from gram import Gram
gr = Gram()
gr.baseName = 'rotatedText'
gr.showTextBB = True
gr.showTextAnchor = True
g = gr.text("short", 1,2)
g.rotate = 30
g.draw = 'blue'
g.lineThickness = 'thick'
g = gr.grid(0,0, 3, 3)
g = gr.text("Another bit of text.", 2,3)
g.anchor = 'south west'
g.rotate = -120
g.draw = 'cyan'
gr.pdf()
#gr.svg()
from gram import Gram
gr = Gram()
gr.baseName = 'line'
gr.font = 'Helvetica'
gr.grid(0,0,4,4)
g = gr.line(1,1,2,3)
g.colour = 'black!20'
g.colour.transparent = True
g.lineThickness = 28. # pts
g = gr.line(3, 3.5, 2, 1)
g.lineThickness = 'semithick'
g.lineStyle = 'dashed'
# A default, un-modified line
gr.line(1, 3, 1.5, 0.5)
g = gr.line(3.5, 1, 3.5, 2)
g.lineThickness = 10
g.cap = 'rect' # default butt
g = gr.text('some lines', 3,3)
g.anchor = 'north west'
g.textSize = 'normalsize'
gr.png()
gr.svg()
from gram import Gram, GramCoord, GramGrid, GramText
gr = Gram()
gr.baseName = 'anchors'
gr.font = 'helvetica'
gr.defaultInnerSep = 0.1
g = GramGrid(0, 1, 8, 7)
gr.graphics.append(g)
## _goodAnchors = ['west', 'north west', 'north', 'north east', 'east',
## 'base', 'base west', 'base east',
## 'south west', 'south', 'south east',
## #'mid', 'mid west', 'mid east',
## 'center'] # center seems to be the default
nnDict = {}
nn = []
for i in range(3):
for j in range(4):
indx = (i * 4) + j
refPt = gr.goodAnchors[indx]
print indx, refPt
n = GramCoord((2 * j) + 1, (2 * i) + 1, refPt)
nnDict[refPt] = n
nn.append(n)
gr.graphics.append(n)
myStr = 'Xxy'
theTextSize = 'normalsize'
for i in range(12):
anch = gr.goodAnchors[i]
Gnat & per gram & 13.65 \\
& each & 0.01 \\
Gnu & stuffed & 92.50 \\
Emu & stuffed & 33.33 \\
Armadillo & frozen & 8.99 \\ \addlinespace
Total & & 56.23 \\ \bottomrule
\end{tabular}
\end{center}
\end{minipage}
"""
t5 = r"""\includegraphics[scale = 0.25, angle=32]
{../../frownie_tongue.png}"""
from gram import Gram
gr = Gram()
gr.font = "palatino"
gr.latexUsePackages.append('mdwlist')
gr.latexUsePackages.append('booktabs')
gr.latexUsePackages.append('graphicx')
bNames = ['t1', 't2', 't3', 't3x', 't4', 't5']
tt = [t1, t2, t3, t3x, t4, t5]
for dNum in range(6):
gr.graphics = []
gr.baseName = bNames[dNum]
gr.text(tt[dNum], 0, 0)
print "about to do %s" % tt[dNum]
gr.png()
from gram import Gram gr = Gram() gr.font = 'helvetica' gr.baseName = 'size' gr.pngResolution = 90 gr.svgPxForCm = 35.43307 gr.grid(0, 0, 1, 1, color='black') gr.png() gr.svg() gr.baseName = 'sizeB' gr.pngResolution = 200 gr.svgPxForCm = 100 gr.png() gr.svg()
from gram import TreeGram,TreeGramRadial,Gram
read("((A,B)ab,C,(D,E)de)m;")
t = var.trees[0]
t.node(1).br.uName = 'X'
t.node(5).br.uName = 'Y'
tg = TreeGram(t, scale=7.)
