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Makefile
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#### PREAMBLE ####
SHELL := bash
.ONESHELL:
.SHELLFLAGS := -eu -o pipefail -c
.DELETE_ON_ERROR:
# This doesn't seem to work in Make 4 or above. Use the command-line option
MAKEFLAGS += --warn-undefined-variables
MAKEFLAGS += --no-builtin-rules
ifeq ($(origin .RECIPEPREFIX), undefined)
$(error This Make does not support .RECIPEPREFIX. Please use GNU Make 4.0 or later)
endif
.RECIPEPREFIX = >
##################
SEED = $(shell od -An -N2 -i /dev/random | tr -d ' ')
all: figures
.PHONY: all
#### Executables ####
# A sentinel to build the haskell executable we use to realise the experiments, generated by the command
# `stack build` from the directory `formulas`.
haskfile := sentinel/haskfile
#### Setup ####
$(haskfile):
> mkdir -p $(@D)
> pushd formulas
> stack build
> popd
> touch $@
# Build the container used in the openmole script `openmole/lhs.oms`.
openmole/formulas.container.tgz: $(haskfile)
> docker build -t formulas formulas/
> docker save formulas:latest | gzip -c > $@
#### Definitions ####
## Simulations Run ##
# Don't use the sentinel pattern here. This is just a shorter way to write one
# rule per target file. Use static pattern rules rather than implicit pattern
# rules because implicit pattern rules are only triggered when the prerequisite
# exists and silent otherwise. I prefer to get an error that the prerequisite
# doesn't exist.
output/formulas/run/%: $(haskfile)
> mkdir -p $(@D)
> stack exec -- haskfile run $(SEED) `basename $@` $@
## Simulation Steps ##
output/formulas/steps/%: $(haskfile)
> mkdir -p $(@D)
> stack exec -- haskfile steps $(SEED) `basename $@` $@
## Simulation Repli Run ##
output/formulas/repli/50/run/%: $(haskfile)
> mkdir -p $(@D)
> stack exec -- haskfile repli-run $(SEED) 50 `basename $@` $@
output/formulas/repli/10/steps/%: $(haskfile)
> mkdir -p $(@D)
> stack exec -- haskfile repli-steps $(SEED) 10 `basename $@` $@
## Simulation Run Comp LHS ##
run_comp_lhs_input := openmole/lhs.oms openmole/formulas.container.tgz
run_comp_lhs_output := output/formulas/run_comp_lhs
run_comp_lhs_sentinel := sentinel/run_comp_lhs
$(run_comp_lhs_sentinel): $(run_comp_lhs_input)
> mkdir -p output/formulas/run_comp_lhs/
> openmole --script openmole/lhs.oms
> mkdir -p $(@D)
> touch $@
## Simulation Repli Comp ##
output/formulas/repli/50/comp/%: $(haskfile)
> mkdir -p $(@D)
> stack exec -- haskfile repli-comp $(SEED) 50 `basename $@` $@
## Stats histo run ##
output/formulas/figure_data/histo_run/% : output/formulas/run/% $(haskfile)
> mkdir -p $(@D)
