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main_gui.py
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main_gui.py
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"""
GUI for ESC P2 printer file generation
Author: R. Waasdorp
Date: 20-11-2018
Version: 1.4
"""
import subprocess
import string
import tkinter as tk
from tkinter import ttk
from tkinter import messagebox
from tkinter import filedialog
from tkinter import simpledialog
from esc_functions import *
from hex_functions import *
from characters_gui import *
# from patterns_gui import *
from logos import *
# =========================
# ==== CONSTANTS ====
# =========================
LARGE_FONT = ("Verdana", 12)
NORM_FONT = ("Verdana", 10)
SMALL_FONT = ("Verdana", 8)
# ==== DEFAULT SETTINGS ===
patternSelected = 'nxm raster'
printerSelected = 'SX235W'
curRow = 0
colorNames = ['black', 'black2', 'black3', 'magenta', 'cyan', 'yellow']
modUnits = [5760, 2880, 1440, 720, 360, 180, 120, 90]
# ==== DICTIONARIES ====
# PRINT METHODS IDs
pmidOpt = {
'None' : b'',
'Normal2' : b'\x21',
'Normal1' : b'\x20',
'Highres' : b'\xc0'
}
# DOT QUALITY OPTIONS
dotOpt = {
'Economy' : b'\x10',
'VSD1' : b'\x11',
'VSD2' : b'\x12',
'VSD3' : b'\x13'
}
# PRINTER MODELS + SPECS
"""
New printers can be added to this dictionary
- The provided linux-name can be used to directly print to this printer using the command:
lp -d <linux-name> -oraw <file>
- The prn files with the header and footer should be located in the folder prns/<prnfiles>
- Unit and color information can be found in a spec sheet of the printer,
or by generating some output and parsing it with the escp2-parse Perl script
"""
printersParDict = {
'SX600FW' : {'pmgmt' : 720,
'vert': 720,
'hor': 5760,
'm': 5760,
'nozzles' : 128,
'black' : b'\x60',
'magenta' : None,
'cyan' : None,
'yellow' : None,
'd' : 'VSD2',
'pmid' : 'Normal2',
'linux-name': 'printer-sx600fw',
'prnfiles' :'sx600fw'},
'SX235W': {'pmgmt': 720,
'vert': 720,
'hor': 5760,
'm': 5760,
'nozzles': 30,
'black': b'\x00',
'black2' : b'\x05',
'black3' : b'\x06',
'magenta' : b'\x01',
'cyan' : b'\x02',
'yellow' : b'\x04',
'd': 'VSD1',
'pmid': 'Normal1',
'linux-name': 'printer-sx235w',
'prnfiles': 'sx235w'},
'SX235W-HR': {'pmgmt': 1440,
'vert': 1440,
'hor': 5760,
'm': 5760,
'nozzles': 30,
'black': b'\x00',
'black2' : b'\x05',
'black3' : b'\x06',
'magenta' : b'\x01',
'cyan' : b'\x02',
'yellow' : b'\x04',
'd': 'VSD2',
'pmid': 'Highres',
'linux-name': 'printer-sx235w',
'prnfiles': 'sx235w-highres'},
'L120': {'pmgmt': 720,
'vert': 720,
'hor': 5760,
'm': 5760,
'nozzles': 60,
'black': b'\x00',
'black2' : None,
'black3' : None,
'magenta' : b'\x01',
'cyan' : b'\x02',
'yellow' : b'\x04',
'd': 'VSD1',
'pmid': 'Normal1',
'linux-name': 'printer-l120',
'prnfiles': 'l120'},
'DX6050': {'pmgmt': 720,
'vert': 720,
'hor': 720,
'm': 2880,
'nozzles': 90,
'black': b'\x00',
'magenta' : None,
'cyan' : None,
'yellow' : None,
'd': 'Economy',
'pmid': 'None',
'linux-name': 'printer-dx6050',
'prnfiles': 'dx6050'},
'manual': {'pmgmt': 0,
'vert': 0,
'hor': 0,
'm': 0,
'nozzles': 0,
'black': b'',
'black2': b'',
'black3': b'',
'magenta': b'',
'cyan': b'',
'yellow': b'',
'd': 'Economy',
'pmid': 'None',
'linux-name': 'manual',
'prnfiles': 'manual'
}
# add new printer here:
# 'new_printer': {'name':value,}
}
# =========================
# ==== ESCP2 FUNCTIONS ====
# =========================
def p1_small(**kwargs):
nozzlelist = createnozzlelist(29, 1, 0, fan)
rasterdata = ESC_v(pmgmt, y) + ESC_dollar(hor, x) + ESC_i_nrs(nozzlelist, color, 1) + b'\x0c'
return rasterdata
def p1_med(**kwargs):
nozzlelist = createnozzlelist(29, 1, 0, fan)