print "a", tg.internalNodeLabelSize
tg.baseName = 'twoTreesII'
t = t.dupe()
tgB = TreeGramRadial(t, scale=8.,
slopedBrLabels=True,
rotate=90)
print "b", tg.internalNodeLabelSize
tgB.tree.root.label.yShift = 0.1
tgB.gX = 4.8
tgB.gY = -1.5
gr = Gram()
g = gr.text(r'$\Longleftrightarrow$', 0, 0) # LaTeX symbol
gr.text('equivalence', 0, 0.5)
gr.gX = 3.5
gr.gY = 1.0
tg.grams.append(tgB)
tg.grams.append(gr)
tg.png()
g.rawText = '⇔' # unicode symbol
tg.svg()
from gram import Gram
myText = r"""This is some\\ multi-line text that
does not work so well.\\ With $\alpha$ unusual $\beta$ characters."""
if 0: # This works
gr = Gram()
gr.baseName = 'minipage'
stuff = r"\begin{minipage}{12cm}%s\end{minipage}" % myText
g = gr.text(stuff, 1,2)
g.anchor = 'south west'
gr.pdflatexOutputGoesToDevNull = False
gr.pdf()
if 0: # This does not work
gr = Gram()
gr.baseName = 'varwidth'
stuff = r"\begin{varwidth}{12cm}%s\end{varwidth}" % myText
g = gr.text(stuff, 1,2)
g.anchor = 'south west'
gr.latexUsePackages.append("varwidth")
gr.pdflatexOutputGoesToDevNull = False
gr.pdf()
if 0: # This does not work
gr = Gram()
gr.baseName = 'pbox'
stuff = r"\pbox{12cm}{%s}" % myText
g = gr.text(stuff, 1,2)
g.anchor = 'south west'
gr.latexUsePackages.append("pbox")
gr.pdflatexOutputGoesToDevNull = False
from gram import Gram
tt = "xxx xxX xXy xyy".split()
xx = [i for i in range(1,5)]
gr = Gram()
gr.baseName = 'textVerticalAlignment'
gr.grid(0,0,5,5)
for i in range(4):
gr.code(r"\node [anchor=west] at (%.1f,4.0) {%s};" % (xx[i], tt[i]))
g = gr.text(tt[i],xx[i],3)
g.anchor = 'west'
gr.code(r"\node [anchor=west,draw] at (%.1f,2.0) {%s};" % (xx[i], tt[i]))
g = gr.text(tt[i],xx[i],1)
g.anchor = 'west'
g.draw = True
gr.png()
# gr.svg() tikz code does not work here
from gram import Gram
gr = Gram()
gr.baseName = 'wrapped'
gr.font = 'palatino'
myText = r"""This is a bit of text, with a
\texttt{textWidth}, to show wrapping. You
can also set the \texttt{textJustification},
although this one does not, and so uses the
default \texttt{ragged} justification."""
g = gr.text(myText, 1, 2.5)
g.textWidth = 4.0
gr.text(r'''This text is not wrapped, as
it has no \texttt{textWidth}''', 0, 0)
gr.png()
from gram import Gram
gr1 = Gram()
gr1.font = 'helvetica'
gr1.baseName = 'gramInGram'
gr1.text("Embedding gram", 0, 0)
gr2 = Gram()
g = gr2.text("Embedded gram", 0, 0)
gr2.gX = 0.3
gr2.gY = 0.5
gr1.grams.append(gr2)
gr1.pdf()
gr1.svg()
from gram import Gram,GramCode
gr = Gram()
gr.svgPxForCm = 100
gr.baseName = 'rawcode'
gr.grid(0,0,3,3)
gr.code("% some tikz code")
gr.code(r"""\draw [->] (1,1) .. controls
(1.5,3) and (2,0) .. (2.5,2);""")
gr.code(r"""\draw [thick, gray, ->] (0,2)
parabola bend (0.5, 1) (1, 2.5);""")
gr.png()
# Wipe out the tikz code
toRemove = [g for g in gr.graphics if isinstance(g, GramCode)]
for g in toRemove:
gr.graphics.remove(g)