> stack exec -- haskfile histo-run --run $< --histo $@
## Stats histo steps ##
# No sentinel.
output/formulas/figure_data/histo_steps/% : output/formulas/steps/% $(haskfile)
> mkdir -p $(@D)
> stack exec -- haskfile histo-steps --steps $< --histo $@
## Stats mean std l2 vs nsimus ##
mean_std_l2_vs_nsimus_simus := \
apmc_nGen1_nAlpha500_pAccMin0.01_parallel1_modelToy_stepMax100 \
apmc_nGen55_nAlpha500_pAccMin0.01_parallel1_modelToy_stepMax100 \
apmc_nGen25_nAlpha500_pAccMin0.01_parallel1_modelToy_stepMax100 \
apmc_nGen500_nAlpha500_pAccMin0.01_parallel1_modelToy_stepMax100 \
apmc_nGen4500_nAlpha500_pAccMin0.01_parallel1_modelToy_stepMax100 \
apmc_nGen1_nAlpha500_pAccMin0.05_parallel1_modelToy_stepMax100 \
apmc_nGen55_nAlpha500_pAccMin0.05_parallel1_modelToy_stepMax100 \
apmc_nGen25_nAlpha500_pAccMin0.05_parallel1_modelToy_stepMax100 \
apmc_nGen500_nAlpha500_pAccMin0.05_parallel1_modelToy_stepMax100 \
apmc_nGen4500_nAlpha500_pAccMin0.05_parallel1_modelToy_stepMax100 \
apmc_nGen1_nAlpha500_pAccMin0.1_parallel1_modelToy_stepMax100 \
apmc_nGen55_nAlpha500_pAccMin0.1_parallel1_modelToy_stepMax100 \
apmc_nGen25_nAlpha500_pAccMin0.1_parallel1_modelToy_stepMax100 \
apmc_nGen500_nAlpha500_pAccMin0.1_parallel1_modelToy_stepMax100 \
apmc_nGen4500_nAlpha500_pAccMin0.1_parallel1_modelToy_stepMax100 \
apmc_nGen1_nAlpha500_pAccMin0.2_parallel1_modelToy_stepMax100 \
apmc_nGen55_nAlpha500_pAccMin0.2_parallel1_modelToy_stepMax100 \
apmc_nGen25_nAlpha500_pAccMin0.2_parallel1_modelToy_stepMax100 \
apmc_nGen500_nAlpha500_pAccMin0.2_parallel1_modelToy_stepMax100 \
apmc_nGen4500_nAlpha500_pAccMin0.2_parallel1_modelToy_stepMax100 \
mon-apmc_nGen1_nAlpha500_pAccMin0.01_stepSize1_parallel1_stopSampleSize1_modelToy_stepMax100 \
mon-apmc_nGen55_nAlpha500_pAccMin0.01_stepSize1_parallel1_stopSampleSize55_modelToy_stepMax100 \
mon-apmc_nGen25_nAlpha500_pAccMin0.01_stepSize1_parallel1_stopSampleSize125_modelToy_stepMax100 \
mon-apmc_nGen500_nAlpha500_pAccMin0.01_stepSize1_parallel1_stopSampleSize500_modelToy_stepMax100 \
mon-apmc_nGen4500_nAlpha500_pAccMin0.01_stepSize1_parallel1_stopSampleSize4500_modelToy_stepMax100 \
mon-apmc_nGen1_nAlpha500_pAccMin0.05_stepSize1_parallel1_stopSampleSize1_modelToy_stepMax100 \
mon-apmc_nGen55_nAlpha500_pAccMin0.05_stepSize1_parallel1_stopSampleSize55_modelToy_stepMax100 \
mon-apmc_nGen25_nAlpha500_pAccMin0.05_stepSize1_parallel1_stopSampleSize125_modelToy_stepMax100 \
mon-apmc_nGen500_nAlpha500_pAccMin0.05_stepSize1_parallel1_stopSampleSize500_modelToy_stepMax100 \
mon-apmc_nGen4500_nAlpha500_pAccMin0.05_stepSize1_parallel1_stopSampleSize4500_modelToy_stepMax100 \
mon-apmc_nGen1_nAlpha500_pAccMin0.1_stepSize1_parallel1_stopSampleSize1_modelToy_stepMax100 \
mon-apmc_nGen55_nAlpha500_pAccMin0.1_stepSize1_parallel1_stopSampleSize55_modelToy_stepMax100 \
mon-apmc_nGen25_nAlpha500_pAccMin0.1_stepSize1_parallel1_stopSampleSize125_modelToy_stepMax100 \
mon-apmc_nGen500_nAlpha500_pAccMin0.1_stepSize1_parallel1_stopSampleSize500_modelToy_stepMax100 \
mon-apmc_nGen4500_nAlpha500_pAccMin0.1_stepSize1_parallel1_stopSampleSize4500_modelToy_stepMax100 \
mon-apmc_nGen1_nAlpha500_pAccMin0.2_stepSize1_parallel1_stopSampleSize1_modelToy_stepMax100 \
mon-apmc_nGen55_nAlpha500_pAccMin0.2_stepSize1_parallel1_stopSampleSize55_modelToy_stepMax100 \
mon-apmc_nGen25_nAlpha500_pAccMin0.2_stepSize1_parallel1_stopSampleSize125_modelToy_stepMax100 \
mon-apmc_nGen500_nAlpha500_pAccMin0.2_stepSize1_parallel1_stopSampleSize500_modelToy_stepMax100 \
mon-apmc_nGen4500_nAlpha500_pAccMin0.2_stepSize1_parallel1_stopSampleSize4500_modelToy_stepMax100
mean_std_l2_vs_nsimus_input := \
$(foreach simu, $(mean_std_l2_vs_nsimus_simus), output/formulas/repli/50/run/$(simu))
mean_std_l2_vs_nsimus_output := output/formulas/figure_data/mean_std_l2_vs_nsimus
mean_std_l2_vs_nsimus_sentinel := sentinel/stat_mean_std_l2_vs_nsimus
$(mean_std_l2_vs_nsimus_output): $(mean_std_l2_vs_nsimus_sentinel) ;
$(mean_std_l2_vs_nsimus_sentinel): $(mean_std_l2_vs_nsimus_input) $(haskfile)
> mkdir -p output/formulas/figure_data/
> stack exec -- haskfile mean-std-l2-vs-nsimus \
> $(foreach simu, $(mean_std_l2_vs_nsimus_simus), --run output/formulas/repli/50/run/$(simu)) \
> --out $(mean_std_l2_vs_nsimus_output)
> mkdir -p $(@D)