rasterdata = ESC_v(pmgmt, y) + ESC_dollar(hor, x) + ESC_i_nrs(nozzlelist, color, 2) + b'\x0c'
return rasterdata
def p1_large(**kwargs):
nozzlelist = createnozzlelist(29, 1, 0, fan)
rasterdata = ESC_v(pmgmt, y) + ESC_dollar(hor, x) + ESC_i_nrs(nozzlelist, color, 3) + b'\x0c'
return rasterdata
def p_all_nozzles(**kwargs):
nozzlelist = createnozzlelist(nozzles, 5, dy, 1)
size1 = 3
size2 = 2
size3 = 1
x1 = x
x2 = x1 + rdx
x3 = x2 + rdx
# y = y
raster1 = b''
for k in range(5):
raster1 += ESC_dollar(hor, (x1 + dx * k)) + ESC_i_nrs(nozzlelist, black, size1) + \
ESC_dollar(hor, (x1 + (dx * 6) + dx * k)) + ESC_i_nrs(nozzlelist, cyan, size1) + \
ESC_dollar(hor, (x1 + (dx * 12) + dx * k)) + ESC_i_nrs(nozzlelist, magenta, size1) + \
ESC_dollar(hor, (x1 + (dx * 18) + dx * k)) + ESC_i_nrs(nozzlelist, yellow, size1)
raster2 = b''
for k in range(5):
raster2 += ESC_dollar(hor, x2 + dx*k) + ESC_i_nrs(nozzlelist, black, size2) + \
ESC_dollar(hor, x2 + (dx*6) + dx*k) + ESC_i_nrs(nozzlelist, cyan, size2) + \
ESC_dollar(hor, x2 + (dx*12) + dx*k) + ESC_i_nrs(nozzlelist, magenta, size2) + \
ESC_dollar(hor, x2 + (dx*18) + dx*k) + ESC_i_nrs(nozzlelist, yellow, size2)
print(k)
raster3 = b''
for k in range(5):
raster3 += ESC_dollar(hor, x3 + dx * k) + ESC_i_nrs(nozzlelist, black, size3) + \
ESC_dollar(hor, x3 + (dx * 6) + dx * k) + ESC_i_nrs(nozzlelist, cyan, size3) + \
ESC_dollar(hor, x3 + (dx * 12) + dx * k) + ESC_i_nrs(nozzlelist, magenta, size3) + \
ESC_dollar(hor, x3 + (dx * 18) + dx * k) + ESC_i_nrs(nozzlelist, yellow, size3)
rasterdata = ESC_v(pmgmt, y) + (raster1 + raster2 + raster3) * rep + b'\x0c'
return rasterdata
def p1_10_drops(**kwargs):
nozzlelist = createnozzlelist(nozzles, m, dy, fan)
raster = b''
for k in range(10):
raster += ESC_dollar(hor, x) + ESC_i_nrs(nozzlelist, color, size)
for k in range(9):
raster += ESC_dollar(hor, x + dx) + ESC_i_nrs(nozzlelist, color, size)
for k in range(8):
raster += ESC_dollar(hor, x + dx * 2) + ESC_i_nrs(nozzlelist, color, size)
for k in range(7):
raster += ESC_dollar(hor, x + dx * 3) + ESC_i_nrs(nozzlelist, color, size)
for k in range(6):
raster += ESC_dollar(hor, x + dx * 4) + ESC_i_nrs(nozzlelist, color, size)
for k in range(5):
raster += ESC_dollar(hor, x + dx * 5) + ESC_i_nrs(nozzlelist, color, size)
for k in range(4):
raster += ESC_dollar(hor, x + dx * 6) + ESC_i_nrs(nozzlelist, color, size)
for k in range(3):
raster += ESC_dollar(hor, x + dx * 7) + ESC_i_nrs(nozzlelist, color, size)
for k in range(2):
raster += ESC_dollar(hor, x + dx * 8) + ESC_i_nrs(nozzlelist, color, size)
for k in range(1):
raster += ESC_dollar(hor, x + dx * 9) + ESC_i_nrs(nozzlelist, color, size)
rasterdata = ESC_v(pmgmt, y) + raster + b'\x0c'
return rasterdata
def p_raster_nxm(**kwargs):
nozzlelist = createnozzlelist(nozzles, m, dy, fan)
raster = b''
for k in range(n):
raster += (ESC_dollar(hor, (x + dx * k)) + ESC_i_nrs(nozzlelist, color, size)) * rep
rasterdata = ESC_v(pmgmt, y) + raster + b'\x0c'
return rasterdata
def p_logo_pme_small(**kwargs):
dy = 0
dx = (dy + 1) * (1 / 120)
rasterdata = ESC_v(pmgmt, y) + (createPs(x, size=size, pmgmt=pmgmt, hor=hor, vert=vert, r=color) +
createMs(x + 4 * dx, size=size, pmgmt=pmgmt, hor=hor, vert=vert, r=color) +
createEs(x + 8 * dx, size=size, pmgmt=pmgmt, hor=hor, vert=vert, r=color))*rep + b'\x0c'
return rasterdata
def p_logo_pme(**kwargs):
dy = 0
dx = (dy + 1) * (1 / 120)
rasterdata = ESC_v(pmgmt, y) + (createP(x, size=size, fn=fan, pmgmt=pmgmt, hor=hor, vert=vert, r=color) +
createM(x + 6 * dx, size=size, fn=fan, pmgmt=pmgmt, hor=hor, vert=vert, r=color) +
createE(x + 12 * dx, size=size, fn=fan, pmgmt=pmgmt, hor=hor, vert=vert, r=color))*rep + b'\x0c'
return rasterdata
def p_logo_pme_mne(**kwargs):
