def changing_text_height_absolute(msp, location):
attribs = dict(ATTRIBS)
attribs["width"] = 40.0 # need mor space to avoid text wrapping
editor = MTextEditor(
"changing text height absolute: default height is 0.7" + NP)
# doubling the default height = 1.4
editor.height(1.4)
editor.append("text height: 1.4" + NP)
editor.height(3.5).append("text height: 3.5" + NP)
editor.height(0.7).append("back to default height: 0.7" + NP)
msp.add_mtext(str(editor), attribs).set_location(insert=location)
def changing_text_height_absolute(msp, location):
attribs = dict(ATTRIBS)
attribs["width"] = 40.0 # need mor space to avoid text wrapping
editor = MTextEditor(
"changing text height absolute: default height is 0.7" + NP)
# this is the default text height in the beginning:
# The text height can only be changed by a factor:
editor.height(1.4) # scale by 2 = 1.4
editor.append("text height: 1.4" + NP)
editor.height(3.5).append("text height: 3.5" + NP)
editor.height(0.7).append("back to default height: 0.7" + NP)
msp.add_mtext(str(editor), attribs).set_location(insert=location)
def using_colors(msp, location):
attribs = dict(ATTRIBS)
attribs["width"] = 10.0
editor = MTextEditor("using colors:" + NP)
# Change colors by name: red, green, blue, yellow, cyan, magenta, white
editor.color("red").append("RED" + NP)
# The color stays the same until changed
editor.append("also RED" + NP)
# Change color by ACI (AutoCAD Color Index)
editor.aci(3).append("GREEN" + NP)
# Change color by RGB tuples
editor.rgb((0, 0, 255)).append("BLUE" + NP)
msp.add_mtext(str(editor), attribs).set_location(insert=location)
def test_change_color_name():
m = MTextEditor()
m.color("red")
assert str(m) == r"\C1;"
m.clear()
m.aci(0)
assert str(m) == r"\C0;"
def test_bullet_lists():
result = MTextEditor().bullet_list(
indent=4, # left indentation of the list items
bullets=["-", "+"], # bullets - mark in front of the list item
content=["first", "second"], # list items
)
assert str(result) == r"{\pxi-3,l4,t4;-^Ifirst\P+^Isecond\P}"
def recreate_mtext_py_example(msp, location):
# replicate example "mtext.py":
attribs = dict(ATTRIBS)
attribs["width"] = 15.0
editor = MTextEditor(f"recreate mtext.py result:{NP}normal ").overline(
"over line").append(" normal" + NP + "normal ").strike_through(
"strike through").append(" normal" + NP).underline(
"under line").append(" normal")
msp.add_mtext(str(editor), attribs).set_location(insert=location)
def numbered_list(msp, location):
attribs = dict(ATTRIBS)
attribs["char_height"] = 0.25
attribs["width"] = 7.5
# There are no special commands to build numbered list, the list is build of
# indentation and a tabulator stop. There is no automatic numbering,
# but therefore the absolute freedom for using any string as list marker:
editor = MTextEditor("Numbered List:" + NP)
editor.bullet_list(indent=1,
bullets=["1.", "2.", "3."],
content=[
"First item",
"Second item",
" ".join(lorem_ipsum(30)),
])
# Indentation and tab stops are multiples of the default text height (MTEXT
# char_height)!
msp.add_mtext(str(editor), attribs).set_location(insert=location)
def bullet_list(msp, location):
attribs = dict(ATTRIBS)