> touch $@
## Stat L2 vs time ##
# No sentinel here.
output/formulas/figure_data/l2_vs_time/%: output/formulas/repli/10/steps/% $(haskfile)
> mkdir -p $(@D)
> stack exec -- haskfile l2-vs-time $< $@
## Stats Comp Lhs ##
stats_comp_lhs_input := $(run_comp_lhs_output)
stats_comp_lhs_output := output/formulas/figure_data/stats_comp_lhs
stats_comp_lhs_sentinel := sentinel/stats_comp_lhs
$(stats_comp_lhs_output): $(stats_comp_lhs_sentinel) ;
$(stats_comp_lhs_sentinel): $(run_comp_lhs_sentinel) $(haskfile)
> mkdir -p output/formulas/figure_data/
> stack exec -- haskfile stats-comp-lhs output/formulas/run_comp_lhs/ $(stats_comp_lhs_output)
> mkdir -p $(@D)
> touch $@
## Stats Comp Test Cases ##
stats_comp_test_cases_simus := \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel8_stepMax100_biasFactor1_meanRunTime1_varRunTime0.01 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel8_stepMax100_biasFactor1_meanRunTime1_varRunTime0.25 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel8_stepMax100_biasFactor1_meanRunTime1_varRunTime1 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel8_stepMax100_biasFactor1_meanRunTime1_varRunTime4 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel8_stepMax100_biasFactor1_meanRunTime1_varRunTime9 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel8_stepMax100_biasFactor1_meanRunTime1_varRunTime16 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel80_stepMax100_biasFactor1_meanRunTime60_varRunTime36 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel80_stepMax100_biasFactor1_meanRunTime60_varRunTime900 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel80_stepMax100_biasFactor1_meanRunTime60_varRunTime3600 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel80_stepMax100_biasFactor1_meanRunTime60_varRunTime14400 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel80_stepMax100_biasFactor1_meanRunTime60_varRunTime32400 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel80_stepMax100_biasFactor1_meanRunTime60_varRunTime57600 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel1000_stepMax100_biasFactor1_meanRunTime3600_varRunTime1.29e6 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel1000_stepMax100_biasFactor1_meanRunTime3600_varRunTime3.24e6 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel1000_stepMax100_biasFactor1_meanRunTime3600_varRunTime12.96e6 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel1000_stepMax100_biasFactor1_meanRunTime3600_varRunTime38.88e6 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel1000_stepMax100_biasFactor1_meanRunTime3600_varRunTime116.64e6 \
comp_nGen4000_nAlpha500_pAccMin0.01_parallel1000_stepMax100_biasFactor1_meanRunTime3600_varRunTime207.36e6
stats_comp_test_cases_input := \
$(foreach simu, $(stats_comp_test_cases_simus), output/formulas/repli/50/comp/$(simu))
stats_comp_test_cases_output := output/formulas/figure_data/stats_comp_test_cases
stats_comp_test_cases_sentinel := sentinel/stats_comp_test_cases
$(stats_comp_test_cases_output): $(stats_comp_test_cases_sentinel) ;
$(stats_comp_test_cases_sentinel): $(stats_comp_test_cases_input) $(haskfile)
> mkdir -p output/formulas/figure_data/
