better invis checks
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@ -62,8 +62,9 @@
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</param>
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<param name="max_cutting_speed" type="float" min="1.000" max="9999.000" precision="2" gui-text="Max. cutting speed (mm/s)">120.0</param>
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<param name="max_travel_speed" type="float" min="1.000" max="9999.000" precision="2" gui-text="Max. travel speed (mm/s)">450.0</param>
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<param name="job_time_offset" type="float" min="0.000" max="9999.000" precision="2" gui-text="Job time offset" gui-description="The laser is not starting immediately. It has some delay.">2</param>
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<param name="job_time_offset" type="float" min="0.000" max="9999.000" precision="2" gui-text="Job time offset (s)" gui-description="The laser is not starting immediately. It has some delay.">0.0</param>
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<param name="price_per_minute_gross" type="float" min="0.0" max="9999.0" precision="2" gui-text="Price/minute € (gross)">2.0</param>
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<param name="round_times" type="bool" gui-text="Round up to 30/60 seconds" gui-description="For pricing">true</param>
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<param name="vector_grid_xy" type="float" min="0.0" max="9999.0" precision="2" gui-text="Vector grid (mm)">12.0</param>
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</page>
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<page name="tab_about" gui-text="About">
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@ -7,7 +7,6 @@ import re
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import math
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from math import log
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import datetime
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from email.policy import default
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class LaserCheck(inkex.EffectExtension):
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@ -17,12 +16,11 @@ class LaserCheck(inkex.EffectExtension):
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- inx:
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- set speed manually or pick machine (epilog) - travel and cut speed are prefilled then
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- calculate cut estimation with linear or non-linear (epilog) speeds > select formula or like this
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- select time estimation for specific speed percentage for for all speeds (100,90, ...)
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- select time estimation for specific speed percentage or for all speeds (100,90, ...)
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- select material (parameters -> how to???)
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- select power of CO² source
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- add fields for additional costs like configuring the machine or grabbing parts out of the machine (weeding), etc.
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- add mode select: cut, engrave
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- add some extra seconds for start, stop, removing parts, attaching material, ...
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- Handlungsempfehlungen einbauen
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- verweisen auf diverse plugins, die man nutzen kann:
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- migrate ungrouper
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@ -66,9 +64,10 @@ class LaserCheck(inkex.EffectExtension):
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pars.add_argument('--machine_size', default="812x508")
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pars.add_argument('--max_cutting_speed', type=float, default=120.0)
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pars.add_argument('--max_travel_speed', type=float, default=450.0)
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pars.add_argument('--job_time_offset', type=float, default=2.0)
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pars.add_argument('--job_time_offset', type=float, default=0.0)
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pars.add_argument('--price_per_minute_gross', type=float, default=2.0)
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pars.add_argument('--vector_grid_xy', type=float, default=12.0) #TODO
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pars.add_argument('--round_times', type=inkex.Boolean, default=True)
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pars.add_argument('--show_issues_only', type=inkex.Boolean, default=False)
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pars.add_argument('--checks', default="check_all")
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@ -453,60 +452,158 @@ class LaserCheck(inkex.EffectExtension):
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invisibles = []
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for element in shapes:
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if element.tag not in (inkex.addNS('tspan','svg')) and element.get('inkscape:groupmode') != 'layer' and not isinstance(element, inkex.Group):
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strokeAttr = element.get('stroke') #same information could be in regular attribute instead nested in style attribute
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if strokeAttr is None or strokeAttr == "none":
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strokeVis = 0
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elif strokeAttr in ('#ffffff', 'white', 'rgb(255,255,255)'):
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strokeVis = 0
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else:
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strokeVis = 1
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stroke = element.style.get('stroke')
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if stroke is None or stroke == "none":
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if stroke is not None:
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if stroke == "none":
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strokeVis = 0
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elif stroke in ('#ffffff', 'white', 'rgb(255,255,255)'):
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strokeVis = 0
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else:
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strokeVis = 1
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stroke_width = element.style.get('stroke-width')
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if stroke_width is None or stroke_width == "none":
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strokeWidthAttr = element.get('stroke-width') #same information could be in regular attribute instead nested in style attribute
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if strokeWidthAttr == "none":