dy = 0
dx = (dy + 1) * (1 / 120)
size1 = 3
size2 = 1
rasterdata = ESC_v(pmgmt, y) + (createP(x=x, r=color, size=size1, fn=fan, pmgmt=pmgmt, hor=hor, vert=vert) +
createM(x=(x + 6 * dx), r=color, size=size1, fn=fan, pmgmt=pmgmt, hor=hor, vert=vert) +
createE(x=(x + 12 * dx), r=color, size=size1, fn=fan, pmgmt=pmgmt, hor=hor,vert=vert) +
createM(x=(x + dx * 20), r=color, size=size2, fn=fan, pmgmt=pmgmt, hor=hor,vert=vert) +
createN(x=(x + 26 * dx), r=color, size=size2, fn=fan, pmgmt=pmgmt, hor=hor,vert=vert) +
createE(x=(x + 32 * dx), r=color, size=size2, fn=fan, pmgmt=pmgmt, hor=hor,vert=vert))*rep + b'\x0c'
return rasterdata
def p_logo_TUPME(**kwargs):
rasterdata = printTUPME(x, y, size, color, rep, pmgmt=pmgmt, hor=hor, vert=vert)
return rasterdata
def p_logo_TUDelft(**kwargs):
matrix = loadlogo(2)
rasterdata = ESC_v(pmgmt, y) + (printLOGO(matrix, x, y, size, color, pmgmt=pmgmt, hor=hor, vert=vert)) * rep + b'\x0c'
return rasterdata
def p_nxm_sml(**kwargs):
nozzlelist = createnozzlelist(nozzles, m, dy, fan)
# dx = 1/120
raster1 = b''
raster2 = b''
raster3 = b''
for k in range(n):
raster1 += (ESC_dollar(hor, x + dx * k) + ESC_i_nrs(nozzlelist, color, 3)) * rep
raster2 += (ESC_dollar(hor, x + rdx + dx * k) + ESC_i_nrs(nozzlelist, color, 2)) * rep
raster3 += (ESC_dollar(hor, x + rdx * 2 + dx * k) + ESC_i_nrs(nozzlelist, color, 1)) * rep
rasterdata = ESC_v(pmgmt, y) + raster1 + raster2 + raster3 + b'\x0c'
return rasterdata
def p_raster_90x90(**kwargs):
nozzlelist = createnozzlelist(nozzles, 30, 0, 0)
# dx = um_in(200)
# size = int(input('size [1/2/3]: '))
raster1 = b''
raster2 = b''
raster3 = b''
for k in range(90):
raster1 += (ESC_dollar(hor, x + dx * k) + ESC_i_nrs(nozzlelist, black, size)) * rep
raster2 += (ESC_dollar(hor, x + dx * k) + ESC_i_nrs(nozzlelist, black2, size)) * rep
raster3 += (ESC_dollar(hor, x + dx * k) + ESC_i_nrs(nozzlelist, black3, size)) * rep
rasterdata = ESC_v(pmgmt, y) + raster1 + raster2 + raster3 + b'\x0c'
return rasterdata
def p_1_100_drops(**kwargs):
nozzlelist = createnozzlelist(nozzles, n, dy, fan)
raster = b''
for k in range(100):
raster += ESC_dollar(hor, x) + ESC_i_nrs(nozzlelist, color, size)
for k in range(80):
raster += ESC_dollar(hor, x + dx) + ESC_i_nrs(nozzlelist, color, size)
for k in range(60):
raster += ESC_dollar(hor, x + dx * 2) + ESC_i_nrs(nozzlelist, color, size)
for k in range(40):
raster += ESC_dollar(hor, x + dx * 3) + ESC_i_nrs(nozzlelist, color, size)
for k in range(20):
raster += ESC_dollar(hor, x + dx * 4) + ESC_i_nrs(nozzlelist, color, size)
for k in range(10):
raster += ESC_dollar(hor, x + dx * 5) + ESC_i_nrs(nozzlelist, color, size)
for k in range(5):
raster += ESC_dollar(hor, x + dx * 6) + ESC_i_nrs(nozzlelist, color, size)
for k in range(1):
raster += ESC_dollar(hor, x + dx * 4) + ESC_i_nrs(nozzlelist, color, size)
rasterdata = ESC_v(pmgmt, y) + raster + b'\x0c'
return rasterdata
def p_logo_TU_fast(**kwargs):
# stretch = int(input('horizontal stretch between dots (def=3): '))
rasterdata = ESC_v(pmgmt, y) + ESC_dollar(hor, x) + ESC_i_matrix(color, load_logo_fast(), stretch, size, fan) + b'\x0c'
return rasterdata
# =======================
# ==============================================
# ==============================================
# ||| |||
# ||| BEGIN GUI |||
# ||| |||
# ==============================================
# ==============================================
def nothing(event=None):
pass
# ---- Initialisation of Contstants
patterns={}
"""
New patterns can be added in the patterns_gui.py file
Next they can be added in the patters dictionary below,
specifying the relevant parameters, and their default setting
"""