> stack exec -- haskfile stats-comp-test-cases \
> $(foreach simu, $(stats_comp_test_cases_simus), --comp output/formulas/repli/50/comp/$(simu)) \
> --out $(stats_comp_test_cases_output)
> mkdir -p $(@D)
> touch $@
## Figure Steps ##
steps_simus := \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel1_modelToyTimeBias_1_0_1_1_stepMax100 \
mon-apmc_nGen4500_nAlpha500_pAccMin0.01_stepSize1_parallel1_stopSampleSize4500_modelToyTimeBias_1_0_1_1_stepMax100
steps_gnuplot_script := report/fig_steps.gnuplot
steps_data := $(foreach simu,$(steps_simus),output/formulas/figure_data/histo_steps/$(simu))
steps_output_png := output/report/png/fig_steps.png
steps_input := $(steps_gnuplot_script) $(steps_data)
steps_output := $(steps_output_png)
steps_sentinel := sentinel/figure_steps
$(steps_output) : $(steps_sentinel) ;
$(steps_sentinel): $(steps_input)
> mkdir -p output/report/png
> gnuplot \
> -e 'dpi=300.0' \
> -e 'width_cm=12.0' \
> -e 'height_cm=7.0' \
> -e 'font_pt=10.0' \
> -e 'set terminal pngcairo truecolor size (width_cm * dpi / 2.54),(height_cm * dpi / 2.54) font sprintf("XITS Math,%f", font_pt) fontscale (72.0/96.0 * dpi / 72.0) linewidth (0.5 * dpi / 72.0)'\
> -c $(steps_gnuplot_script) $(steps_output_png) $(steps_data)
> mkdir -p $(@D)
> touch $@
figures: $(steps_output)
## Figure L2 vs nsimus ##
l2_vs_nsimus_gnuplot_script := report/fig_l2_vs_nsimus.gnuplot
l2_vs_nsimus_data := output/formulas/figure_data/mean_std_l2_vs_nsimus
l2_vs_nsimus_output := output/report/png/fig_l2_vs_nsimus.png
l2_vs_nsimus_input := $(l2_vs_nsimus_gnuplot_script) $(l2_vs_nsimus_data)
l2_vs_nsimus_sentinel := sentinel/figure_l2_vs_nsimus
$(l2_vs_nsimus_output) : $(l2_vs_nsimus_sentinel) ;
$(l2_vs_nsimus_sentinel): $(l2_vs_nsimus_input)
> mkdir -p output/report/png
> gnuplot -c $(l2_vs_nsimus_gnuplot_script) $(l2_vs_nsimus_output) $(l2_vs_nsimus_data)
> mkdir -p $(@D)
> touch $@
figures: $(l2_vs_nsimus_output)
## Figure L2 vs Time K ##
l2_vs_time_k_gnuplot_script := report/fig_l2_vs_time_k.gnuplot
l2_vs_time_k_simus := \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel1_modelToy_stepMax100 \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel4_modelToy_stepMax100 \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel100_modelToy_stepMax100 \
mon-apmc_nGen4000_nAlpha500_pAccMin0.01_stepSize1_parallel1_stopSampleSize4500_modelToy_stepMax100 \
mon-apmc_nGen1000_nAlpha500_pAccMin0.01_stepSize1_parallel4_stopSampleSize4500_modelToy_stepMax400 \
mon-apmc_nGen40_nAlpha500_pAccMin0.01_stepSize1_parallel100_stopSampleSize4500_modelToy_stepMax10000
l2_vs_time_k_data := $(foreach simu,$(l2_vs_time_k_simus),output/formulas/figure_data/l2_vs_time/$(simu))
l2_vs_time_k_output_png := output/report/png/fig_l2_vs_time_k.png
l2_vs_time_k_output := $(l2_vs_time_k_output_png)
l2_vs_time_k_input := $(l2_vs_time_k_gnuplot_script) $(l2_vs_time_k_data)
l2_vs_time_k_sentinel := sentinel/figure_l2_vs_time_k
$(l2_vs_time_k_output) : $(l2_vs_time_k_sentinel) ;
$(l2_vs_time_k_sentinel): $(l2_vs_time_k_input)
> mkdir -p output/report/png
> echo -e "set terminal pngcairo truecolor size 1000,300 font ',12'\n"\
> "output_path=\"$(l2_vs_time_k_output_png)\"\n" \
