nmz787

## monosat_router.py
from collections import OrderedDict, defaultdict
import os
import sys
import subprocess
from copy import deepcopy
from monosat import *
from time import time
# enable using multiple levels of dict keys automatically, even if nested levels don't yet exist
NestedDict = lambda: defaultdict(NestedDict)

## cryptominisat_router.py
from collections import OrderedDict
import os
import subprocess
import sys
import multiprocessing
import itertools


def split_seq(iterable, size):
    it = iter(iterable)

## hv_pulser_attempted_reproduction.py
import pyb
from pyb import Timer
import micropython
import stm

#john's sript actual pulse width 181 us, 448 us period (pulse to pulse)

# Use with pyb.freq(96000000) and prescaler=11 for .25 usec timer ticks.
xfmr_pulse_period = 1570  # (= usec * 4)   Same as toggle_half_cycle duration.
xfmr_pulse_w = 332                           # (= usec * 4)

## dump_regs.py
"""
usage:
  import dump_regs
  dump_regs.dump_regs()
"""
import re
import stm

# basically this, with some deletions (FLASH, DBGMCU):
# {m for m in dir(stm) if '_' not in m}

## wiktionary_audio_video_flashcards.py
"""
wiktionary audio vidio flasher (like automated flashcards).
An app that gets words from wiktionary,
and if there is an associated audio clip,
displays the word on-screen in a Tkinter GUI,
and plays the audio pronunciations available.
Change the seed_word_name variable as you desire.

target audience: babies, language learning

## machine.py
class _board(object):
    def __getattr__(self, *args, **kwargs):
        return 1

from pyb import Pin as Pin
from pyb import I2C as I2C
from stm import mem32, mem16, mem8

## csvToGnomePlanner.py
"""
usage: csvToGnomePlanner.py <input path> <output path> <start YYYYMMDD>

Converts a CSV with columns [Type, Duration, Name, Description] into Gnome Planner format (which can generate a Gantt chart).
where Column Definitions are:
    Type        : 'Subtask' or anything else (normal Task is implied)
    Duration    : '<number> <unit>' where units are [day, week, month]
                  NOTE: Tasks which have Subtasks CANNOT have duration... they derive this from the Subtasks
    Name        : text
    Description : text

## print_font5x7.hex_.py
"""
parse and print the characters stored in the HEX ROM associated with the MAX1000 POV LED TEXT demo
(here: https://github.com/vpecanins/max1000-tutorial/tree/master/demo02_led_text)


.hex format is:

First character (:)  =  Start of a record
Next two characters  =  Record length (in this example, 10h)
Next four characters =  Load address (in this example, 0080h)

## rounded_cube_test.py
from python_brlcad_tcl.brlcad_tcl import *

class rounded_cube(BrlCadModel):
    def __init__(self, brl_db):
        super(rounded_cube, self). __init__(brl_db)
        self.center_name = None
        self.edge = 10

        c1 = [0, 0, 0]
        c2 = [self.edge, self.edge, self.edge]

## convert_fib_str.py
#!/usr/bin/python
""" image 2 FIB and FIB 2 image
Usage:
  convert_fib_str.py fromstr <str> [--video] [--out=<out_file_path>]
  convert_fib_str.py tostr <image> [--out=<out_file_path>] [--stretch] [--invert]
"""
# from __future__ import print_function
import traceback
import sys
import math
	from collections import OrderedDict, defaultdict
	import os
	import sys
	import subprocess
	from copy import deepcopy
	from monosat import *
	from time import time
	# enable using multiple levels of dict keys automatically, even if nested levels don't yet exist
	NestedDict = lambda: defaultdict(NestedDict)
	from collections import OrderedDict
	import os
	import subprocess
	import sys
	import multiprocessing
	import itertools


	def split_seq(iterable, size):
	it = iter(iterable)
	import pyb
	from pyb import Timer
	import micropython
	import stm

	#john's sript actual pulse width 181 us, 448 us period (pulse to pulse)

	# Use with pyb.freq(96000000) and prescaler=11 for .25 usec timer ticks.
	xfmr_pulse_period = 1570 # (= usec * 4) Same as toggle_half_cycle duration.
	xfmr_pulse_w = 332 # (= usec * 4)
	"""
	usage:
	import dump_regs
	dump_regs.dump_regs()
	"""
	import re
	import stm

	# basically this, with some deletions (FLASH, DBGMCU):
	# {m for m in dir(stm) if '_' not in m}
	"""
	wiktionary audio vidio flasher (like automated flashcards).
	An app that gets words from wiktionary,
	and if there is an associated audio clip,
	displays the word on-screen in a Tkinter GUI,
	and plays the audio pronunciations available.
	Change the seed_word_name variable as you desire.

	target audience: babies, language learning
	class _board(object):
	def __getattr__(self, args, *kwargs):
	return 1

	from pyb import Pin as Pin
	from pyb import I2C as I2C
	from stm import mem32, mem16, mem8
	"""
	usage: csvToGnomePlanner.py <input path> <output path> <start YYYYMMDD>

	Converts a CSV with columns [Type, Duration, Name, Description] into Gnome Planner format (which can generate a Gantt chart).
	where Column Definitions are:
	Type : 'Subtask' or anything else (normal Task is implied)
	Duration : '<number> <unit>' where units are [day, week, month]
	NOTE: Tasks which have Subtasks CANNOT have duration... they derive this from the Subtasks
	Name : text
	Description : text
	"""
	parse and print the characters stored in the HEX ROM associated with the MAX1000 POV LED TEXT demo
	(here: https://github.com/vpecanins/max1000-tutorial/tree/master/demo02_led_text)


	.hex format is:

	First character (:) = Start of a record
	Next two characters = Record length (in this example, 10h)
	Next four characters = Load address (in this example, 0080h)
	from python_brlcad_tcl.brlcad_tcl import *

	class rounded_cube(BrlCadModel):
	def __init__(self, brl_db):
	super(rounded_cube, self). __init__(brl_db)
	self.center_name = None
	self.edge = 10

	c1 = [0, 0, 0]
	c2 = [self.edge, self.edge, self.edge]
	#!/usr/bin/python
	""" image 2 FIB and FIB 2 image
	Usage:
	convert_fib_str.py fromstr <str> [--video] [--out=<out_file_path>]
	convert_fib_str.py tostr <image> [--out=<out_file_path>] [--stretch] [--invert]
	"""
	# from __future__ import print_function
	import traceback
	import sys
	import math