gr.code(r'<path d="M100 -100 C 150 -300 200 0 250 -200" stroke="black" fill="none" />')
gr.code(r'<path d="M 0 -200 Q 50 20 100 -250" stroke="grey" stroke-width="4px" fill="none" />')
gr.svg()
from gram import Gram
gr = Gram()
gr.baseName = 'rotatedText'
gr.showTextBB = True
gr.showTextAnchor = True
g = gr.text("short", 1,2)
g.rotate = 30
g.draw = 'blue'
g.lineThickness = 'thick'
g = gr.grid(0,0, 3, 3)
g = gr.text("Another bit of text.", 2,3)
g.anchor = 'south west'
g.rotate = -120
g.draw = 'cyan'
gr.pdf()
gr.svg()
from gram import Gram
tt = "xxx xxX xXy xyy".split()
xx = [i for i in range(1, 5)]
gr = Gram()
gr.baseName = 'textVerticalAlignment'
gr.grid(0, 0, 5, 5)
for i in range(4):
gr.code(r"\node [anchor=west] at (%.1f,4.0) {%s};" % (xx[i], tt[i]))
g = gr.text(tt[i], xx[i], 3)
g.anchor = 'west'
gr.code(r"\node [anchor=west,draw] at (%.1f,2.0) {%s};" % (xx[i], tt[i]))
g = gr.text(tt[i], xx[i], 1)
g.anchor = 'west'
g.draw = True
gr.png()
# gr.svg() tikz code does not work here
from gram import Gram
gr = Gram()
gr.baseName = 'fontWeight'
gr.font = 'helvetica'
gr.grid(-2, -1, 2, 1)
myText = "This is some text"
#gr.text("This is a PNG", 0,0)
gr.text(myText, 0, 0)
gr.png()
gr.graphics.pop()
gr.text(myText, 0, 0)
#gr.text("This is SVG, weight 300", 0, 0)
gr.svgTextNormalWeight = 300
gr.baseName = 'fontWeight300'
gr.svg()
gr.graphics.pop()
gr.text(myText, 0, 0)
#gr.text("This is SVG, weight 400", 0, 0)
gr.svgTextNormalWeight = 400
gr.baseName = 'fontWeight400'
gr.svg()
from gram import Gram
gr = Gram()
gr.baseName = 'fontWeight'
gr.font = 'helvetica'
gr.grid(-2,-1, 2, 1)
myText = "This is some text"
#gr.text("This is a PNG", 0,0)
g = gr.text(myText, 0,0)
g.dump()
gr.png()
gr.graphics.pop()
g = gr.text(myText, 0, 0)
g.anchor = 'center'
g.dump()
#gr.text("This is SVG, weight 300", 0, 0)
gr.svgTextNormalWeight = 300
gr.baseName = 'fontWeight300'
gr.svg()
# gr.graphics.pop()
# gr.text(myText, 0, 0)
# #gr.text("This is SVG, weight 400", 0, 0)
# gr.svgTextNormalWeight = 400
# gr.baseName = 'fontWeight400'
# gr.svg()
from gram import Gram
gr = Gram()
# gr.defaultInnerSep = 0.0
gr.grid(0, -1, 4, 2)
gr.font = 'palatino'
gr.baseName = 'bunnies'
# Define a couple of styles
from gram import GramText
st = GramText('Xy')
st.name = 'bunny1'
st.textShape = 'scshape'
st.color = 'violet'
gr.styleDict[st.name] = st
st = GramText('Xy')
st.name = 'bunny2'
st.rotate = 45
st.color = 'darkgray'
st.textSize = 'small'
st.draw = True
#st.shape='circle'
gr.styleDict[st.name] = st
g = gr.text("Flopsy", 1, 1.2)
g.style = 'bunny1'
g = gr.text("Mopsy", 3, 1.2)
g.style = 'bunny1'
g = gr.text("Cottontail", 1, 0)
from gram import Gram
gr = Gram()
gr.font = 'helvetica'
gr.baseName = 'big'
ox = 35
oy = 20
x = ox + 10
y = oy + 55
gr.grid(ox,oy,x,y)
g = gr.text("Bottom left", ox,oy)
g.anchor = 'south west'
g = gr.text("Top right", x, y)
g.anchor = 'north east'
gr.pdf()