def load_patterns(event=None):
global patterns
patterns = {
'nxm raster' : {'posx': [True, 14],
'posy': [True,5],
'dx': [True, 250],
'dy': [True, 0],
'rdx': [False, 0],
'widthn': [True, 6],
'heightm': [True, 10],
'dropsize': [True, 1],
'fan': [True,0],
'rep': [True,1],
'stretch': [False,0],
'color' : [False,'black'],
'command' : [p_raster_nxm,0]},
'90x90 raster' : {'posx': [True, 14],
'posy': [True,5],
'dx': [True, 211.6666666666667],
'dy': [False, 0],
'rdx': [False, 0],
'widthn': [False, 90],
'heightm': [False, 90],
'dropsize': [True, 1],
'fan': [False,0],
'rep': [True,1],
'stretch': [False,0],
'color' : [False,'black'],
'command' : [p_raster_90x90,0]},
'all nozzles' : {'posx': [True, 14],
'posy': [True, 5],
'dx': [True, 250],
'dy': [True, 1],
'rdx': [True, 5000],
'widthn': [False, 6],
'heightm': [False, 10],
'dropsize': [False, 1],
'fan': [False, 0],
'rep': [True, 1],
'stretch': [False, 0],
'color' : [False, 'black'],
'command' : [p_all_nozzles, 0]},
'1-10 drops stacked' : {'posx': [True, 14],
'posy': [True, 5],
'dx': [True, 500],
'dy': [True, 2],
'rdx': [False, 0],
'widthn': [False, 6],
'heightm': [True, 3],
'dropsize': [True, 1],
'fan': [True, 1],
'rep': [False, 1],
'stretch': [False, 0],
'color' : [False, 'black'],
'command' : [p1_10_drops, 0]},
'raster nxm all dropsizes': {'posx': [True, 14],
'posy': [True, 5],
'dx': [True, 250],
'dy': [True, 0],
'rdx': [True, 5000],
'widthn': [True, 6],
'heightm': [True, 10],
'dropsize': [False, 1],
'fan': [True, 0],
'rep': [True, 1],
'stretch': [False, 0],
'color': [True, 'black'],
'command': [p_nxm_sml, 0]},
'logo PME small' : {'posx': [True, 14],
'posy': [True, 5],
'dx': [False, 250],
'dy': [False, 0],
'rdx': [False, 0],
'widthn': [False, 6],
'heightm': [False, 10],
'dropsize': [True, 1],
'fan': [False, 0],
'rep': [False, 1],
'stretch': [False, 0],
'color' : [True, 'black'],
'command' : [p_logo_pme_small, 0]},
'logo PME' : {'posx': [True, 14],
'posy': [True, 5],
'dx': [False, 250],
'dy': [False, 0],
'rdx': [False, 0],
'widthn': [False, 6],
'heightm': [False, 10],
'dropsize': [True, 1],
'fan': [True, 0],
'rep': [True, 1],
'stretch': [False, 0],
'color' : [True, 'black'],
'command' : [p_logo_pme, 0]},
'logo PME-MNE' : {'posx': [True, 14],
'posy': [True, 5],
'dx': [False, 250],
'dy': [False, 0],
'rdx': [False, 0],
'widthn': [False, 6],
'heightm': [False, 10],
'dropsize': [False, 1],
'fan': [True, 1],
'rep': [True, 1],
'stretch': [False, 0],
'color' : [True, 'black'],
'command' : [p_logo_pme_mne, 0]},
'logo TU-PME' : {'posx': [True, 14],
'posy': [True, 5],
'dx': [False, 250],
'dy': [False, 0],
'rdx': [False, 0],
'widthn': [False, 6],
'heightm': [False, 10],
'dropsize': [True, 1],
'fan': [False, 0],
'rep': [True, 1],
'stretch': [False, 0],
'color' : [True, 'black'],
'command' : [p_logo_TUPME, 0]},
'logo TUDELFT' : {'posx': [True, 14],
'posy': [True, 5],
'dx': [False, 250],
'dy': [False, 0],
'rdx': [False, 0],
'widthn': [False, 6],
'heightm': [False, 10],
'dropsize': [True, 1],
'fan': [False, 0],
'rep': [True, 1],
'stretch': [False, 0],
'color' : [True, 'black'],
'command' : [p_logo_TUDelft, 0]},
'1-100 drops stacked' : {'posx': [True, 14],
'posy': [True, 5],
'dx': [False, 250],
'dy': [True, 3],
'rdx': [True, 2500],
'widthn': [False, 6],
'heightm': [True, 5],
'dropsize': [True, 1],
'fan': [True, 0],
'rep': [False, 1],
'stretch': [False, 0],
'color' : [True, 'black'],
'command' : [p_1_100_drops, 0]},
'logo TU-FAST' : {'posx': [True, 14],
'posy': [True, 5],
'dx': [False, 250],
'dy': [False, 0],
'rdx': [False, 5000],
'widthn': [False, 6],
'heightm': [False, 10],
'dropsize': [True, 1],
'fan': [True, 0],
'rep': [True, 1],
'stretch': [True, 3],
'color' : [True, 'black'],
