diff --git a/createTweezers.m b/createTweezers.m
index 0a014547fac84d24b8e4d4233ec5bf910baf1110..b3112ced2e8e8af7ab3f0f25cb146354df601788 100644
--- a/createTweezers.m
+++ b/createTweezers.m
@@ -4,18 +4,23 @@ if ~exist('awg_trap', 'var') || ~isfield(awg_trap, 'running') || ~awg_trap.runni
     awg_trap.active_channels = [1, 1, 0, 0]; 
     % Here you set which channels of the AWG you are using. 
     % Note that the only available options are 1, 1+2, 1+2+3+4
+    
     awg_trap.chAmp = [2500, 1320, 2500, 2500]; 
     % mVp. Max possible 2500mVp, min 80mVp.
+    
     awg_trap.samplerate = 614.4e6; 
     % Maximum of 625e6, must be multiple of 512
+    
     awg_trap.numMemBlocks = 8192;  
     % Must be power of 2. In general, for the maximum array size
     % you want to rearrange with BubbleSort, N, this should be at least N*(N+2).
     % If not using BubbleSort just set to maybe 32.
+    
     awg_trap.freq_resolution = 100e3; 
     % GCD of trap frequencies. If you make an array with a different
     % frequency resolution, then it might fail because when the waveform
     % tries to loop there will be a phase jump (which kills the atoms)
+    
     awg_trap.memSamples = 512 * 240; 
     % Define memory in number of samples.
     % First factor must be 512. Other factor must be an even integer multiple of
@@ -23,6 +28,7 @@ if ~exist('awg_trap', 'var') || ~isfield(awg_trap, 'running') || ~awg_trap.runni
     % the total memSamples < 2^31/numMemBlocks/numActiveChannels.
     % 2^31 comes from the total AWG memory limit. Note that the
     % requirements here are again to avoid phase jumps.
+    
     awg_trap.running = false;
 else
     fprintf('To change these parameters you must turn the AWG off first!\n'); 
@@ -99,3 +105,4 @@ fprintf('AWG is currently on step %d\n',currentStep);
 % working with multiple AWGs
 mRegs = spcMCreateRegMap();
 error = spcm_dwSetParam_i32(awg_trap.cardInfo.hDrv, mRegs('SPC_CARDIDENTIFICATION'), 0);
+