gr.svg()
from gram import Gram
gr1 = Gram()
gr1.font = 'helvetica'
gr1.baseName = 'gramInGram'
gr1.text("Embedding gram", 0,0)
gr2 = Gram()
g = gr2.text("Embedded gram",0,0)
gr2.gX = 0.3
gr2.gY = 0.5
gr1.grams.append(gr2)
gr1.pdf()
gr1.svg()
from gram import Gram,GramCoord,GramText
gr = Gram()
gr.font = 'times'
gr.baseName = 'style'
g = GramText('xXy')
g.cA = GramCoord()
g.textSize = 'Huge'
g.textShape = 'itshape'
g.color = 'green'
g.rotate = '30'
g.name = 'st1'
g.anchor = 'north west'
gr.styleDict[g.name] = g
g = GramText('xXy')
g.cA = GramCoord()
g.textSize = 'footnotesize'
g.textFamily = 'sffamily'
g.color = 'blue'
g.draw = 'violet'
g.name = 'st2'
g.anchor = 'center'
gr.styleDict[g.name] = g
for i in range(5):
g = gr.text("Howdy!", 1, i)
g.style = 'st1'
g = gr.styleDict['st2']
g.draw = 'orange'
from gram import Gram
gr = Gram()
gr.baseName = 'helloWorld'
gr.text("Hello World!", 0, 0)
gr.png()
gr.svg()
from gram import Gram
gr = Gram()
gr.font = 'palatino'
gr.baseName = 'little'
g = gr.text("A bit of text.", 1, 0)
g.draw = True
g = gr.text(r"$\sum \alpha\beta$", 2.5, 0)
g.anchor = 'west'
g = gr.text("0123456789", 3.5, 0)
g.anchor = 'west'
gr.png()
gr = Gram()
gr.font = 'palatino'
gr.baseName = 'little'
g = gr.text("A bit of text.", 1, 0)
g.draw = True
g = gr.text(
'∑<tspan style="font-style: italic;">αβ</tspan>', 2.5,
0)
g.anchor = 'west'
g = gr.text("0123456789", 3.5, 0)
g.anchor = 'west'
gr.svg()
from gram import Gram
gr = Gram()
gr.baseName = 'line'
gr.font = 'Helvetica'
gr.grid(0, 0, 4, 4)
g = gr.line(1, 1, 2, 3)
g.colour = 'black!20'
g.lineThickness = 28. # pts
g = gr.line(3, 3.5, 2, 1)
g.lineThickness = 'semithick'
g.lineStyle = 'dashed'
# A default, un-modified line
gr.line(1, 3, 1.5, 0.5)
g = gr.line(3.5, 1, 3.5, 2)
g.lineThickness = 10
g.cap = 'rect' # default butt
g = gr.text('some lines', 3, 3)
g.anchor = 'north west'
g.textSize = 'normalsize'
gr.png()
gr.svg()
from gram import Gram
gr = Gram()
gr.font = 'helvetica'
gr.baseName = 'rect'
gr.grid(2, 2, 6, 5)
g = gr.rect(2, 3, 5, 4)
g.lineThickness = 5
g.color = 'teal'
g.fill = 'cyan!10'
g = gr.text("xXy", 4, 5)
g.textSize = 'Large'
gr.pdf()
gr.svg()
from gram import Gram
gr = Gram()
gr.baseName = 'colour'
gr.grid(0,0,6,4)
g = gr.rect(2.6, 2.6, 3.4, 3.4)
g.fill = "red!30"
g.draw = "blue!50"
g.lineThickness = 5
g = gr.rect(2.6, 1.6, 3.4, 2.4)
g.fill = "red!30"
g.draw = None
g = gr.rect(2.6, 0.6, 3.4, 1.4)
g.fill = None
g.draw = "blue!50"
g.lineThickness = 5
g = gr.text("default, transparent", 3.0, 3.75)
g.textSize = 'tiny'
g.fill = 'white'
g = gr.rect(4.6, 2.6, 5.4, 3.4)
g.fill = "red!30"
g.fill.transparent = False
g.draw = "blue!50"
g.draw.transparent = False
g.lineThickness = 5
g = gr.rect(4.6, 1.6, 5.4, 2.4)
from gram import Gram
myText = r"""This is some\\ multi-line text that
does not work so well.\\ With $\alpha$ unusual $\beta$ characters."""