'command' : [p_logo_TU_fast, 0]},
# 'znew3' : {'posx': [False, 14],
# 'posy': [False, 5],
# 'dx': [False, 250],
# 'dy': [False, 0],
# 'rdx': [False, 5000],
# 'widthn': [False, 6],
# 'heightm': [False, 10],
# 'dropsize': [False, 1],
# 'fan': [False, 0],
# 'rep': [False, 1],
# 'stretch': [False, 0],
# 'color' : [False, 'black'],
# 'command' : [p_raster_nxm, 0]},
}
load_patterns()
pmidNames = ()
for x in pmidOpt:
pmidNames += (x,)
dotNames = ()
for x in dotOpt:
dotNames += (x,)
dotNames = tuple(sorted(dotNames))
def nR():
global curRow
curRow += 1
return curRow
def sR():
global curRow
return curRow
def nsy(event=None):
print('not supported yet')
def addEntry(destframe, desc, unit, value, rown, coln=0, valcmd=None):
label_new = ttk.Label(destframe, text=(desc+": "))
entry_new = ttk.Entry(destframe, textvariable=value, validate = 'key', validatecommand = valcmd, justify = tk.LEFT, width=13)
label_new_unit = ttk.Label(destframe, text=" "+unit)
label_new.grid(row=rown, column=coln, sticky="e", pady=2)
entry_new.grid(row=rown, column=coln+1, pady=2, padx=5, sticky="e")
label_new_unit.grid(row=rown, column=coln+2, sticky="w", pady=2)
def addOption(destframe, desc, value, vlist, rown, coln=0, valcmd=None):
label_new = ttk.Label(destframe, text=(desc+": "))
combobox_new = ttk.Combobox(destframe, values=vlist, textvariable=value, width=10, validate = 'key', validatecommand = valcmd, justify = tk.LEFT)
# label_new_unit = ttk.Label(destframe, text=" "+unit)
label_new.grid(row=rown, column=coln, sticky="e", pady=2)
combobox_new.grid(row=rown, column=coln+1, pady=2, padx=5)
# label_new_unit.grid(row=rown, column=coln2, sticky="w", pady=2)
def validate_int(action, index, value_if_allowed,
prior_value, text, validation_type, trigger_type, widget_name):
# action=1 -> insert
if (action == '1'):
if text in '0123456789.':
try:
int(value_if_allowed)
return True
except ValueError:
return False
else:
return False
else:
return True
def validate_float(action, index, value_if_allowed,
prior_value, text, validation_type, trigger_type, widget_name):
# action=1 -> insert
if (action == '1'):
if text in '0123456789.':
try:
float(value_if_allowed)
return True
except ValueError:
return False
else:
return False
else:
return True
def setvar_dict(originaldict):
dict1 = originaldict.copy()
for x in dict1:
if dict1[x][0] == True:
value = dict1[x][1]
if isinstance(value, tk.IntVar) or isinstance(value, tk.StringVar) or \
isinstance(value, tk.DoubleVar) or isinstance(value, tk.BooleanVar):
pass
elif isinstance(value, int):
dict1[x][1] = tk.IntVar()
dict1[x][1].set(value)
elif isinstance(value, float):
dict1[x][1] = tk.DoubleVar()
dict1[x][1].set(value)
elif isinstance(value, bool):
dict1[x][1] = tk.BooleanVar()
dict1[x][1].set(value)
elif isinstance(value, str):
dict1[x][1] = tk.StringVar()
dict1[x][1].set(value)
elif isinstance(value, bytes):
print(' NOT SUPPORTED YET ;(')
else:
print(' NOT SUPPORTED YET ;( (maybe wrong dict1 type...)')
else:
pass
return dict1
def setvar_printer_dict(originaldict):
dict1 = originaldict.copy()
for x in dict1:
value = dict1[x]
if isinstance(value, tk.IntVar) or isinstance(value, tk.StringVar) or \
isinstance(value, tk.DoubleVar) or isinstance(value, tk.BooleanVar):
pass
elif isinstance(value, int):
dict1[x] = tk.IntVar()
dict1[x].set(value)
elif isinstance(value, float):
dict1[x] = tk.DoubleVar()
dict1[x].set(value)
elif isinstance(value, bool):
dict1[x] = tk.BooleanVar()
dict1[x].set(value)
elif isinstance(value, str):
dict1[x] = tk.StringVar()
dict1[x].set(value)
elif isinstance(value, bytes):
print(' NOT SUPPORTED YET ;(')
else:
print(' NOT SUPPORTED YET ;( (maybe wrong dict1 type...)')