attribs["char_height"] = 0.25
attribs["width"] = 7.5
# There are no special commands to build bullet list, the list is build of
# indentation and a tabulator stop. Each list item needs a marker as an
# arbitrary string.
bullet = "•" # alt + numpad 7
editor = MTextEditor("Bullet List:" + NP)
editor.bullet_list(
indent=1,
bullets=[bullet] * 3, # each list item needs a marker
content=[
"First item",
"Second item",
" ".join(lorem_ipsum(30)),
])
msp.add_mtext(str(editor), attribs).set_location(insert=location)
def changing_text_height_relative(msp, location):
attribs = dict(ATTRIBS)
attribs["width"] = 40.0 # need mor space to avoid text wrapping
editor = MTextEditor(
"changing text height relative: default height is 0.7" + NP)
# this is the default text height in the beginning:
current_height = attribs["char_height"]
# The text height can only be changed by a factor:
editor.scale_height(2) # scale by 2 = 1.4
# keep track of the actual height:
current_height *= 2
editor.append("text height: 1.4" + NP)
# to set an absolute height, calculate the required factor:
desired_height = 3.5
factor = desired_height / current_height
editor.scale_height(factor).append("text height: 3.5" + NP)
current_height = desired_height
# and back to 0.7
editor.scale_height(
0.7 / current_height).append("back to default height: 0.7" + NP)
msp.add_mtext(str(editor), attribs).set_location(insert=location)
def indent_first_line(msp, location):
# Indentation is a multiple of the default text height (MTEXT char_height)
attribs = dict(ATTRIBS)
attribs["char_height"] = 0.25
attribs["width"] = 7.5
editor = MTextEditor("Indent the first line:" + NP)
props = ParagraphProperties(
indent=1, # indent first line = 1x0.25 drawing units
align=MTextParagraphAlignment.JUSTIFIED)
editor.paragraph(props)
editor.append(" ".join(lorem_ipsum(100)))
msp.add_mtext(str(editor), attribs).set_location(insert=location)
def indent_except_fist_line(msp, location):
# Indentation is a multiple of the default text height (MTEXT char_height)
attribs = dict(ATTRIBS)
attribs["char_height"] = 0.25
attribs["width"] = 7.5
editor = MTextEditor("Indent left paragraph side:" + NP)
indent = 0.7 # 0.7 * 0.25 = 0.175 drawing units
props = ParagraphProperties(
# first line indentation is relative to "left", this reverses the
# left indentation:
indent=-indent, # first line
# indent left paragraph side:
left=indent,
align=MTextParagraphAlignment.JUSTIFIED)
editor.paragraph(props)
editor.append(" ".join(lorem_ipsum(100)))
msp.add_mtext(str(editor), attribs).set_location(insert=location)
def test_change_font():
m = MTextEditor()
m.font("Arial", bold=False, italic=False)
assert str(m) == r"\fArial|b0|i0;"
def test_change_to_blue_by_rgb():
m = MTextEditor().rgb((0, 0, 255))
assert str(m) == r"\c16711680;"
def test_append_text():
m = MTextEditor()
m.append("TEXT")
assert str(m) == "TEXT"
def test_change_to_green_by_rgb():
m = MTextEditor().rgb((0, 255, 0))
assert str(m) == r"\c65280;"
def test_change_to_red_by_rgb():
m = MTextEditor().rgb((255, 0, 0))
assert str(m) == r"\c255;"
def test_aci_color_raises_value_error(aci):
with pytest.raises(ValueError):
MTextEditor().aci(aci)
def test_change_aci_color():
m = MTextEditor()
m.aci(0).aci(256)
assert str(m) == r"\C0;\C256;"
def test_underline_text():
assert str(MTextEditor().underline("TEXT")) == r"\LTEXT\l"
def test_invalid_divider_char_raises_value_error():
m = MTextEditor()
pytest.raises(ValueError, m.stack, "1", "2", "x")
def test_stacked_text_with_slanted_divider_line():
m = MTextEditor().stack("1", "2", "#")
assert str(m) == r"\S1#2;" # no space after "#" required
def test_change_width_factor():
assert str(MTextEditor().width_factor(2)) == r"\W2;"
assert str(MTextEditor().width_factor(1.6666)) == r"\W1.667;"
def test_scale_height_factor():
assert str(MTextEditor().scale_height(2)) == r"\H2x;"
assert str(MTextEditor().scale_height(1.6666)) == r"\H1.667x;"
def test_iadd_text():
m = MTextEditor()
m += "TEXT"
assert str(m) == "TEXT"
def test_strike_through_text():
assert str(MTextEditor().strike_through("TEXT")) == r"\KTEXT\k"
def test_overline_text():
assert str(MTextEditor().overline("TEXT")) == r"\OTEXT\o"
def test_absolute_text_height():
assert str(MTextEditor().height(2)) == r"\H2;"
assert str(MTextEditor().height(1.6666)) == r"\H1.667;"
def test_stacked_text_limits_style():
m = MTextEditor().stack("1", "2")
assert str(m) == r"\S1^ 2;"
def test_change_char_tracking_factor():
assert str(MTextEditor().char_tracking_factor(2)) == r"\T2;"
assert str(MTextEditor().char_tracking_factor(1.6666)) == r"\T1.667;"
def test_stacked_text_with_horizontal_divider_line():
m = MTextEditor().stack("1", "2", "/")
assert str(m) == r"\S1/2;" # no space after "/" required