if 1: # This works
gr = Gram()
gr.baseName = 'minipage'
stuff = r"\begin{minipage}{12cm}%s\end{minipage}" % myText
g = gr.text(stuff, 1, 2)
g.anchor = 'south west'
gr.pdflatexOutputGoesToDevNull = False
gr.pdf()
if 0: # This does not work
gr = Gram()
gr.baseName = 'varwidth'
stuff = r"\begin{varwidth}{12cm}%s\end{varwidth}" % myText
g = gr.text(stuff, 1, 2)
g.anchor = 'south west'
gr.latexUsePackages.append("varwidth")
gr.pdflatexOutputGoesToDevNull = False
gr.pdf()
if 0: # This does not work
gr = Gram()
gr.baseName = 'pbox'
stuff = r"\pbox{12cm}{%s}" % myText
g = gr.text(stuff, 1, 2)
g.anchor = 'south west'
gr.latexUsePackages.append("pbox")
gr.pdflatexOutputGoesToDevNull = False
from gram import Gram, GramCode
gr = Gram()
gr.svgPxForCm = 100
gr.baseName = 'code'
gr.grid(0, 0, 3, 3)
gr.code("% some tikz code")
gr.code(r"""\draw [->] (1,1) .. controls
(1.5,3) and (2,0) .. (2.5,2);""")
gr.code(r"""\draw [thick, gray, ->] (0,2)
parabola bend (0.5, 1) (1, 2.5);""")
gr.png()
# Wipe out the tikz code
toRemove = [g for g in gr.graphics if isinstance(g, GramCode)]
for g in toRemove:
gr.graphics.remove(g)
gr.code(
r'<path d="M100 -100 C 150 -300 200 0 250 -200" stroke="black" fill="none" />'
)
gr.code(
r'<path d="M 0 -200 Q 50 20 100 -250" stroke="grey" stroke-width="4px" fill="none" />'
)
gr.svg()
Gnat & per gram & 13.65 \\
& each & 0.01 \\
Gnu & stuffed & 92.50 \\
Emu & stuffed & 33.33 \\
Armadillo & frozen & 8.99 \\ \addlinespace
Total & & 56.23 \\ \bottomrule
\end{tabular}
\end{center}
\end{minipage}
"""
t5 = r"""\includegraphics[scale = 0.25, angle=32]
{../../frownie_tongue.png}"""
from gram import Gram
gr = Gram()
gr.font = "palatino"
gr.latexUsePackages.append('mdwlist')
gr.latexUsePackages.append('booktabs')
gr.latexUsePackages.append('graphicx')
gr.showTextAnchor=True
gr.showTextBB=True
bNames = ['t1', 't2', 't3', 't3x', 't4', 't5']
tt = [t1, t2, t3, t3x, t4, t5]
for dNum in range(6):
gr.graphics = []
gr.baseName = bNames[dNum]
gr.text(tt[dNum],0,0)
print("about to do %s" % tt[dNum])
from gram import Gram
gr = Gram()
gr.font = 'helvetica'
gr.baseName = 'rect'
gr.grid(2,2,6,5)
g = gr.rect(2,3,5,4)
g.lineThickness = 5
g.color = 'teal'
g.fill = 'cyan!10'
g = gr.text("xXy", 4,5)
g.textSize = 'Large'
gr.pdf()
gr.svg()
from __future__ import print_function
from gram import Gram,GramCoord,GramGrid,GramText
Gram.pdflatexOutputGoesToDevNull = True
gr = Gram()
gr.pdfViewer = 'open'
gr.baseName = 'anchors'
gr.font = 'helvetica'
gr.defaultInnerSep = 0.1
g = GramGrid(0, 1, 8, 7)
gr.graphics.append(g)
## _goodAnchors = ['west', 'north west', 'north', 'north east', 'east',
## 'base', 'base west', 'base east',
## 'south west', 'south', 'south east',
## #'mid', 'mid west', 'mid east',
## 'center'] # center seems to be the default
nnDict = {}
nn = []
for i in range(3):
for j in range(4):
indx = (i * 4) + j
refPt = gr.goodAnchors[indx]
print(indx, refPt)
n = GramCoord((2 * j) + 1,
(2 * i) + 1,
refPt)
nnDict[refPt] = n
nn.append(n)
from gram import Gram
gr = Gram()
gr.baseName = 'wrapped'
gr.font = 'palatino'
myText = r"""This is a bit of text, with a
\texttt{textWidth}, to show wrapping. You
can also set the \texttt{textJustification},
although this one does not, and so uses the
default \texttt{ragged} justification."""
g = gr.text(myText, 1,2.5)
g.textWidth = 4.0
gr.text(r'''This text is not wrapped, as
it has no \texttt{textWidth}''', 0,0)
gr.png()