return dict1
def slugify(file_name):
file_name = file_name.replace(' ', '_')
print(file_name)
valid_chars = "-_.()%s%s" % (string.ascii_letters, string.digits)
return ''.join(c for c in file_name if c in valid_chars)
# =============================
# ---- Main GUI Class ----
# =============================
root = tk.Tk()
# ICON AND TITLE
tk.Tk.wm_title(root, "ESC/P2 Control Client")
# =============================
# STYLE
# =============================
s = ttk.Style()
s.configure('Blue.TLabelframe.Label', font=('Verdana', 14))
s.configure('Blue.TLabelframe.Label', foreground='royal blue')
s.theme_use('clam')
# =============================
# FRAMES IN MAIN FRAME (NOTEBOOK)
# =============================
main_frame = ttk.Notebook(root)
print_frame = ttk.Frame(main_frame)
setup_frame = ttk.Frame(main_frame)
main_frame.add(print_frame, text=' Print ')
main_frame.add(setup_frame, text=' Settings ')
main_frame.pack(side="top", fill="both", expand=True)
main_frame.grid_rowconfigure(0, weight=1)
main_frame.grid_columnconfigure(0, weight=1)
# =============================
# FRAMES IN PRINT MENU
# =============================
frame_patterns = ttk.Labelframe(print_frame, padding=6, text="Patterns", style="Blue.TLabelframe")
frame_printers = ttk.Labelframe(print_frame, padding=6, text="Printers", style="Blue.TLabelframe")
frame_patterns_par = ttk.Labelframe(print_frame, padding=6, text="Set Pattern Parameters", style="Blue.TLabelframe")
frame_printers_par = ttk.Labelframe(print_frame, padding=6, text="Set Printer Parameters", style="Blue.TLabelframe")
frame_controls = ttk.Labelframe(print_frame, padding=6, text="Control", style="Blue.TLabelframe")
frame_patterns.grid(row=0, column=0, sticky="nsew", padx=10, pady=5)
frame_printers.grid(row=1, column=0, sticky="nsew", padx=10, pady=5)
frame_patterns_par.grid(row=0, column=1, sticky="nsew", padx=10, pady=5)
frame_printers_par.grid(row=1, column=1, sticky="nsew", padx=10, pady=5)
frame_controls.grid(row=2, column=0, columnspan=2, sticky="nsew", padx=10, pady=5)
# size frames
print_frame.grid_columnconfigure(1, minsize=1000)
# =============================
# FRAME IN SETUP
# =============================
setup_main = ttk.Frame(setup_frame)
setup_main.pack()
ttk.Label(setup_main, text="EMPTY", font=LARGE_FONT).pack()
# =============================
# MENUBAR
# =============================
menubar = tk.Menu(main_frame)
tk.Tk.config(root, menu=menubar)
filemenu = tk.Menu(menubar, tearoff=0)
filemenu.add_command(label="Save current as preset", command=lambda: nsy())
filemenu.add_command(label="Set Save location", command=lambda: set_save_dir())
filemenu.add_command(label="Reset Parameters", command=lambda: reset_vars())
filemenu.add_separator()
filemenu.add_command(label="Exit", command=quit)
menubar.add_cascade(label="File", menu=filemenu)
linuxmenu = tk.Menu(menubar, tearoff=0)
linuxmenu.add_command(label="Print to default printer", command=lambda: print_esc_commands())
linuxmenu.add_command(label="Print to printer...", command=lambda: print_esc_commands(PLNAME='other'))
linuxmenu.add_separator()
linuxmenu.add_command(label="Cancel All printjobs", command=lambda: cancel_print_jobs())
# linuxmenu.add_command(label="Restart Cups", command=lambda: restart_cups())
linuxmenu.add_separator()
linuxmenu.add_command(label="Parse ESC/P2", command=lambda: parse_escp2())
linuxmenu.add_command(label="Unprint", command=lambda: unprint_escp2())
menubar.add_cascade(label="Linux Tools", menu=linuxmenu)
# newmenu = tk.Menu(menubar, tearoff=0)
# newmenu.add_command(label="new item", command=lambda: nsy())
# menubar.add_cascade(label="new menu", menu=newmenu)
helpMenu = tk.Menu(menubar, tearoff=0)
helpMenu.add_command(label="Open manual (pdf)", command=lambda: open_help_pdf())
menubar.add_cascade(label="Help", menu=helpMenu)
# =============================
# SET PATTERN PRESETS
# =============================
dy_var = tk.StringVar()
def updateDyVar(event=None):
dy_num = (patternDict['dy'][1].get()+1)*211.6666666666667
dy_var.set('= '+str("%.2f" % round(dy_num,2))+u' \u03bcm')
# =============================
# PATTERN SELECT LISTBOX
# =============================
patternList = ()
for x in patterns:
patternList += (x,)
patNames = tk.StringVar(value=tuple(patternList))
patList = tk.Listbox(frame_patterns, listvariable=patNames, height=16, width = 30, selectmode='single', exportselection=False)