> "apmc_k_low=\"$(word 1, $(l2_vs_time_k_data))\"\n" \
> "apmc_k_med=\"$(word 2, $(l2_vs_time_k_data))\"\n" \
> "apmc_k_high=\"$(word 3, $(l2_vs_time_k_data))\"\n" \
> "monApmc_k_low=\"$(word 4, $(l2_vs_time_k_data))\"\n" \
> "monApmc_k_med=\"$(word 5, $(l2_vs_time_k_data))\"\n" \
> "monApmc_k_high=\"$(word 6, $(l2_vs_time_k_data))\"\n" \
> | gnuplot - $(l2_vs_time_k_gnuplot_script)
> mkdir -p $(@D)
> touch $@
figures: $(l2_vs_time_k_output)
## Figure L2 vs Time K V ##
l2_vs_time_k_v_simus := \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel4_modelToyTimeVar_1_0.1_stepMax100 \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel4_modelToyTimeVar_1_1_stepMax100 \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel4_modelToyTimeVar_1_10_stepMax100 \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel100_modelToyTimeVar_1_0.1_stepMax100 \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel100_modelToyTimeVar_1_1_stepMax100 \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel100_modelToyTimeVar_1_10_stepMax100 \
mon-apmc_nGen1000_nAlpha500_pAccMin0.01_stepSize1_parallel4_stopSampleSize4500_modelToyTimeVar_1_0.1_stepMax400 \
mon-apmc_nGen1000_nAlpha500_pAccMin0.01_stepSize1_parallel4_stopSampleSize4500_modelToyTimeVar_1_1_stepMax400 \
mon-apmc_nGen1000_nAlpha500_pAccMin0.01_stepSize1_parallel4_stopSampleSize4500_modelToyTimeVar_1_10_stepMax400 \
mon-apmc_nGen40_nAlpha500_pAccMin0.01_stepSize1_parallel100_stopSampleSize4500_modelToyTimeVar_1_0.1_stepMax10000 \
mon-apmc_nGen40_nAlpha500_pAccMin0.01_stepSize1_parallel100_stopSampleSize4500_modelToyTimeVar_1_1_stepMax10000 \
mon-apmc_nGen40_nAlpha500_pAccMin0.01_stepSize1_parallel100_stopSampleSize4500_modelToyTimeVar_1_10_stepMax10000
l2_vs_time_k_v_gnuplot_script := report/fig_l2_vs_time_k_v.gnuplot
l2_vs_time_k_v_data := $(foreach simu,$(l2_vs_time_k_v_simus),output/formulas/figure_data/l2_vs_time/$(simu))
l2_vs_time_k_v_output_png := output/report/png/fig_l2_vs_time_k_v.png
l2_vs_time_k_v_output := $(l2_vs_time_k_v_output_png)
l2_vs_time_k_v_input := $(l2_vs_time_k_v_gnuplot_script) $(l2_vs_time_k_v_data)
l2_vs_time_k_v_sentinel := sentinel/figure_l2_vs_time_k_v
$(l2_vs_time_k_v_output) : $(l2_vs_time_k_v_sentinel) ;
$(l2_vs_time_k_v_sentinel): $(l2_vs_time_k_v_input)
> mkdir -p output/report/png
> gnuplot \
> -e 'dpi=300.0' \
> -e 'width_cm=12.0' \
> -e 'height_cm=10.0' \
> -e 'font_pt=10.0' \
> -e 'set terminal pngcairo truecolor size (width_cm * dpi / 2.54),(height_cm * dpi / 2.54) font sprintf("XITS Math,%f", font_pt) fontscale (72.0/96.0 * dpi / 72.0) linewidth (0.5 * dpi / 72.0)'\
> -e 'output_path="'$(l2_vs_time_k_v_output_png)'"' \
> -e 'apmc_kLow_vLow="'$(word 1, $(l2_vs_time_k_v_data))'"' \
> -e 'apmc_kLow_vHigh="'$(word 2, $(l2_vs_time_k_v_data))'"' \
> -e 'apmc_kLow_vBias="'$(word 3, $(l2_vs_time_k_v_data))'"' \
> -e 'apmc_kHigh_vLow="'$(word 4, $(l2_vs_time_k_v_data))'"' \
> -e 'apmc_kHigh_vHigh="'$(word 5, $(l2_vs_time_k_v_data))'"' \
> -e 'apmc_kHigh_vBias="'$(word 6, $(l2_vs_time_k_v_data))'"' \
> -e 'monApmc_kLow_vLow="'$(word 7, $(l2_vs_time_k_v_data))'"' \
> -e 'monApmc_kLow_vHigh="'$(word 8, $(l2_vs_time_k_v_data))'"' \
