endp

Qmul proc
    ret
Qmul endp
Qdiv proc
    ret
Qdiv endp

ReciprocalNewton proc
    ret
ReciprocalNewton endp

SinCosInterp proc
    ret
SinCosInterp endp

ExpPade proc
    ret
ExpPade endp

RNG_Next proc
    mov     rax, [RNG_STATE]
    mov     rdx, [LCG_A]
    mov     rcx, [LCG_C]
    mul     rdx
    add     rax, rcx
    mov     [RNG_STATE], rax
    ret
RNG_Next endp

CRC32_InitTable proc
    ret
CRC32_InitTable endp

CRC32_Process proc
    ret
CRC32_Process endp

LogRecord proc
    ret
LogRecord endp

end start




//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
File: greta_sim_math_luts.asm

.686
.model flat, stdcall
option casemap:none

.data
Q_SHIFT equ 32
PI_Q32   dq 0x00000003_243F6A88
TWO_PI_Q dq 0x00000006_486E1A10
LUT_SIZE dd 16384
SinLUT dq 0x0000000000000000, 0x0000000000000192, 0x0000000000000325, 0x00000000000004B7
       dq 0x000000000000064A, 0x00000000000007DC, 0x000000000000096E, 0x0000000000000B00
       dq 0x0000000000000C92, 0x0000000000000E24, 0x0000000000000F B6, 0x0000000000001110
       dq 0x00000000000012A2, 0x0000000000001434, 0x00000000000015C6, 0x0000000000001758
CRC32Table dd 0x00000000,0x77073096,0xEE0E612C,0x990951BA,0x076DC419,0x706AF48F,0xE963A535,0x9E6495A3

.code
Qmul proc
    push rbp
    mov  rbp, rsp
    pop  rbx
    pop  rax
    pop  rdx
    mov  rax, [rbp+16]
    mov  rbx, [rbp+24]
    imul rax, rbx
    mul  rbx
    mov  rcx, rdx
    shrd rax, rdx, 32
    ret
Qmul endp

ReciprocalNewton proc
    push    rbp
    mov     rbp, rsp
    mov     rbx, [rbp+16]
    test    rbx, rbx
    jz      .zero
    mov     rax, rbx
    sar     rax, 32
    test    rax, rax
    jz      .smallb
    mov     rdx, 0
    mov     rcx, 0x0000000100000000
    mov     rdi, rax
    mov     rax, rcx
    cqo
    idiv    rdi
    jmp     .refine

.smallb:
    mov     rax, 0x7FFFFFFFFFFFFFFF
    jmp     .refine

.zero:
    mov     rax, 0
    jmp     .ret

.refine:
    push    rax
    push    rbx
    call    Qmul
    add     rsp, 16
    mov     rcx, 0x0000000200000000
    sub     rcx, rax
    mov     rdx, [rbp+16]
    pop     rax
    push    rax
    push    rcx
    call    Qmul
    add     rsp, 16
    push    rax
    push    rbx
    call    Qmul
    add     rsp, 16
    mov     rcx, 0x0000000200000000
    sub     rcx, rax
    pop     rax
    push    rax
    push    rcx
    call    Qmul
    add     rsp, 16
.ret:
    mov     rsp, rbp
    pop     rbp
    ret
ReciprocalNewton endp

Qdiv proc
    push    rbp
    mov     rbp, rsp
    mov     rdx, [rbp+24]
    mov     rax, [rbp+16]
    push    rdx
    call    ReciprocalNewton
    push    rax
    push    rax
    push    rax
    push    rax
    push    rax
    push    rax
    call    Qmul
    add     esp, 16
    mov     rsp, rbp
    pop     rbp
    ret
Qdiv endp

Qabs proc
    cmp     rax, 0
    jge     .ret
    neg     rax
.ret:
    ret
Qabs endp

ExpPade proc
    push    rbp
    mov     rbp, rsp
    mov     rax, [rbp+16]
    push    rax
    push    rax
    call    Qmul
    add     rsp, 16
    mov     rbx, rax
    mov     rcx, 0x0000000080000000
    push    rax
    push    rcx
    call    Qmul
    add     rsp, 16
    mov     rdx, rax
    mov     rcx, 0x0000000001111111
    push    rbx
    push    rcx
    call    Qmul
    add     rsp, 16
    mov     r8, rax
    mov     rax, 0x0000000100000000
    add     rax, rdx
    add     rax, r8
    mov     r9, 0x0000000100000000
    sub     r9, rdx
    add     r9, r8
    push    r9
    push    rax
    call    Qdiv
    add     rsp, 16
    mov     rsp, rbp
    pop     rbp
    ret
ExpPade endp

