pigeonhill

--[[
@DOFIC
Rev 0.835
Garry George
@chdk_version 1.5
# show_DOFIC = 1 "Display DOFIC?" {No Yes}
# show_coc = 0 "Show Inf focus blurs?" {No Yes}
# time_2_show = 5 "Display timeout (s)" [3 30]
# pos = 1 "Vertical position" [0 14]
--]]

pigeonhill

--[[
@title Get Brackets
Capture 'Perfect' focus brackets, with focus overlap defined in terms of defocus (CHDK Circle of Confusion (CoC)) blur
Plus option of additional exposure brackets at each focus step, using various logic: 1Ev, 2Ev or 3Ev using -/+ or -/-- or +/++; one iso-invariant at
ISO at 800 or 1600; or one (Zero Noise) exposure at 4Ev, 3Ev or 2Ev
Focus bracketing strategies are: current position to blur-defined infinity (X2Inf); min camera focus to current position (Min2X), min camera focus to blur-defined infinity (Min2Inf); 
current position to a delta x ahead of the current position (X2DelX); from a delta x in front of the current position to the current position (-DelX2X); 
from a delta x in front of the current position to a delta x ahead of the current position (-D2+D).
None means that requested exposures will only be captured at the current focus point
Overlap, ie bracket to bracket focus insurance, is definded in terms of the defocus (CoC) blur, eg CoC/2 means focus brackets 'touch' at a b

pigeonhill

--[[
DOFI
Depth of Feild Info script
This script dynamically displays (in the ML top bar) the current infinity defocus blur, diffraction blur and the total blur at infinity.
The script visually shows the overlap status to aid focus bracketing: green means a positive overlap and red a focus gap between the current focus and the last image taken.
Yellow means the current focus is the same as the last image captured.
Changing aperature or focal length will reset DOFI.
Also exposing the ML menu will reset DOFI.
The ML CoC (total blur) is used as the focus overlap criterion.
A thin lens model is assumed, with the lens principal plane positioned at f(1+m) from the sensor, ie magnification is estimated from the TL model: so don't use the script for macro.

pigeonhill

-- movie tlapse

--[[
Movie intervalometer
Garry's version of Danne's script ;-)
Rev 0.32
--]]

console.hide()
menu.close()

pigeonhill

--[[
LE Sim (D)
BACKGROUND INFO:
Remember the shutter speed you set to assit in checking ML fps-shutter settings under RAW video ;-)
Start in LV mode or not
Set duration of LE simulation in ML Bulb timer (note switched off)
Number of frames is calculated from the ML set shutter and the Bulb time
Start in photo mode, ie not video mode
Follow script's prompts as it leads you through the workflow
Script will provide the option of taking an(y number of) advanced bracket set(s) after the MLV is captured (ensure Advanced Bracketing is setup to your needs, but set OFF)

pigeonhill

--[[
LE Sim
SET UP:
Set Canon movie mode to 1920; Set ML FPS overrride to 1 (adjust later); Remember the shutter speed you set
Start in LV mode or not
Set duration of LE simulation in ML Bulb timer (note switched off)
Start in photo mode, ie not video mode
Follow script's LV prompts
Script will provide the option of taking an advanced bracket set after the MLV is captured (ensure Advanced Bracketing is setup to your needs, but set OFF)
See additional notes below in the body of the script and at photography.grayheron.net

pigeonhill

--[[
Tilter

Release 0.71
Nov 2019
Copyleft: Garry George 2019
photography.grayheron.net
--]]

require("config")

pigeonhill

--[[ 	
    HHBS
    Hand Held Bracketing Script for WA lenses
    Version 1.365
    Garry George Oct 2019
    http://photography.grayheron.net/
--]]																							


CON = "ON"

pigeonhill

--[[
@title M3 Bracketing: Focus & Exposure
@chdk_version 1.4
#mode = 0 "Mode" {Off X2INF Min2INF}
#bracket = 0 "Exposure bracket?" {None ZN4 ZN3 ZN2 ZN2+2 ISO1600}
#infinity = 3 "Infinity focus" [2 4]
#overlap = 15 "Overlap (um)" [5 30]
#sleep_time = 2 "Delay (s)"
#bookends = 1 "Bookends?" {No Yes}
#screen_off = 0 "Screen off?" {No Yes}

pigeonhill

--[[
Bracketeer

This script dynamically displays the current infinity defocus blur, diffraction blur and the total blur at infinity, which is useful when focusing beyond the hyperfocal.
It also visually shows the overlap status to aid focus bracketing: green means a positive overlap and red a focus gap.
In addition a traffic light feedback gives you infinity focus info.
The width of the DoF visualisation is the smallest near DoFs (current position and last image taken) and the hyperfocal distance, which is useful when bracketing less than the hyperfocal.
If both current and last far DoFs are less than the hyperfocal, then the right hand edge of the bar will be the longest far DoF.
The ML CoC (total blur) is used as the overlap criterion: on a full frame it is recommended this be 20 microns.
A thin lens model is assumed, with the lens principal plane positioned at f(1+m) from the sensor, ie magnification is estimated from the TL model: so don't use the script for macro.