> -e 'monApmc_kLow_vBias="'$(word 9, $(l2_vs_time_k_v_data))'"' \
> -e 'monApmc_kHigh_vLow="'$(word 10, $(l2_vs_time_k_v_data))'"' \
> -e 'monApmc_kHigh_vHigh="'$(word 11, $(l2_vs_time_k_v_data))'"' \
> -e 'monApmc_kHigh_vBias="'$(word 12, $(l2_vs_time_k_v_data))'"' \
> -c $(l2_vs_time_k_v_gnuplot_script)
> mkdir -p $(@D)
> touch $@
figures: $(l2_vs_time_k_v_output)
## Figure Time Bias ##
time_bias_gnuplot_script := report/fig_time_bias.gnuplot
time_bias_simus := \
apmc_nGen4000_nAlpha500_pAccMin0.01_parallel100_modelToyTimeBias_100_0_1_100_stepMax100 \
mon-apmc_nGen40_nAlpha500_pAccMin0.01_stepSize1_parallel100_stopSampleSize4000_modelToyTimeBias_100_0_1_100_stepMax10000 \
time_bias_data := $(foreach simu,$(time_bias_simus),output/formulas/figure_data/histo_run/$(simu))
time_bias_input := $(time_bias_gnuplot_script) $(time_bias_data)
time_bias_output := output/report/png/fig_time_bias.png
time_bias_sentinel := sentinel/figure_time_bias
$(time_bias_output) : $(time_bias_sentinel) ;
$(time_bias_sentinel): $(time_bias_input)
> mkdir -p output/report/png
> gnuplot -c $(time_bias_gnuplot_script) $(time_bias_output) $(time_bias_data)
> mkdir -p $(@D)
> touch $@
figures: $(time_bias_output)
## Figure L2 vs Bias Factor ##
l2_vs_bias_factor_script := report/fig_l2_vs_bias_factor.gnuplot
l2_vs_bias_factor_data := output/formulas/figure_data/stats_comp_lhs
l2_vs_bias_factor_input := $(l2_vs_bias_factor_script) $(l2_vs_bias_factor_data)
l2_vs_bias_factor_output := output/report/png/fig_l2_vs_bias_factor.png
l2_vs_bias_factor_sentinel := sentinel/figure_l2_vs_bias_factor
$(l2_vs_bias_factor_output) : $(l2_vs_bias_factor_sentinel) ;
$(l2_vs_bias_factor_sentinel): $(l2_vs_bias_factor_input)
> mkdir -p output/report/png
> gnuplot \
> -e 'dpi=300.0' \
> -e 'width_cm=8.0' \
> -e 'height_cm=6.0' \
> -e 'font_pt=10.0' \
> -e 'set terminal pngcairo truecolor size (width_cm * dpi / 2.54),(height_cm * dpi / 2.54) font sprintf("XITS Math,%f", font_pt) fontscale (72.0/96.0 * dpi / 72.0) linewidth (0.5 * dpi / 72.0)'\
> -c $(l2_vs_bias_factor_script) $(l2_vs_bias_factor_output) $(l2_vs_bias_factor_data)
> mkdir -p $(@D)
> touch $@
figures: $(l2_vs_bias_factor_output)
## Figure Scatter L2 Time LHS ##
scatter_l2_time_lhs_script := report/fig_scatter_l2_time_lhs.gnuplot
scatter_l2_time_lhs_data := output/formulas/figure_data/stats_comp_lhs
scatter_l2_time_lhs_input := $(scatter_l2_time_lhs_script) $(scatter_l2_time_lhs_data)
scatter_l2_time_lhs_output := output/report/png/fig_scatter_l2_time_lhs.png
scatter_l2_time_lhs_sentinel := sentinel/figure_scatter_l2_time_lhs
$(scatter_l2_time_lhs_output) : $(scatter_l2_time_lhs_sentinel) ;
$(scatter_l2_time_lhs_sentinel): $(scatter_l2_time_lhs_input)
> mkdir -p output/report/png
> gnuplot \
> -e 'dpi=300.0' \
> -e 'width_cm=10.0' \
> -e 'height_cm=4.5' \
> -e 'font_pt=10.0' \
> -e 'set terminal pngcairo truecolor size (width_cm * dpi / 2.54),(height_cm * dpi / 2.54) font sprintf("XITS Math,%f", font_pt) fontscale (72.0/96.0 * dpi / 72.0) linewidth (0.5 * dpi / 72.0)'\
> -c $(scatter_l2_time_lhs_script) $(scatter_l2_time_lhs_output) $(scatter_l2_time_lhs_data)
> mkdir -p $(@D)
> touch $@