patList.grid()
def get_pattern_name(event):
global patternSelected
global patternDict
index = patList.curselection()[0]
patternSelected = patternList[index]
patternDict = setvar_dict(patterns[patternSelected])#(patternParDict[preset])
print(patternSelected)
updatePatternParameters()
updatePrinterParameters()
patList.bind("<ButtonRelease-1>", get_pattern_name)
# =============================
# PRINTER SELECT LISTBOX
# =============================
printerNames = ()
for x in printersParDict:
printerNames += (x,)
printerNames = tuple(sorted(printerNames))
print(printerNames)
prinNames = tk.StringVar(value=printerNames)
prinList = tk.Listbox(frame_printers, listvariable=prinNames, height=12, width = 30, selectmode='single', exportselection=False)
prinList.grid()
# select_printer(printerSelected)
def get_printer_name(event):
global printerSelected
global printerDict
index = prinList.curselection()[0]
printerSelected = printerNames[index]
printerDict = setvar_printer_dict(printersParDict[printerSelected])
print(printerSelected)
updatePrinterParameters()
updatePatternParameters()
prinList.bind("<ButtonRelease-1>", get_printer_name)
# BOUND ENTRY BOX TO INTEGERS
valint = (tk.Tk.register(root, validate_int), '%d', '%i', '%P', '%s', '%S', '%v', '%V', '%W')
valflt = (tk.Tk.register(root, validate_float), '%d', '%i', '%P', '%s', '%S', '%v', '%V', '%W')
# =============================
# SET PATTERN PARAMETERS FRAME
# =============================
patternDict = setvar_dict(patterns[patternSelected])
drop_size = tk.IntVar()
drop_size.set(1)
filename_var = tk.StringVar()
filename_var.set(slugify(patternSelected))
def updatePatternParameters():
for child in frame_patterns_par.winfo_children():
child.destroy()
global curRow
curRow = 0
patternDict = setvar_dict(patterns[patternSelected])
filename_var.set(slugify(patternSelected))
frame_patterns_par.grid_columnconfigure(0, minsize=150)
frame_patterns_par.grid_columnconfigure(2, minsize=200)
frame_patterns_par.grid_columnconfigure(3, minsize=120)
ttk.Label(frame_patterns_par, text='Basic Options', font=('sansseriv', 12)).grid(row=nR(), column=0)
addEntry(frame_patterns_par, 'X position', 'cm', patternDict['posx'][1], nR(), valcmd=valflt) if patterns[patternSelected]['posx'][0] else None
addEntry(frame_patterns_par, 'Y position', 'cm', patternDict['posy'][1], nR(), valcmd=valflt) if patterns[patternSelected]['posy'][0] else None
addEntry(frame_patterns_par, 'Distance dx', u'\u03bcm', patternDict['dx'][1], nR(), valcmd=valflt) if patterns[patternSelected]['dx'][0] else None
# addEntry(frame_patterns_par, 'Distance dy', u'nozzle stretch (0 = 211.67 \u03bcm)', patternDict['dy'][1], nR(), valcmd=valint) if patterns[patternSelected]['dy'][0] else None
if patterns[patternSelected]['dy'][0]:
updateDyVar()
ttk.Label(frame_patterns_par, text='Distance dy: ').grid(row=nR(), column=0, sticky="e", pady=2)
tk.Spinbox(frame_patterns_par, from_=0, to=29, textvariable=patternDict['dy'][1], width=11, command=updateDyVar, validate='key', validatecommand=valint).grid(row=sR(),column=1, pady=2, padx=5, sticky="e")
ttk.Label(frame_patterns_par, textvariable=dy_var).grid(row=sR(), column=2, sticky="w", pady=2)
addEntry(frame_patterns_par, 'Raster width', 'dots', patternDict['widthn'][1], nR(), valcmd=valint) if patterns[patternSelected]['widthn'][0] else None
addEntry(frame_patterns_par, 'Raster height', 'dots', patternDict['heightm'][1], nR(), valcmd=valint) if patterns[patternSelected]['heightm'][0] else None
addEntry(frame_patterns_par, 'Distance between patterns', u'\u03bcm', patternDict['rdx'][1], nR(), valcmd=valflt) if patterns[patternSelected]['rdx'][0] else None
ttk.Label(frame_patterns_par, text='Droplet size: ').grid(row=nR(), column=0, sticky="se", pady=(20, 2)) if patterns[patternSelected]['dropsize'][0] else None
ttk.Radiobutton(frame_patterns_par, text='Small', variable=drop_size, value=1).grid(row=sR(), column=1, columnspan=2, sticky='sw', padx=3) if patterns[patternSelected]['dropsize'][0] else None
ttk.Radiobutton(frame_patterns_par, text='Medium', variable=drop_size, value=2).grid(row=nR(), column=1, columnspan=2, sticky='w', padx=3) if patterns[patternSelected]['dropsize'][0] else None
ttk.Radiobutton(frame_patterns_par, text='Large', variable=drop_size, value=3).grid(row=nR(), column=1, columnspan=2, sticky='w', padx=3) if patterns[patternSelected]['dropsize'][0] else None
