parse flow rate unit in compressor toml files

1 files changed, 46 insertions, 0 deletions

diff --git a/unit.c b/unit.c
index 9fd54f9..73b0b43 100644
--- a/unit.c
+++ b/unit.c
@@ -1,6 +1,8 @@
 #include <math.h>
+#include <stddef.h>
 
 #include "unit.h"
+#include "util.h"
 
 
 /* Kilograms per pound. */
@@ -21,6 +23,50 @@
 /* Zero Celsius in Kelvin. */
 #define ZERO_C 273.15
 
+const char *const pressure_units[] = {"mbar", "kPa", "bar", "psi", "inHG"};
+const PressureMaker pressure_makers[nelem(pressure_units)] = {
+	millibar, kilopascal, bar, psi, inch_mercury,
+};
+const PressureReader pressure_readers[nelem(pressure_units)] = {
+	as_millibar, as_kilopascal, as_bar, as_psi, as_inch_mercury,
+};
+const size_t n_pressure_units = nelem(pressure_units);
+
+const char *const temperature_units[] = {"°C", "K", "°F", "°R"};
+const TemperatureMaker temperature_makers[nelem(temperature_units)] = {
+	celsius, kelvin, fahrenheit, rankine,
+};
+const TemperatureReader temperature_readers[nelem(temperature_units)] = {
+	as_celsius, as_kelvin, as_fahrenheit, as_rankine,
+};
+const size_t n_temperature_units = nelem(temperature_units);
+
+const char *const volume_units[] = {"cc", "l", "ci"};
+const VolumeMaker volume_makers[nelem(volume_units)] = {
+	cubic_centimetre, litre, cubic_inch,
+};
+const VolumeReader volume_readers[nelem(volume_units)] = {
+	as_cubic_centimetre, as_litre, as_cubic_inch,
+};
+const size_t n_volume_units = nelem(volume_units);
+
+const char *const volume_flow_rate_units[] = {"m³/s", "CFM"};
+const VolumeFlowRateMaker volume_flow_rate_makers[nelem(volume_flow_rate_units)] = {
+	cubic_metre_per_sec, cubic_foot_per_min,
+};
+const VolumeFlowRateReader volume_flow_rate_readers[nelem(volume_flow_rate_units)] = {
+	as_cubic_metre_per_sec, as_cubic_foot_per_min,
+};
+const size_t n_volume_flow_rate_units = nelem(volume_flow_rate_units);
+
+const char *const mass_flow_rate_units[] = {"kg/s", "lb/min"};
+const MassFlowRateMaker mass_flow_rate_makers[nelem(mass_flow_rate_units)] = {
+	kilo_per_sec, pound_per_min,
+};
+const MassFlowRateReader mass_flow_rate_readers[nelem(mass_flow_rate_units)] = {
+	as_kilo_per_sec, as_pound_per_min,
+};
+const size_t n_mass_flow_rate_units = nelem(mass_flow_rate_units);
 
 AngularSpeed
 rad_per_sec(double x) {