figures: $(scatter_l2_time_lhs_output)
## Figure L2 Effects LHS ##
l2_effects_lhs_script := report/fig_l2_effects_lhs.gnuplot
l2_effects_lhs_data := output/formulas/figure_data/stats_comp_lhs
l2_effects_lhs_input := $(l2_effects_lhs_script) $(l2_effects_lhs_data)
l2_effects_lhs_output := output/report/png/fig_l2_effects_lhs.png
l2_effects_lhs_sentinel := sentinel/figure_l2_effects_lhs
$(l2_effects_lhs_output) : $(l2_effects_lhs_sentinel) ;
$(l2_effects_lhs_sentinel): $(l2_effects_lhs_input)
> mkdir -p output/report/png
> gnuplot \
> -e 'dpi=300.0' \
> -e 'width_cm=12.0' \
> -e 'height_cm=18.0' \
> -e 'font_pt=10.0' \
> -e 'set terminal pngcairo truecolor size (width_cm * dpi / 2.54),(height_cm * dpi / 2.54) font sprintf("XITS Math,%f", font_pt) fontscale (72.0/96.0 * dpi / 72.0) linewidth (0.5 * dpi / 72.0)'\
> -c $(l2_effects_lhs_script) $(l2_effects_lhs_output) $(l2_effects_lhs_data)
> mkdir -p $(@D)
> touch $@
figures: $(l2_effects_lhs_output)
## Figure L2 Ratio Effects LHS ##
l2_ratio_effects_lhs_script := report/fig_l2_ratio_effects_lhs.gnuplot
l2_ratio_effects_lhs_data := output/formulas/figure_data/stats_comp_lhs
l2_ratio_effects_lhs_input := $(l2_ratio_effects_lhs_script) $(l2_ratio_effects_lhs_data)
l2_ratio_effects_lhs_output := output/report/png/fig_l2_ratio_effects_lhs.png
l2_ratio_effects_lhs_sentinel := sentinel/figure_l2_ratio_effects_lhs
$(l2_ratio_effects_lhs_output) : $(l2_ratio_effects_lhs_sentinel) ;
$(l2_ratio_effects_lhs_sentinel): $(l2_ratio_effects_lhs_input)
> mkdir -p output/report/png
> gnuplot \
> -e 'dpi=300.0' \
> -e 'width_cm=12.0' \
> -e 'height_cm=18.0' \
> -e 'font_pt=10.0' \
> -e 'set terminal pngcairo truecolor size (width_cm * dpi / 2.54),(height_cm * dpi / 2.54) font sprintf("XITS Math,%f", font_pt) fontscale (72.0/96.0 * dpi / 72.0) linewidth (0.5 * dpi / 72.0)'\
> -c $(l2_ratio_effects_lhs_script) $(l2_ratio_effects_lhs_output) $(l2_ratio_effects_lhs_data)
> mkdir -p $(@D)
> touch $@
figures: $(l2_ratio_effects_lhs_output)
## Figure Time Effects LHS ##
time_effects_lhs_script := report/fig_time_effects_lhs.gnuplot
time_effects_lhs_data := output/formulas/figure_data/stats_comp_lhs
time_effects_lhs_input := $(time_effects_lhs_script) $(time_effects_lhs_data)
time_effects_lhs_output := output/report/png/fig_time_effects_lhs.png
time_effects_lhs_sentinel := sentinel/figure_time_effects_lhs
$(time_effects_lhs_output) : $(time_effects_lhs_sentinel) ;
$(time_effects_lhs_sentinel): $(time_effects_lhs_input)
> mkdir -p output/report/png
> gnuplot \
> -e 'dpi=300.0' \
> -e 'width_cm=12.0' \
> -e 'height_cm=18.0' \
> -e 'font_pt=10.0' \
> -e 'set terminal pngcairo truecolor size (width_cm * dpi / 2.54),(height_cm * dpi / 2.54) font sprintf("XITS Math,%f", font_pt) fontscale (72.0/96.0 * dpi / 72.0) linewidth (0.5 * dpi / 72.0)'\
> -c $(time_effects_lhs_script) $(time_effects_lhs_output) $(time_effects_lhs_data)
> mkdir -p $(@D)
> touch $@
figures: $(time_effects_lhs_output)
## Figure Time Ratio Effects LHS ##
time_ratio_effects_lhs_script := report/fig_time_ratio_effects_lhs.gnuplot
time_ratio_effects_lhs_data := output/formulas/figure_data/stats_comp_lhs
