[coronavirus-spread-prediction-table]
Available shortcode (also with Gutenberg block alternatives):
Used to display a table of estimated spreading of a viral pandemic. You can use the following shortcode parameters:
‘starting_population’ => The population to start the ecuation with. Default:’7727439400′
‘unkillable_elite_in_bunkers’ => The population that will not die. Default:’50000′
‘start_date’ => The date when the pandemic starts. Default:’01-01-2020′
‘initial_infections’ => The count of the initially infected people. Default:’2′
‘infection_rate’ => The rate of infection – how many newly infected people each infected will generate. Default:’2.45′
‘incubation_days’ => The incubation period of the disease (in days). Default:’10’
‘mortality_rate’ => The mortality rate of the disease (in percentage). Default:’3′
‘mortality_complicator’ => The mortality complicator of the disease (in percentage). This kicks in when many new infected are being generated in a short period of time (no more free space in hospitals). Default:’10’
‘burnout_rate’ => The rate after which the disease will be stopped (cured or self contained) – (in percentage). Default:’4′
‘iteration_count’ => The number of iterations to display. Default:’50’
‘date_format’ => The format of the date. Default:’Y-m-d’
‘header_texts’ => A comma separated list of header texts for the table. Default:’Date,Day,New Infected,Total Infected,New Deaths,Total Deaths’
‘thousands_sep’ => The ‘thousand’ separator for numbers. Default:’,’
[coronavirus-new-infected-death-chart]
Used to display a chart to display and compare values for estimated new infected cases and new deaths for a time period, of a viral pandemic. You can use the following shortcode parameters:
‘starting_population’ => The population to start the ecuation with. Default:’7727439400′
‘unkillable_elite_in_bunkers’ => The population that will not die. Default:’50000′
‘start_date’ => The date when the pandemic starts. Default:’01-01-2020′
‘initial_infections’ => The count of the initially infected people. Default:’2′
‘infection_rate’ => The rate of infection – how many newly infected people each infected will generate. Default:’2.45′
‘incubation_days’ => The incubation period of the disease (in days). Default:’10’
‘mortality_rate’ => The mortality rate of the disease (in percentage). Default:’3′
‘mortality_complicator’ => The mortality complicator of the disease (in percentage). This kicks in when many new infected are being generated in a short period of time (no more free space in hospitals). Default:’10’
‘burnout_rate’ => The rate after which the disease will be stopped (cured or self contained) – (in percentage). Default:’4′
‘iteration_count’ => The number of iterations to display. Default:’50’
‘date_format’ => The format of the date. Default:’Y-m-d’
‘align’ => The alignment of the graph. Default:’alignright’
‘margin’ => The margin size of the graph. Default:’5px 20px’
‘datalabels’ => A comma separated list of labels for the top of the graph. Default:’New Infected, New Deaths’
‘canvaswidth’ => The width of the canvas of the graph. Default:’625′
‘canvasheight’ => The height of the canvas of the graph. Default:’625′
‘width’ => The width of the graph. Default:’100%’
‘height’ => The height of the graph. Default:’auto’
‘relativewidth’ => Enable relative width. Default:’1′
‘classn’ => Additional class for the graph. Default:”
‘colors’ => A comma separated list of colors for graph elements. Default:’#69D2E7,#a0a48C,#F38630,#96CE7F,#CEBC17,#CE4264′
‘fillopacity’ => The opacity of the color filling of graph elements. Default:’0.7′
‘animation’ => Enable animations for the graph. Default:’true’
‘scalefontsize’ => The size of the fonts, scaled. Default:’12’
‘scalefontcolor’ => The color of the fonts. Default:’#666′
‘scaleoverride’ => The override for fonts. Default:’false’
‘scalesteps’ => The steps for fonts (advanced). Default:’null’
‘scalestepwidth’ => The step width for fonts (advanced). Default:’null’
‘scalestartvalue’ => The step start value for fonts (advanced). Default:’null’
[coronavirus-total-infected-death-chart]
Used to display a chart to display and compare values for estimated total infected cases and total deaths for a time period, of a viral pandemic. You can use the following shortcode parameters:
‘starting_population’ => The population to start the ecuation with. Default:’7727439400′
‘unkillable_elite_in_bunkers’ => The population that will not die. Default:’50000′
‘start_date’ => The date when the pandemic starts. Default:’01-01-2020′
‘initial_infections’ => The count of the initially infected people. Default:’2′
‘infection_rate’ => The rate of infection – how many newly infected people each infected will generate. Default:’2.45′
‘incubation_days’ => The incubation period of the disease (in days). Default:’10’
‘mortality_rate’ => The mortality rate of the disease (in percentage). Default:’3′
‘mortality_complicator’ => The mortality complicator of the disease (in percentage). This kicks in when many new infected are being generated in a short period of time (no more free space in hospitals). Default:’10’
‘burnout_rate’ => The rate after which the disease will be stopped (cured or self contained) – (in percentage). Default:’4′
‘iteration_count’ => The number of iterations to display. Default:’50’
‘date_format’ => The format of the date. Default:’Y-m-d’
‘align’ => The alignment of the graph. Default:’alignright’
‘margin’ => The margin size of the graph. Default:’5px 20px’
‘datalabels’ => A comma separated list of labels for the top of the graph. Default:’Total Infected, Total Deaths’
‘canvaswidth’ => The width of the canvas of the graph. Default:’625′
‘canvasheight’ => The height of the canvas of the graph. Default:’625′
‘width’ => The width of the graph. Default:’100%’
‘height’ => The height of the graph. Default:’auto’
