Test runs

001rec_SI.csv

@@ -0,0 +1,23 @@
+3601,PING
+314696,PING
+397567,SET_ST_SPEED
+428427,PING
+509624,START_STREAM
+878205,ARM
+878207,ENTER_ARM
+895800,STATIC_FIRE3
+895800,EXIT_ARM
+895803,ENTER_STATIC_FIRE
+900817,NITROGEN_OPEN_FULL
+905320,ETHANOL_OPEN
+905627,LOX_OPEN
+907331,ETHANOL_OPEN_FULL
+907337,LOX_OPEN_FULL
+911840,ETHANOL_FULL_CLOSED
+911840,LOX_FULL_CLOSED
+917347,ETHANOL_DRAIN_OPEN
+917349,LOX_DRAIN_OPEN
+919351,NITROGEN_FULL_CLOSED
+920111,EXIT_STATIC_FIRE
+949806,STOP_STREAM
+1553500,START_USB

run1.m

@@ -1,6 +1,6 @@
 close all
 
-result = readmatrix("SaveData/2025_12_03_16_23_RUN1_ADC.csv");
+result = readmatrix("001rec_ADC_data.csv");
 %result = result(14430:end, : );
 result(:,14) = result(:,14)./2;
 time = result(:,1);
@@ -17,7 +17,6 @@ scatter(time,weight,10)
 title("load cell in Kg")
 xlabel("Time in ms")
 ylabel("KG")
-xlim([1101179 1134450+5000])
 
 for x = 1:7
     figure()
@@ -25,7 +24,6 @@ for x = 1:7
     title(sprintf("Pressure channel %d",x))
     xlabel("Time in ms")
     ylabel("Pressure")
-    xlim([1101179 1134450+5000])
 end
 
 for x = 1:6
@@ -34,5 +32,4 @@ for x = 1:6
     title(sprintf("temperature channel %d",x))
     xlabel("Time in ms")
     ylabel("Temprature in C")
-    xlim([1101179 1134450+5000])
 end

run2.m

@@ -1,9 +1,9 @@
 close all
 
-result = readmatrix("SaveData/2025_12_03_13_26_COLD_FIRE_ADC.csv");
+result = readmatrix("SaveData/2025_12_03_17_40_RUN2_ADC.csv");
 %result = result(14430:end, : );
 result(:,14) = result(:,14)./2;
-time = result(:,1);
+time = result(:,1)./1000;
 
 temp = 0.000111 .* result(:,4:9)  + 2.31991;
 
@@ -15,24 +15,24 @@ weight = -1.166759307845543e-04 .* 0.5.*(load_cell(:,1) + load_cell(:,2)) + 4.97
 figure()
 scatter(time,weight,10)
 title("load cell in Kg")
-xlabel("Time in ms")
+xlabel("Time in s")
 ylabel("KG")
-xlim([1038760 1082100+5000])
+xlim([878.207 920.111+5.000])
 
 for x = 1:7
     figure()
     scatter(time,pressure(:,x),10)
     title(sprintf("Pressure channel %d",x))
-    xlabel("Time in ms")
+    xlabel("Time in s")
     ylabel("Pressure")
-    xlim([1038760 1082100+5000])
+    xlim([878.207 920.111+5.000])
 end
 
 for x = 1:6
     figure()
     scatter(time,temp(:,x),10)
     title(sprintf("temperature channel %d",x))
-    xlabel("Time in ms")
+    xlabel("Time in s")
     ylabel("Temprature in C")
-    xlim([1038760 1082100+5000])
+    xlim([878.207 920.111+5.000])
 end