time_ratio_effects_lhs_input := $(time_ratio_effects_lhs_script) $(time_ratio_effects_lhs_data)
time_ratio_effects_lhs_output := output/report/png/fig_time_ratio_effects_lhs.png
time_ratio_effects_lhs_sentinel := sentinel/figure_time_ratio_effects_lhs
$(time_ratio_effects_lhs_output) : $(time_ratio_effects_lhs_sentinel) ;
$(time_ratio_effects_lhs_sentinel): $(time_ratio_effects_lhs_input)
> mkdir -p output/report/png
> gnuplot \
> -e 'dpi=300.0' \
> -e 'width_cm=12.0' \
> -e 'height_cm=18.0' \
> -e 'font_pt=10.0' \
> -e 'set terminal pngcairo truecolor size (width_cm * dpi / 2.54),(height_cm * dpi / 2.54) font sprintf("XITS Math,%f", font_pt) fontscale (72.0/96.0 * dpi / 72.0) linewidth (0.5 * dpi / 72.0)'\
> -c $(time_ratio_effects_lhs_script) $(time_ratio_effects_lhs_output) $(time_ratio_effects_lhs_data)
> mkdir -p $(@D)
> touch $@
figures: $(time_ratio_effects_lhs_output)
## Figure Comp Test Cases ##
comp_test_cases_script := report/fig_comp_test_cases.gnuplot
comp_test_cases_data := output/formulas/figure_data/stats_comp_test_cases
comp_test_cases_input := $(comp_test_cases_script) $(comp_test_cases_data)
comp_test_cases_output := output/report/png/fig_comp_test_cases.png
comp_test_cases_sentinel := sentinel/figure_comp_test_case
$(comp_test_cases_output) : $(comp_test_cases_sentinel) ;
$(comp_test_cases_sentinel): $(comp_test_cases_input)
> mkdir -p output/report/png
> gnuplot \
> -e 'dpi=300.0' \
> -e 'width_cm=8.0' \
> -e 'height_cm=6.0' \
> -e 'font_pt=10.0' \
> -e 'set terminal pngcairo truecolor size (width_cm * dpi / 2.54),(height_cm * dpi / 2.54) font sprintf("XITS Math,%f", font_pt) fontscale (72.0/96.0 * dpi / 72.0) linewidth (0.5 * dpi / 72.0)'\
> -c $(comp_test_cases_script) $(comp_test_cases_output) $(comp_test_cases_data)
> mkdir -p $(@D)
> touch $@
figures: $(comp_test_cases_output)
## Figure Model Run Time vs Theta Bias ##
model_run_time_vs_theta_bias_script := report/fig_model_run_time_vs_theta_bias.gnuplot
model_run_time_vs_theta_bias_input := $(model_run_time_vs_theta_bias_script)
model_run_time_vs_theta_bias_output := output/report/png/fig_model_run_time_vs_theta_bias.png
model_run_time_vs_theta_bias_sentinel := sentinel/figure_model_run_time_vs_theta_bias
$(model_run_time_vs_theta_bias_output) : $(model_run_time_vs_theta_bias_sentinel) ;
$(model_run_time_vs_theta_bias_sentinel): $(model_run_time_vs_theta_bias_input)
> mkdir -p output/report/png
> gnuplot \
> -e 'dpi=300.0' \
> -e 'width_cm=12.0' \
> -e 'height_cm=5.0' \
> -e 'font_pt=10.0' \
> -e 'set terminal pngcairo truecolor size (width_cm * dpi / 2.54),(height_cm * dpi / 2.54) font sprintf("XITS Math,%f", font_pt) fontscale (72.0/96.0 * dpi / 72.0) linewidth (0.5 * dpi / 72.0)'\
> -c $(model_run_time_vs_theta_bias_script) $(model_run_time_vs_theta_bias_output)
> mkdir -p $(@D)
> touch $@
figures: $(model_run_time_vs_theta_bias_output)
#### Helper rules ####
setup: $(haskfile)
.PHONY: setup
memo: a b c a
> @echo $@: $+
> @echo '$$@' = $@
> @echo '$$<' = $<
> @echo '$$^' = $^
> @echo '$$+' = $+
.PHONY: memo
a b c:
.PHONY: a b c
test-seed:
> @echo $(SEED)
> @echo $(SEED)
.PHONY: test-seed
clean:
> rm -Rf output/formulas/*
> rm -Rf sentinel
.PHONY: clean