After 3 times being cancelled due to Covid, it finally happened.
We got to get to the “Evening of the film music”
We held on to our tickets, as apparently 90% of the people!
We love film music, but it is a treat when there is a live orchestra. (And special effects .. like a stuntman hanging from the roof, fire (not like Rammstein haha), and big displays)
If you get the chance .. go! Wicked good musicians and singers. Tania Kross was amazing!
Previous concerts we went to: Jeff Wayne’s War of the Worlds. The star wars suite, and an evening with Hans ZImmer.
Richard Strauss – “Also Sprach Zarathustra”
The Cinematic Orchestra – “Arrival of the Birds” from Theory of Everything
John Williams – “Hedwig’s Theme” from Harry Potter and the Sorcerer’s Stone
Ennio Morricone – The Good, the Bad and the Ugly
Main title
The Ecstasy of Gold
Ennio Morricone – Once Upon a Time in the West
Man with a Harmonica
Once Upon a Time in the West
Hans Zimmer – “Maestro” from The Holiday
Thomas Newman – “The Night Window” from 1917
Ludovico Einaudi – “Oltremare” from Nomadland
Ludovico Einaudi – “Fly” from Intouchables
John Williams – “Duel of the Fates” from Star Wars:The Phantom Menace
John Williams – “Main Title” from Star Wars: A New Hope
Intermission
Lalo Schifrin and Lorne Balfe – “Fallout” from Mission: Impossible – Fallout
Alexandre Desplat – “The Shape of Water” from The Shape of Water
Alan Silvestri – “Portals” from Avengers: Endgame
Hans Zimmer, Elton John and Lebo M – The Lion King
Circle of Life
King of the Pride Rock
Don Davis and Juno Reactor – “Navras” from The Matrix Revolutions
Jerry Goldsmith – Theme from Basic Instinct
60 Years of James Bond
James Bond Theme
“No Time To Die” from No Time To Die
“Skyfall” from Skyfall
“A View to a Kill” from A View to a Kill
“Goldfinger” from Goldfinger
“Live and Let Die” from Live and Let Die
John Williams – “The Raiders March” from Raiders of the Lost Ark (encore)
I’m using domoticz as a 433->mqtt bridge, and some virtual devices i can toggle with curl (bash scripts)
I needed to make a custom 433 door sensor in Home Assistant with toggles to OFF after a few seconds. (There is NO off signal in this cheap sensor i’m using)
I’m changing the payload complete, to have a payload which matches the device class for door: (state with on/off) It was nvalue = 0/1
(Whenever the IDX changes, I only have to update this Nodered part) HA won’t notice the change.
var nvalue = msg.payload.nvalue;
msg.payload = {};
if(nvalue == 1)
{
msg.payload.state = "ON";
return msg;
}
AND after 5 seconds
msg.payload = {};
msg.payload.state = "OFF";
return msg;
download the package with used files and compilers from here: https://media.henriaanstoot.nl/assembly.tgz
extract with tar xzvf /tmp/assembly.tgz to a directory
start dosbox and mount the directory as C
mount c /path/assembly
Run “a line”, this a batchfile which starts the editor (qedit) When closing the file (esc – q menu) It will compile the assembly and write out a executable
This is the batchfile
@echo off
q %1.asm
cls
masm %1.asm;
link %1.obj;
exe2bin %1.exe %1.com
echo READY!
line assemblycode
NAME lijnentrekroutine
.286
Code SEGMENT
ASSUME CS:Code,DS:Code
org 100h
Start:
mov ax,13h ;set video mode
int 10h
mov bx,100
mov cx,100
hiero:
mov dx,0a000h
mov es,dx
mov ax,320
mul cx
add ax,bx
mov di,ax
mov al,2
stosb
inc bx
inc bx
inc cx
cmp bx,150
jnz hiero
mov ah,8
int 21h
mov ax,3
int 10h
MOV AX,4C00h
INT 21h
code ends
end start
While playing with MuseScore…. (Typesetting some scores for Pipes and Flute)
This came in: WOOOT
Trident 8900C (1024 x768 max 512Kb)
This is a Trident VGA card. While having a 16bit ISA connector, it can work in a 8bits ISA slot.
A while ago i bought a Laser XT/3, that’s the one my parents had. This is where i did a lot of assembly programming on. It’s a 8086 cpu, 640K and has a Hercules/CGA graphics card.
I found loads of assembly files and i want to see if i can get it running again. While some code was written for hercules, ( That’s the monochrome image you see in the example above ) and a few for EGA (4 colors).
Most of it was written for VGA. Probably on a later machine like a 80386?
