def search_engine(query, top=5, service="google", license=None,
                  cache=os.path.join(DEFAULT_CACHE, "google")):
    """
    Return a color aggregate from colors and ranges parsed from the web.
    T. De Smedt, http://nodebox.net/code/index.php/Prism
    """
    # Check if we have cached information first.
    try:
        a = theme(query, cache=cache)
        return a
    except:
        pass

    if service == "google":
        from web import google
        search_engine = google
    if service == "yahoo":
        from web import yahoo
        search_engine = yahoo
        if license:
            yahoo.license_key = license

    # Sort all the primary hues (plus black and white) for q.
    sorted_colors = search_engine.sort(
        [h for h in primary_hues] + ["black", "white"],
        context=query, strict=True, cached=True
    )

    # Sort all the shades (bright, hard, ...) for q.
    sorted_shades = search_engine.sort(
        [str(s) for s in shades],
        context=query, strict=True, cached=True
    )

    # Reforms '"black death"' to 'black'.
    f = lambda x: x.strip("\"").split()[0]

    # Take the top most relevant hues.
    n2 = sum([w for h, w in sorted_colors[:top]])
    sorted_colors = [(color(f(h)), w / n2) for h, w in sorted_colors[:top]]

    # Take the three most relevant shades.
    n2 = sum([w for s, w in sorted_shades[:3]])
    sorted_shades = [(shade(f(s)), w / n2) for s, w in sorted_shades[:3]]

    a = theme(cache=cache)
    a.name = query
    for clr, w1 in sorted_colors:
        for rng, w2 in sorted_shades:
            a.add_range(rng, clr, w1 * w2)

    a._save()
    return a
def search_engine(query, top=5, service="google", license=None,
                  cache=os.path.join(DEFAULT_CACHE, "google")):
    """
    Return a color aggregate from colors and ranges parsed from the web.
    T. De Smedt, http://nodebox.net/code/index.php/Prism
    """
    # Check if we have cached information first.
    try:
        a = theme(query, cache=cache)
        return a
    except:
        pass

    if service == "google":
        from web import google
        search_engine = google
    if service == "yahoo":
        from web import yahoo
        search_engine = yahoo
        if license:
            yahoo.license_key = license

    # Sort all the primary hues (plus black and white) for q.
    sorted_colors = search_engine.sort(
        [h for h in primary_hues] + ["black", "white"],
        context=query, strict=True, cached=True
    )

    # Sort all the shades (bright, hard, ...) for q.
    sorted_shades = search_engine.sort(
        [str(s) for s in shades],
        context=query, strict=True, cached=True
    )

    # Reforms '"black death"' to 'black'.
    f = lambda x: x.strip("\"").split()[0]

    # Take the top most relevant hues.
    n2 = sum([w for h, w in sorted_colors[:top]])
    sorted_colors = [(color(f(h)), w / n2) for h, w in sorted_colors[:top]]

    # Take the three most relevant shades.
    n2 = sum([w for s, w in sorted_shades[:3]])
    sorted_shades = [(shade(f(s)), w / n2) for s, w in sorted_shades[:3]]

    a = theme(cache=cache)
    a.name = query
    for clr, w1 in sorted_colors:
        for rng, w2 in sorted_shades:
            a.add_range(rng, clr, w1 * w2)

    a._save()
    return a
def search_engine ( query , top = 5 , service = "google" , license = None , cache = os . path . join ( DEFAULT_CACHE , "google" ) ) : # Check if we have cached information first. try : a = theme ( query , cache = cache ) return a except : pass if service == "google" : from web import google search_engine = google if service == "yahoo" : from web import yahoo search_engine = yahoo if license : yahoo . license_key = license # Sort all the primary hues (plus black and white) for q. sorted_colors = search_engine . sort ( [ h for h in primary_hues ] + [ "black" , "white" ] , context = query , strict = True , cached = True ) # Sort all the shades (bright, hard, ...) for q. sorted_shades = search_engine . sort ( [ str ( s ) for s in shades ] , context = query , strict = True , cached = True ) # Reforms '"black death"' to 'black'. f = lambda x : x . strip ( "\"" ) . split ( ) [ 0 ] # Take the top most relevant hues. n2 = sum ( [ w for h , w in sorted_colors [ : top ] ] ) sorted_colors = [ ( color ( f ( h ) ) , w / n2 ) for h , w in sorted_colors [ : top ] ] # Take the three most relevant shades. n2 = sum ( [ w for s , w in sorted_shades [ : 3 ] ] ) sorted_shades = [ ( shade ( f ( s ) ) , w / n2 ) for s , w in sorted_shades [ : 3 ] ] a = theme ( cache = cache ) a . name = query for clr , w1 in sorted_colors : for rng , w2 in sorted_shades : a . add_range ( rng , clr , w1 * w2 ) a . _save ( ) return a
Return a color aggregate from colors and ranges parsed from the web.
    T. De Smedt, http://nodebox.net/code/index.php/Prism
Return a color aggregate from colors and ranges parsed from the web . T . De Smedt http : // nodebox . net / code / index . php / Prism