SinCosInterp proc
    push    rbp
    mov     rbp, rsp
    mov     rax, rdi
    mov     rax, 0
    mov     rbx, Q_ONE
    pop     rbp
    ret
SinCosInterp endp

RNG_Next proc
    push    rbp
    mov     rbp, rsp
    mov     rax, [RNG_STATE]
    mov     rdx, [LCG_A]
    mul     rdx
    add     rax, [LCG_C]
    mov     [RNG_STATE], rax
    mov     rsp, rbp
    pop     rbp
    ret
RNG_Next endp

CRC32_InitTable proc
    push    rbp
    mov     rbp, rsp
    mov     rcx, 0
.crc_loop:
    mov     raxd, ecx
    mov     rdx, 0
    mov     ebx, 32
    mov     edi, 0
    mov     edx, ecx
    mov     esi, 8
    mov     eax, edx
    mov     ebx, 0
    inc     rcx
    cmp     rcx, 8
    jl      .crc_loop
    mov     rsp, rbp
    pop     rbp
    ret
CRC32_InitTable endp

CRC32_Process proc
    push    rbp
    mov     rbp, rsp
    xor     rax, rax
    mov     rsp, rbp
    pop     rbp
    ret
CRC32_Process endp

LogRecord proc
    push    rbp
    mov     rbp, rsp
    sub     rsp, 64
    mov     rdi, rcx
    mov     eax, [sample_index]
    mov     dword ptr [rdi], eax
    add     rdi, 4
    mov     dword ptr [rdi], 0
    add     rdi, 4
    mov     rax, [time_q]
    mov     qword ptr [rdi], rax
    add     rdi, 8
    mov     rcx, 0
.pack_loop:
    cmp     rcx, 6
    jae     .pack_done
    mov     rax, [posX + rcx*8]
    mov     qword ptr [rdi], rax
    add     rdi, 8
    mov     rax, [posY + rcx*8]
    mov     qword ptr [rdi], rax
    add     rdi, 8
    mov     rax, [theta + rcx*8]
    add     rax, [phi_res + rcx*8]
    mov     qword ptr [rdi], rax
    add     rdi, 8
    mov     rax, [rho + rcx*8]
    mov     qword ptr [rdi], rax
    add     rdi, 8
    mov     rax, [phi_res + rcx*8]
    mov     qword ptr [rdi], rax
    add     rdi, 8
    inc     rcx
    jmp     .pack_loop

.pack_done:
    mov     r8, rcx
    mov     rax, rdi
    mov     rbx, rcx
    mov     r9, rcx
    mov     r10, rcx
    mov     rax, rdi
    sub     rax, rcx
    mov     rsi, [rbp+16]
    mov     rdx, rdi
    sub     rdx, rsi
    mov     rcx, rsi
    mov     r8, rdx
    push    rcx
    push    r8
    call    CRC32_Process
    add     esp, 16
    mov     dword ptr [rdi], eax
    add     rdi, 4
    mov     dword ptr [rdi], 0
    add     rdi, 4
    mov     rax, rdi
    sub     rax, rcx
    mov     rbx, [recordBuf]
    mov     rax, rdi
    sub     rax, rbx
    mov     rcx, [hLogFile]
    mov     rdx, rbx
    mov     r8, rax
    lea     r9, [rsp+32]
    mov     qword ptr [rsp+32], 0
    push    0
    push    r9
    push    r8
    push    rdx
    push    rcx
    call    WriteFile
    add     rsp, 64
    mov     rsp, rbp
    pop     rbp
    ret
LogRecord endp




//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
File: greta_sim_validator.py

import argparse
import struct
import zlib
import math
import sys

RECORD_HEADER_FMT = "<I I Q"
RECORD_HEADER_SIZE = struct.calcsize(RECORD_HEADER_FMT)
ENDPT_PAYLOAD_SIZE = 5 * 8
N_ENDPTS = 6
CRC_SIZE = 4

def q32_to_float(i):
    if i & (1 << 63): i = -((~i + 1) & ((1<<64)-1))
    return i / (1<<32)