But i know there are vga cards for 8 bit msdos computers, and i found one. ( This one is even autodetect, so no jumpers to figure out)
So i’ve put this card in the machine, turned it on, and it works! I’ve got only 2 examples living on the harddisk of the machine, both black and white … 🙂 I have to search for interesting code in hundreds of files.
Some friends of mine, picture was taken from an amiga genlock digitizerThe intro pages of a “amiga emulator” WHERE is the rest??? (end is a cga starfield demo)
And a boot demo, which was able to start from a bootsector, went into a graphic mode and ran a demo with sound. Edk wrote a sector loader for this. I have some 5.25 inch floppy disks, labelled boot demo. So i wanted to try this today … I needed to change the boot order, so i went online to search for jumper settings.
I see a led when it tries to boot, but my disks are probably formatted 720Kb instead of 360Kb, which this drive is.
So …. TODO!
Find a 720Kb floppy drive (5.25 inch), and sort through my code! There is a 8bit soundblaster compatible soundcard that i bidding on online, hopefully i’ll get it
Assembly and modes
I wasn’t sure how to sort the assembly code into Hercules and VGA compatible, but i used this table (There are also extended modes for higher resolutions)
mode 0x00
text 40×25 gray
mode 0x01
text 40×25 16 colors
mode 0x02
text 80×25
mode 0x03
text 80×25 16 color
mode 0x04
graphics mode (CGA) 320×200
mode 0x05
graphics mode (CGA) 320×200
mode 0x06
graphics mode (CGA) 640×200 (B/W)
mode 0x07
text 80×25 Hercules
mode 0x0F
graphics mode 640×350? gray
mode 0x10
graphics mode 640×350?
mode 0x11
graphics vga 2 colors
mode 0x12
graphics vga 16 colors
mode 0x13
graphics 320×200 256 colors
# Set VGA mode
mov ax,13h
int 10h ;screen 320x200 256 colours
# Exit VGA mode
mov ax,3
int 10h ;screen 80x25 text
mov ax,4c00h
int 21h ;back to DOS
Sometimes when i’m writing code i want to know what’s happening. For example when i’m working on the display, there is maybe no output. With the above example i can write to address $01F0 (example address), and it will display on the 7 Segment displays.
Upperleft PLD is my address decoder, which has been running for a while now.
Secondary PLD adds the rest of the Addressbus lines, and gives me the opportunity to select in a range of 16 addresses, using jumpers/
The two smaller PLD’s latch the databus data when addressed. AND decodes a nibble to 7-Segment output for 0-9A-F. (There are apparently no chips available which do A-F)
I’m going to add the PLD code when everything works. Let me know if you like the idea.
Last year i was playing with this radar module also, but today i made a version with MQTT and a linux client. (There is a project on the internet which uses a HC-SR04, and a arduino connected to the Laptop. This setup is more sensitive and no need for a usb thinghy.)
HC-SR04 module (ultrasound)
Last years version, using a micro transformer and a ESP-12
When using MQTT i can integrate this in HomeAssistant, Domoticz, NodeRed and more. But i’ve written a python script which runs on my Laptop. For example i can: Kill vlc, change to my work desktop, stop sound output and lock the screen. (everything you can script)
I wanted to have a “mobile” version of the sensor so i can place it anywhere. (Frontdoor, gardengate, candydrawer 🙂 )
These modules are very cheap, but do their job well!
I’ve used a Wroom ESP32 and a BattBorg together with the module, that’s it.
Below shows the speed of detection, and sending though the network
Python script which does a lock-screen using XDOTOOL
from paho.mqtt import client as mqtt_client
import subprocess
import time
broker = 'MQTT-SERVER'
port = 1883
topic = "radar/state"
client_id = "radarclient"
def connect_mqtt() -> mqtt_client:
def on_connect(client, userdata, flags, rc):
if rc == 0:
print("Connected to MQTT Broker!")
else:
print("Failed to connect, return code %d\n", rc)
client = mqtt_client.Client(client_id)
client.on_connect = on_connect
client.connect(broker, port)
return client
def subscribe(client: mqtt_client):
def on_message(client, userdata, msg):
state = msg.payload.decode()
print (state)
if state == "1":
subprocess.Popen(["xdotool","key","Super_L+l"])
time.sleep(30)
client.subscribe(topic)
client.on_message = on_message
def run():
client = connect_mqtt()
subscribe(client)
client.loop_forever()
if __name__ == '__main__':
run()
change subprocess.Popen([“xdotool”,”key”,”Super_L+l”]) into subprocess.Popen([“switchdesktop”]) to run a script named switchdesktop
#!/bin/bash
# This is the switchdesktop script, it goes to the next screen using winows-page-down combo
xdotool key "Super_L+Page_Down"
Todo:
3D print a case Make a version which becomes a Access Point. Then make another arduino setup which controls my Nikon. So it can act like a wildcam (offline)
Something like below, using a optocoupler ( i still got some leftovers from my doorbell to gpio-pin project.)