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widthVis = 0
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elif self.svg.unittouu(stroke_width) < 0.005: #really thin (0,005pc = 0,080px)
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elif strokeWidthAttr is not None and self.svg.unittouu(strokeWidthAttr) < 0.005: #really thin (0,005pc = 0,080px)
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widthVis = 0
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else:
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widthVis = 1
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stroke_width = element.style.get('stroke-width')
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if stroke_width is not None:
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if stroke_width == "none":
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widthVis = 0
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elif stroke_width is not None and self.svg.unittouu(stroke_width) < 0.005: #really thin (0,005pc = 0,080px)
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widthVis = 0
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else:
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widthVis = 1
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stroke_opacity = element.style.get('stroke-opacity')
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if stroke_opacity is None or stroke_opacity == "none":
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strokeOpacityAttr = element.get('stroke-opacity') #same information could be in regular attribute instead nested in style attribute
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if strokeOpacityAttr == "none":
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strokeOpacityVis = 0
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elif float(stroke_opacity) < 0.05: #nearly invisible (<5% opacity)
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elif strokeOpacityAttr is not None and self.svg.unittouu(strokeOpacityAttr) < 0.05: #nearly invisible (<5% opacity)
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strokeOpacityVis = 0
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else:
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strokeOpacityVis = 1
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stroke_opacity = element.style.get('stroke-opacity')
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if stroke_opacity is not None:
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if stroke_opacity == "none":
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strokeOpacityVis = 0
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elif stroke_opacity is not None and self.svg.unittouu(stroke_opacity) < 0.05: #nearly invisible (<5% opacity)
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strokeOpacityVis = 0
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else:
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strokeOpacityVis = 1
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if pagecolor == '#ffffff':
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invisColors = [pagecolor, 'white', 'rgb(255,255,255)']
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else:
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invisColors = [pagecolor] #we could add some parser to convert pagecolor to rgb/hsl/cmyk
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fillAttr = element.get('fill') #same information could be in regular attribute instead nested in style attribute
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if fillAttr is None or fillAttr == "none":
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fillVis = 0
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elif fill in invisColors:
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fillVis = 0
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else:
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fillVis = 1
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fill = element.style.get('fill')
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if fill is None or fill == "none":
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if fill is not None:
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if fill == "none":
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fillVis = 0
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elif fill in invisColors:
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fillVis = 0
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else:
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fillVis = 1
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fill_opacity = element.style.get('fill-opacity')
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if fill_opacity is None or fill_opacity == "none": #always is opaque if not set, so set to 1
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fillOpacityAttr = element.get('fill-opacity') #same information could be in regular attribute instead nested in style attribute
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if fillOpacityAttr == "none":
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fillOpacityVis = 0
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elif strokeOpacityAttr is not None and self.svg.unittouu(fillOpacityAttr) < 0.05: #nearly invisible (<5% opacity)
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fillOpacityVis = 0
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else:
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fillOpacityVis = 1
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elif float(fill_opacity) < 0.05: #nearly invisible (<5% opacity)
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fill_opacity = element.style.get('fill-opacity')
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if fill_opacity is not None:
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if fill_opacity == "none":
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fillOpacityVis = 0
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elif fill_opacity is not None and self.svg.unittouu(fill_opacity) < 0.05: #nearly invisible (<5% opacity)
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fillOpacityVis = 0
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else:
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fillOpacityVis = 1
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#inkex.utils.debug("id={}, strokeVis={}, widthVis={}, strokeOpacityVis={}, fillVis={}, fillOpacityVis={}".format(element.get('id'), strokeVis, widthVis, strokeOpacityVis, fillVis, fillOpacityVis))
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display = element.style.get('display')
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if display == "none":
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displayVis = 0
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else:
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displayVis = 1
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displayAttr = element.get('display') #same information could be in regular attribute instead nested in style attribute
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if displayAttr == "none":
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displayAttrVis = 0
