scientimate.plot2d#
scientimate.plot2d(x, y=None, plottype='line', cmapcolors='blue', sizestyle='medium')
Description#
Plot x and y data in 2-d plot
Inputs#
- x
x data as a 2-d array of (M,N)
- y=[]
y data as a 2-d array of (M,N)
- plottype=’line’
- Plot type‘line’: line plot‘line_grid’: line plot with grid lines‘line_ascend’: line plot with ascending line width‘line_ascend_grid’: line plot with ascending line width and grid lines‘line_confid’: line plot with 95% confidence intervals band (approximated)‘line_confid_grid’: line plot with 95% confidence intervals band (approximated) and grid lines‘scatter’: scatter plot‘scatter_grid’: scatter plot with grid lines‘scatter_ascend’: scatter plot with ascending point size‘scatter_ascend_grid’: scatter plot with grid lines and ascending point size‘bar’: bar plot‘bar_grid’: bar plot with grid lines‘bar_stacked’: stacked bar plot‘barh’: horizontal bar plot‘barh_grid’: horizontal bar plot with grid lines‘barh_stacked’: horizontal stacked bar plot‘histogram’: histogram plot‘histogram_grid’: histogram plot with grid lines
- cmapcolors=’blue’
- Colormap style‘blue’: blue colormap‘red’: red colormap‘green’: green colormap‘yellow’: yellow colormap‘purple’: purple colormap‘brown’: brown colormap‘gray’: gray colormap‘blue_red’: blue-red colormap‘red_blue’: red-blue colormap‘blue_green’: blue-green colormap‘green_blue’: green-blue colormap‘green_yellow’: green-yellow colormap‘yellow_green’: yellow-green colormap‘red_yellow’: red-yellow colormap‘yellow_red’: yellow-red colormap‘cyclic’: cyclic/oscillation colormap‘seq’: sequential colormapUser-defined colors may be used to generate colormapUser-defined colors should be defined as (M,3) array in RGB color formatAt least two colors should be defined, i.e. M should be equal or larger than 2User-defined colors values should be between 0 and 255Any available colormap name such as ‘cool’, ‘winter’, etc also can be used
- sizestyle=’medium’
- Plot drawing size style‘small’: small plot size‘medium’: medium plot size‘large’: large plot size
Outputs#
Examples#
import scientimate as sm
import numpy as np
x=[0,1]
y=np.zeros((2,50))
y[0,:]=np.linspace(2,51,50)
y[1,:]=np.linspace(2,51,50)
sm.plot2d(x,y,'line','blue_red','large')
x=np.linspace(1,10,10)
y=np.zeros((10,2))
y[:,0]=1+np.random.rand(10)
y[:,1]=2+np.random.rand(10)
sm.plot2d(x,y,'line_confid','blue_red','large')
x=np.linspace(0,2*np.pi,1000)
x=np.tile(x[:,np.newaxis],(1,10))
s=np.arange(1,11)
s=np.tile(s[np.newaxis,:],(1000,1))
y=s+np.sin(1.0*np.pi*x)
sm.plot2d(x,y,'line','cool','large')
x=np.random.rand(100,3)
y=np.random.rand(100,3)
y=np.zeros((100,3))
y[:,0]=1+2.0*x[:,0]+np.random.rand(100)
y[:,1]=3+2.0*x[:,1]+np.random.rand(100)
y[:,2]=5+2.0*x[:,2]+np.random.rand(100)
sm.plot2d(x,y,'scatter','seq','large')
x=np.random.rand(100)
y=np.random.rand(100)
sm.plot2d(x,y,'scatter_ascend','purple','large')
x=[[1,1,1],[2,2,2],[3,3,3],[4,4,4]]
y=[[2,3,8],[2,5,6],[5,7,9],[1,2,3]]
sm.plot2d(x,y,'bar','purple','medium')
x=[1,3,5,7,9,11,13,15]
y=[2,3,9,8,2,5,6,9]
sm.plot2d(x,y,'bar','purple','medium')
x=np.random.randn(1000)
sm.plot2d(x,[],'histogram','purple','medium')
References#
Colormap
Color