Difference between revisions of "Type 4"

Function in the equation

Minimum value of function variable

Maximum value of function variable

To identify the axis

To align blocks w.r.t each other along axes with same tag

Axis title

Title shift in x-direction

Title shift in y-direction

Scale type. can be

• 'linear': linear scale
• 'log': logarithmic scale
• 'smart linear': linear scale with equal spacings
• 'smart log': logarithmic scale with equal spacings, can also have negative values
• 'manual point': Points and corresponding text positions are given manually in 'manual axis data'. No line is drawn.
• 'manual line': Ticks and corresponding text positions are given manually in 'manual axis data'. Line is drawn.

How many levels (minor, minor-minor, etc.) of ticks are drawn. Largest effect to 'linear' scale.

How many levels (minor, minor-minor, etc.) of texts are drawn. Largest effect to 'linear' scale.

Tick and text side in final paper. Can be:

• 'right'
• 'left'

If axis is treated as reference line that is a turning point.

Fraction of reference line over other lines

Manually set tick/point positions and text positions. Could be for example:

{1:'1',3.14:r'$\pi$',5:'5',7:'seven',10:'10'}

Title is drawn to center of line

Distance of centered title from line if centered title

Title in opposite direction w.r.t ticks

function to align different scalings

If axis is aligned with other axis, this value x offsets final scale

If axis is aligned with other axis, this value y offsets final scale

Format for numbers in scale.

List of dictionary of params to be drawn additionally.

where #=0,1,2,3 or 4. Distance of text from scale line. Number corresponds to the level, where 0 is the major tick and 4 is the most minor ticks.

where #=0,1,2,3 or 4. Length of the tick. Number corresponds to the level, where 0 is the major tick and 4 is the most minor ticks.

where #=0,1,2,3 or 4. Text size. For example: text.size.small, text.size.scriptsize or text.size.tiny . Number corresponds to the level, where 0 is the major tick and 4 is the most minor ticks.

where #=0,1 or 2. Text size. For example: text.size.small, text.size.scriptsize or text.size.tiny . Number corresponds to the level, where 0 is the major tick and 2 is the most minor ticks.

If true, text can be upside down, otherwise +- 90 degrees from horizontal. Good foor example for full circle scales.

Angle to rotate tick text from horizontal along tick.

Aligns tick text horizontally to center. Good when text rotated 90 degrees.

Side left or right is relative according to traveling of scale from min to max.

Used with arrow scale.

Used with arrow scale.

Used with arrow scale.

Color of axis.

Color of tick texts.

List of extra title dicts for scale. Could be i.e.

[{'dx':1.0,
 'dy':1.0,
 'text':'extra title 1',
 'width':5,
 'pyx_extra_defs':[color.rgb.red,text.size.Huge]
 },
 {'text':'extra title 2'}
]

Defines number with 'base_stop' (instead of u_min or u_max) to find major tick decades.

Defines number with 'base_start' (instead of u_min or u_max) to find major tick decades.

This is type 4 block

Block width (to be scaled)

Block height (to be scaled)

Axis params for function f1

Axis params for function f2

Axis params for function f3

Axis params for function f4

If x-axis is mirrored

If y-axis is mirrored

If given 'F1 or F2', then scaling is according to them, otherwise according to F3 and F4.

how much axis extend w.r.t. width/height

Color of reference line

List of list of isopleth values. Unknown values are given with strings, e.g. 'x'. An example:

'isopleth_values':[[0.8,'x',0.7,0.5],[0.7,0.8,'x',0.3]]

filename of generated pdf

Height of paper (roughly, ticks and texts extend this)

Width of paper (roughly, ticks and texts extend this)

List of blocks that make the nomograph

List of transformations to transform nomograph

Title string of nomograph

Title x-position

Title y-position

Title box width

Title color

If True, draws grid to help position texts, etc.

If True, draws (brute-force) lines according to 'line_params'

OBSOLETE, USE ISOPLETHS. List of dics of (brute-force) lines. For example:

[{'coords':[[0,0,1,1],[2,2,3,3]],
 'line_style':[color.cmyk.Black,
               style.linewidth.thick,
               style.linestyle.dashed],
 'circle_size':0.0005,
 'circle_color':color.cmyk.Black,
}]

PyX function(canvas) to draw under nomograph. Function definitin could be:

def post(c):
    c.stroke(path.line(2, 2, 15, 2) +
         path.line(15, 2, 10, 15) +
         path.line(15, 15, 2, 15) +
         path.line(2, 15, 2, 2))

PyX function(canvas) to draw over nomograph. Definiton same as for 'pre_func'.

If True, prints dicts of definions. Feature in PyNomo 0.2.1: not all default values are printed.

List of dicts defining extra texts. Could be for example:

[{'x':1.0,
  'y':1.0,
  'text':'testing',
  'width':5,
  'pyx_extra_defs':[color.rgb.red,text.size.Huge]
 },
 {'x':1.0,
  'y':2.0,
  'text':'testing',
  'width':5,
  'pyx_extra_defs':[color.rgb.green]
 },
 {'x':1.0,
  'y':3.0,
  'text':r"line \par break",
  'width':5,
  'pyx_extra_defs':[color.rgb.blue,text.size.tiny]
 }]

List of dicts defining isopleths. Could be for example:

[{'color':'MidnightBlue',
  'linewidth':'THICK',
  'linestyle':'dashdotted',
  'transparency':0.2},
  {'color':'Orange',
   'linewidth':'THIN',
   'linestyle':'dashdotted',
   'transparency':0.9}]