# advanced options....
curRow=0
frame_patterns_par.grid_columnconfigure(2, minsize=200)
ttk.Label(frame_patterns_par, text='Advanced Options', font=('sansseriv', 12)).grid(row=nR(), column=3, columnspan=2, sticky="w")
addEntry(frame_patterns_par, 'Repetitions', 'dots over each other', patternDict['rep'][1], nR(), 3, valcmd=valint) if patterns[patternSelected]['rep'][0] else None
addEntry(frame_patterns_par, 'First active nozzle', 'nozzle', patternDict['fan'][1], nR(), 3, valcmd=valint) if patterns[patternSelected]['fan'][0] else None
addEntry(frame_patterns_par, 'Width scaling', '(3 gives equal horizontal and vertical stretch)', patternDict['stretch'][1], nR(), 3, valcmd=valint) if patterns[patternSelected]['stretch'][0] else None
# if patternSelected == 'Load Bitmap':
# ttk.Label(frame_patterns_par, text=' ').grid(row=nR())
# ttk.Button(frame_patterns_par, text='TestButton', command=load_bitmap1).grid(row=nR(), column=1)
updatePatternParameters()
# =============================
# SET PRINTER PARAMETERS FRAME
# =============================
printerDict = setvar_printer_dict(printersParDict[printerSelected])
unibimode = tk.IntVar()
unibimode.set(1)
colorSelection = tk.StringVar()
colorSelection.set('black')
def updatePrinterParameters():
for child in frame_printers_par.winfo_children():
child.destroy()
global curRow
curRow = 0
frame_printers_par.grid_columnconfigure(0, minsize=150)
frame_printers_par.grid_columnconfigure(2, minsize=200)
frame_printers_par.grid_columnconfigure(3, minsize=120)
ttk.Label(frame_printers_par, text='Basic Options', font=('sansseriv', 12)).grid(row=nR(), column=0)
addEntry(frame_printers_par, 'Page Management', '', printerDict['pmgmt'], nR(), valcmd=valint)
addEntry(frame_printers_par, 'Vertical Unit', '', printerDict['vert'], nR(), valcmd=valint)
addEntry(frame_printers_par, 'Horizontal Unit', '', printerDict['hor'], nR(), valcmd=valint)
addEntry(frame_printers_par, 'Nozzles', '', printerDict['nozzles'], nR(), valcmd=valint)
addOption(frame_printers_par, 'Nozzle Row', colorSelection, colorNames, nR()) if patterns[patternSelected]['color'] else None
ttk.Label(frame_printers_par, text='Print Direction Method ').grid(row=nR(), column=0, sticky="se")
ttk.Radiobutton(frame_printers_par, text='Unidirectional', variable=unibimode, value=1).grid(row=sR(), column=1, columnspan=2, sticky='sw', padx=3)
ttk.Radiobutton(frame_printers_par, text='Bidirectional', variable=unibimode, value=0).grid(row=nR(), column=1, columnspan=2, sticky='w', padx=3)
# advanced options....
curRow=0
frame_printers_par.grid_columnconfigure(2, minsize=200)
ttk.Label(frame_printers_par, text='Advanced Options', font=('sansseriv', 12)).grid(row=nR(), column=3, columnspan=2, sticky="w")
# addEntry(frame_printers_par, 'First active nozzle', 'nozzle', printerDict['pmid'], nR(), 3, valcmd=valint)
addOption(frame_printers_par, 'Dot quality', printerDict['d'], dotNames, nR(), 3)
addOption(frame_printers_par, 'Mod Unit', printerDict['m'], modUnits, nR(), 3, valcmd=valint)
addOption(frame_printers_par, 'Print Method ID', printerDict['pmid'], pmidNames, nR(), 3)
updatePrinterParameters()
# =============================
# CONTROL FRAME
# =============================
current_dir = os.path.dirname(os.path.realpath(__file__))
save_dir_var = tk.StringVar()
save_dir_var.set(current_dir+'/output')
lpname_var = tk.StringVar()
lpname_var.set("Epson-Stylus-SX235")
ParseOpt = [("None", "None"), ("Desc", "v"), ("Decomp", "V"), ("Hex", "ghex")]
ParseOpt_var = tk.StringVar()
ParseOpt_var.set("None")
def get_values(event=None):
global x, y, dx, dy, rdx, n, m, size, fan, rep, stretch
global pmgmt, vert, hor, mm, nozzles, d, pmid, umode
global black, black2, black3, yellow, magenta, cyan, color
global prnname, linux_name
x = patternDict['posx'][1].get()/2.54 if patternDict['posx'][0] else 5
y = patternDict['posy'][1].get()/2.54 if patternDict['posy'][0] else 3
dx = um_in(patternDict['dx'][1].get()) if patternDict['dx'][0] else um_in(250)
dy = patternDict['dy'][1].get() if patternDict['dy'][0] else 0
rdx = um_in(patternDict['rdx'][1].get()) if patternDict['rdx'][0] else um_in(5000)
n = patternDict['widthn'][1].get() if patternDict['widthn'][0] else 1
m = patternDict['heightm'][1].get() if patternDict['heightm'][0] else 1
size = drop_size.get() if patternDict['dropsize'][0] else 1
fan = patternDict['fan'][1].get() if patternDict['fan'][0] else 0
rep = patternDict['rep'][1].get() if patternDict['rep'][0] else 1
stretch = patternDict['stretch'][1].get() if patternDict['stretch'][0] else 0
pmgmt = printerDict['pmgmt'].get()
vert = printerDict['vert'].get()
hor = printerDict['hor'].get()
mm = printerDict['m'].get()
nozzles = printerDict['nozzles'].get()
d = dotOpt[printerDict['d'].get()]
pmid = pmidOpt[printerDict['pmid'].get()]
prnname = printerDict['prnfiles'].get()
linux_name = printerDict['linux-name'].get()
umode = unibimode.get()
if umode == 1:
umode = b'\x01'