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else:
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displayAttrVis = 1
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#check for svg:path elements which have consistent slope (straight lines) and no a defined fill and no stroke. such (poly)lines are still not visible
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pathVis = 1
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if element.tag == inkex.addNS('path','svg') and fillVis == 1 and strokeVis == 0:
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segments = element.path.to_arrays()
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chars = set('aAcCqQtTsS')
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if not any((c in chars) for c in str(element.path)): #skip beziers (we only check for polylines)
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slopes = []
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for i in range(0, len(segments)):
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if i > 0:
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x1, y1, x2, y2 = segments[i-1][1][0], segments[i-1][1][1], segments[i][1][0], segments[i][1][1]
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if x1 < x2:
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p0 = [x1, y1]
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p1 = [x2, y2]
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else:
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p0 = [x2, y2]
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p1 = [x1, y1]
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dx = p1[0] - p0[0]
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if dx == 0:
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slope = sys.float_info.max #vertical
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else:
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slope = (p1[1] - p0[1]) / dx
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slope = round(slope, 6)
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if slope not in slopes:
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slopes.append(slope)
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if len(slopes) < 2:
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pathVis = 0
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flags = "id={}, strokeVis={}, widthVis={}, strokeOpacityVis={} | fillVis={}, fillOpacityVis={} | displayVis={}, displayAttrVis = {} | pathVis = {}"\
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.format(element.get('id'), strokeVis, widthVis, strokeOpacityVis, fillVis, fillOpacityVis, displayVis, displayAttrVis, pathVis)
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if element.style is not None: #f if the style attribute is not set at all, the element will be visible with default black color fill and w/o stroke
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if (strokeVis == 0 or widthVis == 0 or strokeOpacityVis == 0) and (fillVis == 0 or fillOpacityVis == 0):
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if (strokeVis == 0 or widthVis == 0 or strokeOpacityVis == 0):
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strokeInvis = True
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else:
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strokeInvis = False
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if (fillVis == 0 or fillOpacityVis == 0):
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fillInvis = True
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else:
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fillInvis = False
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if strokeInvis is True and fillInvis is True:
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if element not in invisibles:
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invisibles.append(element)
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invisibles.append(flags)
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if displayVis == 0 or displayAttrVis == 0:
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if element not in invisibles:
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invisibles.append(flags)
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if pathVis == 0:
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if element not in invisibles:
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invisibles.append(flags)
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if so.show_issues_only is False:
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inkex.utils.debug("{} invisible shapes in total".format(len(invisibles)))
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for invisible in invisibles:
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inkex.utils.debug("id={}".format(invisible.get('id')))
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inkex.utils.debug(invisible)
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'''
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@ -639,8 +736,20 @@ class LaserCheck(inkex.EffectExtension):
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tsec_travel = self.svg.uutounit(str(totalTravelLength)) / v_travel
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tsec_total = so.job_time_offset + tsec_cut + tsec_travel
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minutes, seconds = divmod(tsec_total, 60) # split the seconds to minutes and seconds
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partial_minutes = round(seconds/60 * 2) / 2
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inkex.utils.debug("@{:03.0f}% (cut={:06.2f}mm/s | travel={:06.2f}mm/s) > {:03.0f}min {:02.0f}sec | cost={:02.0f}€".format(speedFactor, v_cut, v_travel, minutes, seconds, so.price_per_minute_gross * (minutes + partial_minutes)))
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seconds_for_price = seconds
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#round seconds up to 30 or 60
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if so.round_times is True:
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if seconds_for_price < 30:
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seconds_for_price = 30
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if seconds_for_price > 30 and seconds_for_price != 60:
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seconds_for_price = 60
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partial_minutes = round(seconds_for_price/60 * 2) / 2
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costs = so.price_per_minute_gross * (minutes + partial_minutes)
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if "{:02.0f}".format(seconds) == "60": #for formatting reasons
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seconds = 0
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minutes += 1
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inkex.utils.debug("@{:03.0f}% (cut={:06.2f}mm/s | travel={:06.2f}mm/s) > {:03.0f}min {:02.0f}sec | cost={:02.0f}€".format(speedFactor, v_cut, v_travel, minutes, seconds, costs))
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''' Measurements from Epilog Software Suite
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