‘relativewidth’ => Enable relative width. Default:’1′
‘classn’ => Additional class for the graph. Default:”
‘colors’ => A comma separated list of colors for graph elements. Default:’#69D2E7,#a0a48C,#F38630,#96CE7F,#CEBC17,#CE4264′
‘fillopacity’ => The opacity of the color filling of graph elements. Default:’0.7′
‘animation’ => Enable animations for the graph. Default:’true’
‘scalefontsize’ => The size of the fonts, scaled. Default:’12’
‘scalefontcolor’ => The color of the fonts. Default:’#666′
‘scaleoverride’ => The override for fonts. Default:’false’
‘scalesteps’ => The steps for fonts (advanced). Default:’null’
‘scalestepwidth’ => The step width for fonts (advanced). Default:’null’
‘scalestartvalue’ => The step start value for fonts (advanced). Default:’null’
[coronavirus-population-decline-chart]
Used to display a chart to display the amount of population decline, for a time period, in case of a viral pandemic. You can use the following shortcode parameters:
‘starting_population’ => The population to start the ecuation with. Default:’7727439400′
‘unkillable_elite_in_bunkers’ => The population that will not die. Default:’50000′
‘start_date’ => The date when the pandemic starts. Default:’01-01-2020′
‘initial_infections’ => The count of the initially infected people. Default:’2′
‘infection_rate’ => The rate of infection – how many newly infected people each infected will generate. Default:’2.45′
‘incubation_days’ => The incubation period of the disease (in days). Default:’10’
‘mortality_rate’ => The mortality rate of the disease (in percentage). Default:’3′
‘mortality_complicator’ => The mortality complicator of the disease (in percentage). This kicks in when many new infected are being generated in a short period of time (no more free space in hospitals). Default:’10’
‘burnout_rate’ => The rate after which the disease will be stopped (cured or self contained) – (in percentage). Default:’4′
‘iteration_count’ => The number of iterations to display. Default:’50’
‘date_format’ => The format of the date. Default:’Y-m-d’
‘align’ => The alignment of the graph. Default:’alignright’
‘margin’ => The margin size of the graph. Default:’5px 20px’
‘datalabels’ => A comma separated list of labels for the top of the graph. Default:’Population Decline’
‘canvaswidth’ => The width of the canvas of the graph. Default:’625′
‘canvasheight’ => The height of the canvas of the graph. Default:’625′
‘width’ => The width of the graph. Default:’100%’
‘height’ => The height of the graph. Default:’auto’
‘relativewidth’ => Enable relative width. Default:’1′
‘classn’ => Additional class for the graph. Default:”
‘colors’ => A comma separated list of colors for graph elements. Default:’#69D2E7,#a0a48C,#F38630,#96CE7F,#CEBC17,#CE4264′
‘fillopacity’ => The opacity of the color filling of graph elements. Default:’0.7′
‘animation’ => Enable animations for the graph. Default:’true’
‘scalefontsize’ => The size of the fonts, scaled. Default:’12’
‘scalefontcolor’ => The color of the fonts. Default:’#666′
‘scaleoverride’ => The override for fonts. Default:’false’
‘scalesteps’ => The steps for fonts (advanced). Default:’null’
‘scalestepwidth’ => The step width for fonts (advanced). Default:’null’
‘scalestartvalue’ => The step start value for fonts (advanced). Default:’null’
[coronavirus-total-deaths-chart]
Used to display a chart to display the amount of total deaths count, for a time period, in case of a viral pandemic. You can use the following shortcode parameters:
‘starting_population’ => The population to start the ecuation with. Default:’7727439400′
‘unkillable_elite_in_bunkers’ => The population that will not die. Default:’50000′
‘start_date’ => The date when the pandemic starts. Default:’01-01-2020′
‘initial_infections’ => The count of the initially infected people. Default:’2′
‘infection_rate’ => The rate of infection – how many newly infected people each infected will generate. Default:’2.45′
‘incubation_days’ => The incubation period of the disease (in days). Default:’10’
‘mortality_rate’ => The mortality rate of the disease (in percentage). Default:’3′
‘mortality_complicator’ => The mortality complicator of the disease (in percentage). This kicks in when many new infected are being generated in a short period of time (no more free space in hospitals). Default:’10’
‘burnout_rate’ => The rate after which the disease will be stopped (cured or self contained) – (in percentage). Default:’4′
‘iteration_count’ => The number of iterations to display. Default:’50’
‘date_format’ => The format of the date. Default:’Y-m-d’
‘align’ => The alignment of the graph. Default:’alignright’
‘margin’ => The margin size of the graph. Default:’5px 20px’
‘datalabels’ => A comma separated list of labels for the top of the graph. Default:’Total Deaths’
‘canvaswidth’ => The width of the canvas of the graph. Default:’625′
‘canvasheight’ => The height of the canvas of the graph. Default:’625′
‘width’ => The width of the graph. Default:’100%’
‘height’ => The height of the graph. Default:’auto’
‘relativewidth’ => Enable relative width. Default:’1′
‘classn’ => Additional class for the graph. Default:”
‘colors’ => A comma separated list of colors for graph elements. Default:’#69D2E7,#a0a48C,#F38630,#96CE7F,#CEBC17,#CE4264′
‘fillopacity’ => The opacity of the color filling of graph elements. Default:’0.7′
‘animation’ => Enable animations for the graph. Default:’true’
‘scalefontsize’ => The size of the fonts, scaled. Default:’12’
‘scalefontcolor’ => The color of the fonts. Default:’#666′
‘scaleoverride’ => The override for fonts. Default:’false’
‘scalesteps’ => The steps for fonts (advanced). Default:’null’
‘scalestepwidth’ => The step width for fonts (advanced). Default:’null’
‘scalestartvalue’ => The step start value for fonts (advanced). Default:’null’
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