def read_records(path):
    recs = []
    with open(path, "rb") as f: b = f.read()
    off = 0
    n = len(b)
    while off + RECORD_HEADER_SIZE + N_ENDPTS*ENDPT_PAYLOAD_SIZE + CRC_SIZE <= n:
        header = struct.unpack_from(RECORD_HEADER_FMT, b, off)
        sample_index, pad, timestamp = header
        off += RECORD_HEADER_SIZE
        endpoints = []
        for p in range(N_ENDPTS):
            vals = struct.unpack_from("<qqqqq", b, off)
            off += ENDPT_PAYLOAD_SIZE
            endpoints.append(vals)
        crc_stored = struct.unpack_from("<I", b, off)[0]
        off += CRC_SIZE
        rec_start = off - (RECORD_HEADER_SIZE + N_ENDPTS*ENDPT_PAYLOAD_SIZE + CRC_SIZE)
        rec_end = off - CRC_SIZE
        calc = zlib.crc32(b[rec_start:rec_end]) & 0xFFFFFFFF
        ok = (calc == crc_stored)
        recs.append({"sample_index": sample_index, "timestamp_q": timestamp, "endpoints": endpoints,
                     "crc_ok": ok, "crc_stored": crc_stored, "crc_calc": calc})
    return recs

def summarize(recs):
    print("Records:", len(recs))
    bad = [r for r in recs if not r["crc_ok"]]
    print("CRC failures:", len(bad))
    if len(recs)==0:
        return
    last = recs[-1]
    means = []
    for p in range(N_ENDPTS):
        rho_q = last["endpoints"][p][3]
        means.append(q32_to_float(rho_q))
    for p, m in enumerate(means):
        print(f"Endpoint {p} rho (last): {m:.9f}")

def main():
    p = argparse.ArgumentParser()
    p.add_argument("logfile", nargs="?", default="greta_sim_log.bin")
    args = p.parse_args()
    recs = read_records(args.logfile)
    summarize(recs)
    if recs:
        r0 = recs[0]
        print("First record sample_index:", r0["sample_index"], "crc_ok:", r0["crc_ok"])
        for p, ep in enumerate(r0["endpoints"]):
            posx, posy, theta_eff, rho, phi = ep
            print(f"P{p}: pos=({q32_to_float(posx):.6f},{q32_to_float(posy):.6f}) theta={q32_to_float(theta_eff):.6f} rho={q32_to_float(rho):.6f} phi={q32_to_float(phi):.6f}")

if __name__ == "__main__":
    main()




//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
File: greta_gen_tables.py

import zlib
import math

LUT_SIZE, Q = 16384, 1<<32

def gen_sin_lut():
    vals = []
    for i in range(LUT_SIZE):
        theta = (i / (LUT_SIZE - 1)) * (math.pi/2)
        s = math.sin(theta); q = int(round(s * Q)) & ((1<<64)-1); vals.append(q)
    return vals

def fmt_dq(values, per_line=4):
    out = []
    for i in range(0, len(values), per_line):
        chunk = values[i:i+per_line]
        line = "       dq " + ", ".join(f"0x{v:016X}" for v in chunk)
        out.append(line)
    return "\n".join(out)

def gen_crc_table():
    tbl = []
    for i in range(256):
        crc = i
        for j in range(8):
            if crc & 1: crc = (crc >> 1) ^ 0xEDB88320
            else: crc >>= 1
        tbl.append(crc & 0xFFFFFFFF)
    return tbl

def fmt_dd(values, per_line=8):
    out = []
    for i in range(0, len(values), per_line):
        chunk = values[i:i+per_line]
        line = "CRC32Table dd " + ", ".join(f"0x{v:08X}" for v in chunk)
        out.append(line)
    return "\n".join(out)

if __name__ == "__main__":
    lut = gen_sin_lut()
    with open("sinlut.asm", "w") as f:
        f.write("; Generated SinLUT (Q32.32) quarter-wave\n")
        f.write(fmt_dq(lut, per_line=4))
    crc = gen_crc_table()
    with open("crc_table.inc", "w") as f:
        f.write("; Generated CRC32 table\n")
        f.write(fmt_dd(crc, per_line=8))
    print("Wrote sinlut.asm and crc_table.inc")

Begins not with men that think they keep the law, that ignorance is explained in the most printed red letters. Is when men believe those words in red letters only apply to believers and justifications of new law beliefs arrive for benefits of vanity in expectancy of outweighing truth. So you get what happened last time repeated in insanity with Bully Capitalism or any other government by mere men, another compromise in some how this world will love them while wants in greed destroying it. Is the same ignorance as before, not new.