@@ -7,29 +7,24 @@ public class AudioManager : MonoBehaviour {
//Global
privateAudioClipmic;
publicfloatintensity=80;
publicfloatvolume_range_min=30;
publicfloatvolume_range_max=200;
privateAudioSourcemic_source;
publicfloatvolume_range_min;
publicfloatvolume_range_max;
publicboollinear=true;
publicintbuffer_size=44100;
publicfloatlight_range_value=11;
publicfloatsplash_force_value=2;
publicintbuffer_size;
publicfloatlight_angle_value;
publicfloatlight_angle_max;
publicfloatsplash_force_value;
voidStart(){
instance=this;
print("AudioManager initialized");
mic=Microphone.Start("Built-in Microphone",true,1,44100);//Microphone setup (null will select the default Microphone)
// print ("AudioManager initialized");
mic=Microphone.Start("Built-in Microphone",true,1,buffer_size);//Microphone setup (null will select the default Microphone)
mic_source.clip=mic;
}
voidUpdate(){
//GetSpeqData ();
GetLightColor();
GetLightRange();
}
publicVector3GetFreqSpec(){
float[]spec_data=newfloat[44100];//Creates an array pre-allocated (We want it quite small to reduce latency, I made it tweakable from the inspector)
publicVector3GetSpecEnergy(){
float[]spec_data=newfloat[buffer_size];//Creates an array pre-allocated (We want it quite small to reduce latency, I made it tweakable from the inspector)
mic.GetData(spec_data,0);//Stores all the output data into the array I pre-allocated
//Low Pitch
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@@ -49,44 +44,60 @@ public class AudioManager : MonoBehaviour {
high_pitch_sum+=Mathf.Abs(spec_data[spec_index+((spec_data.Length/3)*2)]);//Only grabs the third Third values of the array (so the "low" pitch values)
}
returnnewVector3((low_pitch_sum/(spec_data.Length/3)*intensity),(mid_pitch_sum/(spec_data.Length/3)*intensity),(high_pitch_sum/(spec_data.Length/3)*intensity));//Populates a Final vectore with the average of the sums of the all three parts of the buffer
returnnewVector3((low_pitch_sum/(spec_data.Length/3)*30),(mid_pitch_sum/(spec_data.Length/3)*30),(high_pitch_sum/(spec_data.Length/3)*30));//Populates a Final vectore with the average of the sums of the all three parts of the buffer
}
publicfloatGetAverageVolume(){
return((GetFreqSpec()[0])+(GetFreqSpec()[1])+(GetFreqSpec()[2]/3));//Grouping all 3 arrays into 1 to get average of all values (global volume)
return((GetSpecEnergy()[0]+GetSpecEnergy()[1]+GetSpecEnergy()[2])/3);//Grouping all 3 arrays into 1 to get average of all values (global volume)
publicfloatdampner=0.800f;//How fast we want the wave to fade out
publicintwave_force_max=200;//Determines the maximum power of a wave
publicfloatwave_height_max=2.0f;//How high we want the waves to be able to get
privateintsplash_force=150;//How strongly we want our splash to be
privateintsplash_force_mic=0;//Variable that will update the splash_force according to the mic
privateboolswap_buffer=true;//Switches between the first and the second buffer
privateboolticked=false;
publicintupdate_rate=120;
publicintmic_threshold=40;
publicintmic_threshold=2;
publicintspread_bit_shift=1;
publicfloatwave_height_max=2.0f;
privateVector3[]current_vertices;
publicintcols=128;//Number of the columns we want our plane to have (The bigger this is, the more computer intensive the calculations will be)
publicintrows=128;//Number of the rows we want our plane to have
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@@ -30,6 +29,7 @@ public class RippleEffect : MonoBehaviour {
MeshFiltermesh_filter=GetComponent<MeshFilter>();//Attaches the mesh filter in he object to the mesh filter variable
mesh=mesh_filter.mesh;//Sets mesh as the mesh of the mesh filter
vertices=mesh.vertices;//Sets the vertices variable to the vertices of the the created mesh
current_vertices=newVector3[vertices.Length];// initiates a array of vector3 vertices
buffer1=newint[vertices.Length];//Initializes both buffers with the number of vertices in the mesh
buffer2=newint[vertices.Length];
Boundsbounds=mesh.bounds;
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@@ -39,7 +39,7 @@ public class RippleEffect : MonoBehaviour {
vertex_indexes=newint[vertices.Length];// Create an int array and allocates it's size to the number of vertices
/* ***************** Initializes and Populates the buffers (These two for loops have originally been inspired from Ben Britten's code) ******************** */
/* ***************** Initializes and Populates the buffers (These two for loops have been inspired by the work of Ben Britten) ******************** */