The cyanotype (from Ancient Greek kuáneos, “dark blue” and túpos, “mark, impression, type”) is a slow-reacting, photographic printing technique. It produces a cyan-blue print used for art as monochrome imagery applicable on a range of supports, and for reprography in the form of blueprints. For any purpose, the process usually uses two chemicals: ferric ammonium citrate or ferric ammonium oxalate, and potassium ferricyanide, and only water to develop and fix. Announced in 1842, it is still in use.
This technique was also used as a method of copying drawings. For example buildings and schematics. While making copies of drawings with the exact dimensions of the original, making the result untemperable was another big plus. ( You could not move/redraw walls for example on the copy)
I’ve printed a photo on transparant sheets to experiment with. (Next time, i’ll take a larger size, and fix the contrast.
The most interesting ones i’ve made today:
Transparant sheetsDots are made by spraying alcoholDetail of picture left
No more sync issues! (see post https://www.henriaanstoot.nl/2022/10/19/composite-video-with-atmega328p/ )
There are some duplicate characters, the input device below does not have a proper debounce method.
My temporary input device (note hex 21 is a “!” character)
No need to fix the debounce, the dipswitches are temporary. This will be controlled by the VIA 6522 chip.
UPDATE 20221108 (Connected to second VIA)
PORTB = $5000
PORTA = $5001
DDRB = $5002
DDRA = $5003
clock = $e0
E = %10000000
RW = %01000000
RS = %00000000
.org $0200
reset:
ldx #$ff
txs
lda #%11111111 ; Set all pins on port B to output
sta DDRB
lda #%10000000 ; Set top pin on port A to output
sta DDRA
lda #$00 ; reset bit
sta PORTA
sta clock
ldx #0
print:
lda message,x
beq printborder
jsr print_char
inx
jmp print
loop:
jmp loop
message:
.db 0x01,0x04,0x0C,0x0E,0x10,0x0F,0x08
.db 0x05,0x0a,0x0a
.db 0x05,0x0b,0x0b
.asc "Composite Video 6502 - 20221108"
.db 0x0E,0x11,0x0F,0x0C
.asciiz " With 2 pixels "
waitloop:
pha
tya
pha
ldy #$ff
back:
dey
bne back
pla
tay
pla
rts
print_char:
sta PORTB
jsr waitloop
jsr waitloop
lda clock
eor #%10000000
sta clock
sta PORTA
jsr waitloop
lda clock
eor #%10000000
sta PORTA
jsr waitloop
rts
Control codes as from : http://searle.x10host.com/MonitorKeyboard/index.html
Video display control codes:
Hex (Decimal) and meaning
01 (01) - Cursor home (Standard ASCII)
02 (02) - Define cursor character (2nd byte is the curs character, or 00 to turn off) <--New for 3.0
03 (03) - Cursor blinking
04 (04) - Cursor solid
05 (05) - Set graphics pixel (next two bytes = x,y) <--New for 3.0
06 (06) - Reset graphics pixel (next two bytes = x,y) <--New for 3.0
08 (08) - Backspace (Standard ASCII)
09 (09) - Tab (Standard ASCII)
0A (11) - Linefeed (Standard ASCII)
0C (12) - Clear screen (Standard ASCII)
0D (13) - Carriage return (Standard ASCII)
0E (14) - Set column 0 to 79 (2nd byte is the column number) or 0 to 39 for a 40 char line
0F (16) - Set row 0 to 24 (2nd byte is the row number)
10 (16) - Delete start of line
11 (17) - Delete to end of line
12 (18) - Delete to start of screen
13 (19) - Delete to end of screen
14 (20) - Scroll up
15 (21) - Scroll down
16 (22) - Scroll left
17 (23) - Scroll right
18 (24) - Set font attribute for the current line (see elsewhere on this page for details) <--New for 3.0
1A (26) - Treat next byte as a character (to allow PC DOS char codes 1 to 31 to be displayed on screen)
1B (27) - ESC - reserved for ANSI sequences
1C (28) - Cursor right
1D (29) - Cursor Left
1E (30) - Cursor up
1F (31) - Cursor down
20 (32) to 7E (126) - Standard ASCII codes
7F (127) - Delete
80 (128) to FF (255) - PC (DOS) extended characters
